FX-LE1

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FX-LE1 is a type of optical transceiver produced by Finisar, a well-known integrated circuit design company. It functions as an interface between a device and an optical transmission system, and is an important part of the overall optical communication system. Its application field is mainly for 10Gbps Ethernet LAN and WAN transmission.

The working principle of the FX-LE1 optical transceiver is based on the integration of electronic and optical technologies. The electronic portion comprises the laser driver, which receives electrical signals and transmits them as modulated optical signals, and the receiver, which receives optical signals and then converts them into electrical signals. On the optical side, the transceiver contains a laser, which generates the modulated optical signal, and the PIN photo-detector, which receives the optical signal from the link.

The FX-LE1 is connected to the device by a copper electric interface, such as Cat6 twisted pair cable, while its fiber-optic interface is connected to a multi-mode fiber cable. The maximum transmitting distance of FX-LE1 is up to 300m, and it has excellent compatibility. It can be combined with various optical fiber networks, such as Gigabit Ethernet, Fibre Channel, and IEEE802.3z, and is compatible with the industry standard 10GBASE-LX4.

The FX-LE1 also provides a built-in digital diagnostic monitoring (DDM) function, which can monitor the internal optical characteristics of the module. In addition, it has a constant temperature controller that can adjust the temperature in the device, ensuring reliable operation and high performance.

In conclusion, the FX-LE1 is a type of optical transceiver that is mainly used for 10Gbps Ethernet LAN and WAN transmission. It functions as an interface between a device and an optical transmission system, and has excellent compatibility with various optical fiber networks and the industry standard 10GBASE-LX4. In addition, it provides a built-in digital diagnostic monitoring (DDM) function and a constant temperature controller. It is an important part of the overall optical communication system.

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