3 Channel 5G LAN Wdm Mux Demux Module

The 3-channel 5G LAN WDM Mux Demux module is an optical device for optical signal multiplexing and separation of LAN. It can simultaneously process 3 different wavelength optical signals, realize their multiplexing and separation, so that they can be transmitted on the same optical fiber. This module uses WDM (Wavelength Division Multiplexing) technology to multiplex optical signals of different wavelengths before transmission, so as to achieve the purpose of improving the transmission speed and bandwidth of the LAN.

The module also adopts Mux Demux technology, so that optical signals can be split and merged on different ports. The 3-channel 5G LAN WDM Mux Demux module is widely used in LAN transmission in enterprises, schools, hospitals, etc., and can meet various needs such as high-speed data transmission, video surveillance, and remote conferences.

1. High-speed transmission: The multiplexing and separation of 3-channel optical signals can achieve faster LAN transmission speed and meet the needs of high-speed data transmission.

2. Low insertion loss: Using advanced technology, the insertion loss is lower than 1dB, which ensures high transmission efficiency and stability of the transmitted signal.

3. High isolation: The isolation between optical signals of different wavelengths is as high as 40dB, ensuring the clarity and stability of optical signals.
4. Stable and reliable: high-quality materials and exquisite workmanship are used to ensure the stability and reliability of the product, so that users can use it more at ease.

5. Ease of use: The product adopts a modular design, and its installation and use are very simple and easy to understand, and it can easily cope with different application scenarios.

1. Enterprise LAN transmission: This product can meet the enterprise's requirements for LAN transmission speed and bandwidth, and supports high-speed data transmission and video surveillance services.

2. School network teaching: With the development of network education, schools need to conduct a large number of live video and online teaching, and this product can meet the school's needs for high-speed data transmission and video surveillance.

3. Hospital remote diagnosis and treatment: The hospital needs to carry out services such as remote consultation and remote image diagnosis, and this product can meet the hospital's needs for high-speed data transmission and video surveillance, ensuring the accuracy and real-time performance of remote consultation.

4. Information transmission of government departments: Government departments need to transmit a large amount of information, and this product can meet the needs of government departments for high-speed data transmission and video surveillance, ensuring the safety and efficiency of information transmission.

1. Confirm the device type: First, you need to confirm that you are using a 3-channel 5G LAN WDM Mux Demux module to ensure that the device meets the usage requirements.

2. Confirm the wavelength: It is necessary to confirm the optical signals of the 3 wavelengths to be transmitted in order to correctly configure the WDM Mux Demux module.

3. Connecting devices: Connect the WDM Mux Demux module to the equipment that needs to multiplex and separate optical signals to ensure a stable and reliable connection.

4. Configure the module: use the configuration software or the web interface to configure the WDM Mux Demux module, including parameters such as input and output ports, wavelength and power.

5. Test signal: After the configuration is completed, a signal test is required to ensure the clarity and stability of the optical signal.

6. Transmission: After the test is completed, the optical signal transmission can be started to realize high-speed data transmission, video surveillance, remote conference and other business needs.

1. Avoid strong light exposure: It is necessary to avoid strong light exposure to the product during use to avoid damage to the device.

2. Avoid over-stretching the fiber: It is necessary to avoid over-stretching the fiber to avoid damage to the connector and fiber.

3. Avoid excessive bending of optical fiber: It is necessary to avoid excessive bending of optical fiber to keep the optical signal clear and stable.

4. Avoid excessive vibration: It is necessary to avoid excessive vibration of the equipment to ensure a stable and reliable connection.

5. Avoid excessive pulling on the connector: It is necessary to avoid excessive pulling on the connector to avoid damage to the device and optical fiber.

6. Pay attention to the ambient temperature: It is necessary to pay attention to the ambient temperature and ensure that it is used within a suitable temperature range to ensure the stability and reliability of the device.

7. Pay attention to product maintenance: During use, regular product maintenance, including cleaning and inspection, is required to ensure the stability and reliability of the device.