12-Channel 5G Ultra-Miniature UC LWDM Module

The module adopts the latest UC LWDM technology, which can realize high-speed transmission of 12 channels, and the wavelength range covers 1260nm to 1620nm, meeting the needs of different network scenarios. The module is ultra-miniature, only half the size of traditional modules, and can be easily integrated into various network devices, greatly improving the space utilization of network devices.

In terms of performance, the insertion loss of this module is only 2.5dB, the isolation is as high as 30dB, and the wavelength accuracy is as high as ±0.05nm, which can provide stable and efficient network transmission. The module also supports SC/UPC or SC/APC optical fiber interface, which is convenient for users to configure flexibly in different scenarios.

As a professional network equipment supplier, we are always committed to providing enterprises with the best quality products and services. Our 12-channel 5G ultra-miniature UC LWDM module not only has excellent performance and reliability, but also has a small size and is easy to integrate and manage. It is the best choice for enterprises to upgrade network equipment. Welcome to contact us for more product details.

1. High-speed transmission: The module adopts the latest UC LWDM technology, which can realize high-speed transmission of 12 channels, and the wavelength range covers 1260nm to 1620nm, meeting the needs of different network scenarios.

2. Ultra-miniature size: The module is ultra-miniature, only half the size of traditional modules, and can be easily integrated into various network devices, greatly improving the space utilization of network devices.

3. Low insertion loss: The insertion loss of this module is only 2.5dB, which can provide stable and efficient network transmission.

4. High isolation: The isolation of the module is as high as 30dB or more, which can effectively protect the security of network transmission.

5. High wavelength accuracy: The wavelength accuracy of this module is as high as ±0.05nm, which can provide accurate network transmission.

6. Optional optical fiber interface: the module supports SC/UPC or SC/APC optical fiber interface, which is convenient for users to configure flexibly in different scenarios.

7. High reliability: The module adopts high-quality materials and precision manufacturing process, which has excellent reliability and stability.

1. 5G communication: This module can support high-speed transmission of 5G network, which is the best choice for upgrading 5G communication equipment.

2. Data center: The ultra-miniature size and high-efficiency transmission characteristics of this module make it an ideal choice for data center network equipment.

3. Enterprise network: This module can be flexibly configured according to the needs of different enterprise networks, providing efficient and stable enterprise network transmission services.

4. Smart home: This module can support high-speed transmission of smart home devices, providing a solid network foundation for the rapid development of smart homes.

5. Medical equipment: This module can provide high-speed and stable network transmission services for medical equipment, and provides strong support for the construction of medical information.

6. Financial field: This module can provide efficient and secure network transmission services for financial institutions, ensuring the stability and security of financial transactions.

1. Before purchasing the module, it is necessary to confirm whether the network equipment supports the slot and fiber interface of the module to avoid incompatibility.

2. Correctly insert the module into the slot of the network device according to the requirements of the slot, and make sure the insertion is firm.

3. Use fiber optic connectors to connect the fiber optics to the module, making sure the connections are secure.

4. According to the requirements of the network equipment, configure the parameters of the module, including the wavelength range, the number of channels, etc.

5. After completing the installation and configuration of the module, enable the network device and conduct a network transmission test.

6. Check the quality of network transmission, including insertion loss, isolation, wavelength accuracy and other parameters, to ensure stable and reliable network transmission quality.

1. Before purchasing the module, it is necessary to confirm whether the network equipment is compatible with the module to avoid incompatibility.

2. Before installing the module, check whether the interface between the module and the device, the slot is clean, and whether there is any damage or deformation.

3. When installing the module, be careful not to use too much force to avoid damage to the device or the module.

4. When connecting optical fibers, you need to pay attention to the connection direction and angle of the optical fibers, so as not to affect the quality of network transmission.

5. When configuring module parameters, it is necessary to perform correct configuration according to the requirements of network equipment to ensure stable and reliable network transmission quality.

6. When the module is running, do not cut off the power at will, so as not to cause data loss or equipment damage.

7. After using the module, regular maintenance is required, including cleaning the connector, checking the interface, whether the slot is clean and damaged, etc.

8. When installing, maintaining, and maintaining the module, it is recommended that professionals operate it to ensure that the operation is standardized and correct.