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12 Channel Low Polarization Loss LWDM Module

The 12-channel low polarization loss LWDM module is an optical communication device that can transmit optical signals of multiple wavelengths on a single optical fiber. It adopts low polarization loss technology, which can reduce polarization loss and improve the transmission quality and stability of optical signals. At the same time, it also has the characteristics of low insertion loss, high channel density, high stability, and multiple interface types. It can be applied to data centers, optical fiber communications and other fields to improve the transmission rate and efficiency of optical fiber communication systems, reduce costs and occupy space.

  • Product Introduction

The 12-channel low polarization loss LWDM module is an optical communication device that can transmit optical signals of multiple wavelengths on a single optical fiber. It adopts low polarization loss technology, which can reduce polarization loss and improve the transmission quality and stability of optical signals. At the same time, it also has the characteristics of low insertion loss, high channel density, high stability, and multiple interface types. It can be applied to data centers, optical fiber communications and other fields to improve the transmission rate and efficiency of optical fiber communication systems, reduce costs and occupy space.

 

Product Features

 

1. High channel density: The 12-channel low polarization loss LWDM module can transmit optical signals of multiple wavelengths on a single fiber to achieve high channel density and high bandwidth transmission.


2. Low polarization loss: The 12-channel low polarization loss LWDM module adopts advanced polarization control technology, which can reduce polarization loss and improve the transmission quality and stability of optical signals.


3. Low insertion loss: The 12-channel low polarization loss LWDM module has low insertion loss, which can reduce the energy loss of optical signals and improve transmission efficiency and distance.


4. High signal-to-noise ratio: The 12-channel low polarization loss LWDM module has a high signal-to-noise ratio, which can reduce noise interference and distortion of optical signals, and improve signal transmission quality and stability.


5. High stability: The 12-channel low polarization loss LWDM module adopts high-quality materials and processes, has high stability and reliability, and can run stably for a long time.


6. Multiple interface types: 12-channel low polarization loss LWDM module supports multiple interface types, including SC, LC, FC, etc., suitable for different fiber connection requirements.


7. Easy to install and maintain: The 12-channel low polarization loss LWDM module adopts a modular design, which can be easily and quickly installed and maintained, reducing the cost and risk of use.

 

Product Image

 

12-channel low polarization loss LWDM module product picture

 

Product Applications

 

1. Data center: 12-channel low polarization loss LWDM module can achieve high channel density, high bandwidth transmission and low insertion loss, suitable for optical fiber communication and network connection in the data center, improve the transmission rate and efficiency of the data center, reduce costs and take up space.


2. Optical fiber communication: The 12-channel low polarization loss LWDM module can transmit optical signals of multiple wavelengths on a single optical fiber, which is suitable for optical transmission and reception in optical fiber communication systems, improving the transmission rate and distance of optical fiber communication systems, reducing cost and signal distortion.


3. Telecom operators: The 12-channel low polarization loss LWDM module can achieve high channel density and multiple interface types, which is suitable for the construction and maintenance of optical fiber networks of telecom operators, improving network coverage and transmission bandwidth, and reducing network failure rates and maintenance costs.


4. Medical equipment: 12-channel low polarization loss LWDM module can achieve high signal-to-noise ratio and high stability, suitable for optical transmission and signal reception in medical equipment, improve the accuracy and stability of medical equipment, improve the quality and quality of medical services efficiency.


5. Industrial automation: 12-channel low polarization loss LWDM module can achieve high stability and multiple interface types, suitable for optical transmission and signal reception in the field of industrial automation, improve the accuracy and stability of industrial equipment, improve production efficiency and product quality quality.

 

Product Parameters

 

Number of channels 12 channels Channel spacing 20 nm
Working wavelength range 1528.77~1563.86 nm Insertion Loss ≤ 2.0 dB
Polarization dependent loss ≤ 0.2 dB Polarization Mode Dispersion ≤ 0.1 ps
relative polarization change ≤ 0.5 dB Relative power change ≤ 0.5 dB
Temperature Stability ≤ 0.005 dB/℃ Working temperature range -5~+70 ℃

 

Instructions For Use

 

1. Install the equipment: install the 12-channel low polarization loss LWDM module in the optical fiber communication system to ensure the stable connection between the equipment and other equipment.


2. Connect the optical fiber: Connect the optical fiber to the input port of the 12-channel low polarization loss LWDM module to ensure that the optical signal can enter the device normally.


3. Setting parameters: According to actual needs, set the relevant parameters of the 12-channel low polarization loss LWDM module, including wavelength range, channel spacing, polarization control, etc., to ensure that the device can work normally.


4. Receive signal: Connect the optical fiber to the output port of the 12-channel low polarization loss LWDM module to receive the signal output by the device.


5. Monitoring signal: Use optical power meter and other test equipment to monitor parameters such as optical power and signal-to-noise ratio of the signal output by the equipment to ensure that the signal output by the equipment is of good quality.

 

Terms Of Use

 

1. Installation location: When installing the 12-channel low polarization loss LWDM module, it is necessary to choose a stable, ventilated, and dry location to avoid the device from being affected by the external environment.


2. Connect the optical fiber: When connecting the optical fiber, you need to pay attention to the quality and connection method of the optical fiber to ensure that the optical signal can be transmitted normally.


3. Parameter setting: When setting the relevant parameters of the 12-channel low polarization loss LWDM module, it needs to be set according to the actual needs, and operate according to the product manual and user manual.


4. Cleaning and maintenance: Regularly clean and maintain the 12-channel low polarization loss LWDM module to avoid dust and other impurities from affecting the normal operation of the equipment.


5. Static protection: Pay attention to static protection when operating the equipment to avoid damage to the equipment by static electricity.


6. Quality assurance: When purchasing 12-channel low polarization loss LWDM modules, you need to choose regular manufacturers and distributors to ensure that the quality and performance of the products meet the standards.


7. Applicable environment: The 12-channel low polarization loss LWDM module is suitable for specific environments and application scenarios, and needs to be selected and used according to the product manual and user manual.

 

Customer Comments

An optical communication engineer in Vancouver, Canada commented:

Sophia Chen highly praised the 12-channel low polarization loss LWDM module. She believes that the product is exquisitely designed and has excellent optical signal transmission performance, which can realize high-capacity and low-loss data transmission in Vancouver's communication network. Sophia believes that this module will bring new breakthroughs in the field of optical communication in Vancouver.

A network architect in Rio de Janeiro, Brazil commented:

Diego Silva, impressed with the quality of the 12-channel low polarization loss LWDM module. He emphasized that the product has excellent polarization loss control capability and provides a reliable and efficient signal transmission solution for the communication industry in Rio de Janeiro. Diego believes that this module will bring more stable and high-quality services to Rio de Janeiro's communication network.

An expert in optical communication technology in Hamburg, Germany commented:

Felix Bauer spoke highly of the performance of the 12-channel low polarization loss LWDM module. He pointed out that the product achieves high-quality optical signal transmission by optimizing polarization loss control, and provides a stable and reliable transmission solution for Hamburg's communication network. Felix believes that this module will push Hamburg's communication industry to a higher level.

A communication consultant in Melbourne, Australia commented:

Olivia Thompson, expressed appreciation for the performance of the 12-channel low polarization loss LWDM module. She emphasized that the product transmits optical signals reliably and efficiently, bringing stability and excellent performance to Melbourne's communication network. Olivia believes that this module will further enhance the competitiveness and development potential of Melbourne's communication industry.

An optical communication engineer in Sapporo, Japan commented:

Yuki Nakamura, gave a positive comment on the performance of the 12-channel low polarization loss LWDM module. He believes that the product has excellent low polarization loss performance, which enables high-capacity data transmission while maintaining high-quality signal transmission. Yuki believes that this module will open up new areas of innovation and application in Sapporo's optical communication field.

 

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