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100G 48 Channels Flat Top Passive AWG Module

The 100G 48-channel flat-top passive AWG module is an optical device, which is mainly used in related application scenarios in the fields of optical communication, data center, and optical transmission. It adopts flat-top passive AWG technology, which can disperse the input optical signal to multiple channels, and make the optical signal of each channel have the same bandwidth and flat-top response, so as to realize high-speed, high-bandwidth optical signal transmission.

  • Product Introduction

The 100G 48-channel flat-top passive AWG module is an optical device, which is mainly used in related application scenarios in the fields of optical communication, data center, and optical transmission. It adopts flat-top passive AWG technology, which can disperse the input optical signal to multiple channels, and make the optical signal of each channel have the same bandwidth and flat-top response, so as to realize high-speed, high-bandwidth optical signal transmission.

 

The module can provide 48 channels, the passband width of each channel can reach 0.1nm, the insertion loss is lower than 5dB, and the wavelength stability is higher than 0.005 nm/℃. It has many channels, large bandwidth, low insertion loss and stable wavelength. Etc. In addition, the module comes in a compact package for easy integration into customers' optical systems.

 

Product Features

 

1. High channel count: 100G 48-channel flat-top passive AWG module provides 48 channels, which can meet the diverse needs of customers and realize high-density optical signal transmission.


2. Flat-top response: The module adopts flat-top passive AWG technology, which can make the optical signal of each channel have the same bandwidth and flat-top response, so as to realize high-speed, high-bandwidth optical signal transmission.


3. High bandwidth: The passband width of each channel reaches 0.1nm, which can meet the requirements of high-speed and high-bandwidth optical signal transmission.


4. Low insertion loss: The insertion loss of this module is lower than 5dB, which can effectively reduce the loss and distortion of optical signals.


5. High wavelength stability: The wavelength stability of the module is higher than 0.005 nm/℃, which can ensure the stability and reliability of the optical signal.


6. Easy to integrate: The module comes in a compact package for easy integration into the customer's optical system.

 

Product Image

 

100G 48-channel flat-top passive AWG module product picture

 

Product Applications

 

1. Optical communication: 100G 48-channel flat-top passive AWG module can be used in high-speed, high-bandwidth optical communication systems, supporting application scenarios such as optical fiber communication, data center interconnection, and optical access.


2. Data center: This module can be used for interconnection within the data center to achieve high-speed, high-bandwidth data transmission and improve the transmission efficiency and reliability of the data center.


3. Optical transmission: 100G 48-channel flat-top passive AWG module can be used in long-distance optical transmission systems, supporting application scenarios such as optical fiber communication and optical cable transmission.


4. Optical monitoring: This module can be used in optical monitoring systems to monitor and analyze optical signals and ensure the stability and reliability of optical signals.

 

Product Parameters

 

Number of channels 48 channels Center Wavelength 1550nm
Bandwidth 0.1nm Fiber Connection FC/APC
Insertion Loss ≤5dB In-band ripple ≤0.3dB
Out-of-band rejection ratio ≥25dB Thermal stability ≤20pm/℃
Wavelength Stability ≤0.005nm/℃ Working temperature 0℃ ~ +70℃

 

Instructions For Use

 

1. Installation: Install the module into the optical system, making sure the connection is correct and secure.


2. Configuration: Configure the module according to actual needs, including the number of channels, wavelength, bandwidth and other parameters.


3. Connection: Connect the input optical signal to the input port of the module, and connect the output optical signal to the output port of the module.


4. Test: Test the module, including insertion loss, wavelength stability, bandwidth and other parameters.


5. Adjustment: Make adjustments according to the test results to ensure that the performance of the module meets expectations.


6. Use: Use this module for high-speed, high-bandwidth optical signal transmission, and keep the optical system stable during use.

 

Terms Of Use

 

1. Please check before installation: Before installing the 100G 48-channel flat-top passive AWG module, please check whether the power supply, interface, optical fiber and other related components of the optical equipment are normal to ensure that the equipment is intact.


2. Please pay attention when installing: When installing the module, it needs to be placed on a stable surface to avoid the module being affected by external forces such as swinging or extrusion.


3. Please confirm before use: Before using this module, please confirm whether it is connected to other optical devices correctly to ensure smooth signal transmission.


4. Pay attention to cleaning: Do not use organic solvents, water or other chemical substances to clean the 100G 48-channel flat-top passive AWG module, only professional optical cleaning equipment and cleaning fluid can be used for cleaning.


5. Temperature requirements: When using this module, please pay attention to the ambient temperature to ensure that it works within the specified temperature range, and avoid excessively high or low temperature from affecting its performance.


6. Anti-static: When using this module, please pay attention to prevent the generation and accumulation of static electricity to avoid damage to the module by static electricity.

 

Customer Comments

A communications engineer in San Jose, CA commented:

Alexandra Rodriguez, was full of praise for the performance of the 100G 48-channel flat-top passive AWG module. She believes that the product offers high channel count and flat roof characteristics, bringing greater flexibility and reliability to San Jose's communications industry. Alexandra expects this module to play an important role in San Jose's data center and cloud computing applications.

Optical communication experts in Hamburg, Germany commented:

Lukas Schneider, deeply appreciated the innovation and performance of the 100G 48-channel flat-top passive AWG module. He points out that the product offers Hamburg's communications industry excellent spectrum management and signal transmission efficiency through its flat-top response and high channel density. Lukas believes that this module will bring great advantages to companies and operators in Hamburg.

An optical communication engineer in Toronto, Canada commented:

Sophia Liu, expressed her appreciation for the high capacity and wavelength selection capability of the 100G 48-channel flat-top passive AWG module. She emphasized that this product provides excellent data transmission and spectrum utilization solutions for Toronto's communication network. Sophia is excited about the module's potential for Toronto's 5G deployment and high-speed interconnection applications.

A communication consultant in Melbourne, Australia commented:

William Thompson, was impressed by the reliability and performance of the 100G 48-channel flat-top passive AWG module. He pointed out that the product provides an excellent solution for Melbourne's communications industry through its stable signal quality and high channel count. William believes the module will play a key role in Melbourne's online video and high-capacity data transmission.

An optical communication engineer in Osaka, Japan commented:

Kazuki Tanaka, expressed appreciation for the performance and wavelength selection capability of the 100G 48-channel flat-top passive AWG module. He emphasized that this product provides an efficient optical transmission solution for Osaka's communication industry and supports the development of Osaka as a technological innovation center. Kazuki believes the module will lead to faster and more stable connections on Osaka's communication network.

 

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