Optical communication system with connector shield for elimination of electromagnetic interference
An optical communication system includes an optical communication board, a cage disposed on the optical communication board, an optical module disposed in the cage in pluggable manner, a connector disposed on the optical communication board, and a shield disposed on the connector. The connector includes a plurality of pins electrically connected with an electrical port of the optical module. At least two of the pins are spatially separated from each other by the shield.
1 . An optical communication system, comprising:
an optical communication board;
a cage disposed on the optical communication board;
an optical module disposed in the cage in pluggable manner;
a connector disposed on the optical communication board, wherein the connector comprises a plurality of pins electrically connected with an electrical port of the optical module, wherein the plurality of pins comprises a plurality of upper connection pins, a plurality of lower connection pins, a plurality of upper grounded pins and a plurality of lower grounded pins, wherein all of the plurality of upper connection pins and the plurality of upper grounded pins are arranged in a staggered manner relative to all of the plurality of lower connection pins and the plurality of lower grounded pins; and
a shield disposed on the connector, wherein at least two of the plurality of pins are spatially separated from each other by the shield, wherein the shield is disposed upright, and at least one of the upper connection pins is spatially separated from at least one of the lower connection pins by the shield.
2 . The optical communication system according to claim 1 , wherein the connector further comprises a main body, the plurality of pins are disposed on the main body, and the main body is fixed to the optical communication board.
3 . The optical communication system according to claim 2 , wherein the optical module comprises a circuit board assembly comprising the electrical port, and part of the circuit board assembly is disposed on the main body in pluggable manner to be electrically connected with the plurality of pins.
4 . The optical communication system according to claim 1 , wherein the shield is made of metal and grounded.
5 . An optical communication system, comprising:
an optical communication board;
a connector disposed on the optical communication board, wherein the connector is located in or in proximity of an optical module mounting area of the optical communication board, and the connector comprises a plurality of pins, wherein the plurality of pins comprises a plurality of upper connection pins, a plurality of lower connection pins, a plurality of upper grounded pins and a plurality of lower grounded pins, wherein all of the plurality of upper connection pins and the plurality of upper grounded pins are arranged in a staggered manner relative to all of the plurality of lower connection pins and the plurality of lower grounded pins; and
a shield disposed on the connector, wherein at least two of the plurality of pins are spatially separated from each other by the shield, wherein the shield is disposed upright, at least one of the upper connection pins is spatially separated from at least one of the lower connection pins by the shield.
6 . The optical communication system according to claim 5 , wherein the shield is made of metal and grounded.