100GHz Gaussian Flat Top Athermal AAWG Module

100GHz Gaussian flat-top athermal AAWG module is a high-performance optical device, mainly used for splitter and multiplexer applications in the field of optical transmission. The module adopts a Gaussian flat-top filter structure, which has the characteristics of high channel count, low insertion loss, and wide-band pass, and can be widely used in DWDM networks, optical communication systems, optical transmission systems and other fields.

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Product Introduction

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The module adopts a unique athermal design, which can maintain good performance stability in a high temperature environment, and has good temperature stability and wavelength stability, which can meet the needs of various complex optical applications. In terms of performance, the module has the advantages of low insertion loss, high out-of-band rejection, and low crosstalk, and can provide high-quality optical signal transmission.

Product Features

1. High channel count: The module supports up to 40 channels, which can meet the needs of various optical applications.

2. Broadband: The channel spacing of this module is 100GHz, and the wavelength bandwidth of each channel is 0.8nm, which can provide broadband optical signal transmission.

3. Low insertion loss: The insertion loss of each channel is ≤ 3.5 dB, which can provide high-quality optical signal transmission.

4. High out-of-band suppression: the out-of-band optical power within the channel center wavelength ±0.4 nm range is ≥ 25 dB, which can provide high-quality optical signal transmission.

5. Low crosstalk: The crosstalk between channels is ≤ -25 dB, which can provide high-quality optical signal transmission.

Product Image

100GHz Gaussian Flat Top Athermal AAWG Module Product Picture

Product Applications

1. DWDM network: This module is one of the indispensable core devices in the DWDM network, which can realize the multiplexing and separation of multiple optical signals, improve the optical fiber transmission bandwidth, and meet the needs of high-speed data transmission.

2. Data center: This module can be used in the optical fiber communication system in the data center to realize high-speed data transmission and processing, and improve the operating efficiency and performance of the data center.

3. Optical transmission system: This module can be used for optical fiber communication in the optical transmission system to realize long-distance high-speed data transmission and processing, and is widely used in telecommunications, banking, finance and other fields.

Product Parameters

Number of channels	16, 32, 40, 48, 64, 80, 96, 100	Center Wavelength Range	1525.77 nm to 1565.61 nm
Passband Width	0.08 nm	Channel Spacing	100 GHz
Out-of-band rejection	≥ 30 dB	Insertion Loss	≤ 5.5 dB
In-band ripple	≤ 0.5 dB	Temperature Stability	≤ ±0.005 nm/℃
Nonlinear Refractive Index	≤ 5×10^-20 m^2/W	Optical Isolation	≥ 30 dB

Instructions For Use

1. Correctly install the 100GHz Gaussian flat-top athermal AAWG module in the optical fiber communication system, and ensure that the interface with other devices is properly connected.

2. Configure the 100GHz Gaussian flat-top athermal AAWG module according to the needs, including the setting of channel number, bandwidth, wavelength and other parameters.

3. Start the 100GHz Gaussian flat-top athermal AAWG module to ensure its normal operation and stable performance.

4. Debug the 100GHz Gaussian flat-top athermal AAWG module, perform wavelength calibration, insertion loss test, out-of-band rejection test, etc. as required, to ensure that it meets relevant technical requirements and performance indicators.

5. The 100GHz Gaussian flat-top athermal AAWG module is used in relevant application scenarios in the fields of optical communication, data center, and optical transmission to achieve high-speed, high-quality optical signal transmission and processing.

Terms Of Use

1. When installing the 100GHz Gaussian flat-top athermal AAWG module, please ensure that it is properly connected to the interface of other devices to avoid loosening and damage to the interface.

2. When configuring the 100GHz Gaussian flat-top athermal AAWG module, please make sure to set the correct channel number, bandwidth, wavelength and other parameters to avoid affecting its performance and stability.

3. Please avoid excessive heating or excessive cooling of the 100GHz Gaussian flat-top athermal AAWG module, so as not to affect its temperature stability and wavelength stability.

4. Please regularly maintain the 100GHz Gaussian flat-top athermal AAWG module, including wavelength calibration, insertion loss test, out-of-band rejection test, etc., to ensure that it meets relevant technical requirements and performance indicators.

5. Please prevent the 100GHz Gaussian flat-top athermal AAWG module from being disturbed by strong magnetic fields, strong electric fields, etc., so as not to affect its performance and stability.

Customer Comments

A communications engineer in Albany, NY commented:

Ethan Roberts, praised the performance of the 100GHz Gaussian flat-top athermal AAWG module. He believes that the product performs well in terms of wavelength allocation and spectrum utilization, and provides an efficient and reliable solution for Albany's communications industry. Ethan believes the module will push Albany to build a more robust optical communications network.

Optical communication experts in Berlin, Germany commented:

Sophie Müller, praised the innovative design of the 100GHz Gaussian flat-top athermal AAWG module. She noted that the product offers Berlin's communications industry excellent spectrum management and signal transmission efficiency through its Gaussian flat-top characteristics and high-performance athermal design. Sophie is excited about the module's potential for use in Berlin's data centers and high-capacity networks.

An optical communication engineer in Vancouver, Canada commented:

Nathan Anderson, impressed with the performance and reliability of the 100GHz Gaussian flat-top athermal AAWG module. He emphasized that the product provides an excellent wavelength selection and data transmission solution for Vancouver's communication network through its precise frequency control and stable output characteristics. Nathan believes that this module will help Vancouver achieve higher speed and more stable communication connections.

A communications consultant in Sydney, Australia commented:

Isabella Thompson, was amazed at the innovation and performance of the 100GHz Gaussian flat-top athermal AAWG module. She believes that the product provides Sydney's communications industry with excellent spectral utilization and wavelength flexibility through its Gaussian flat-top characteristics and low thermal offset design. Isabella expects the module to play an important role in Sydney's 5G network and IoT applications.

An optical communication engineer in Tokyo, Japan commented:

Hiroshi Yamamoto, impressed with the optimized performance of the 100GHz Gaussian flat-top athermal AAWG module. He pointed out that the product provides Tokyo's communication industry with an excellent communication solution through its high-definition frequency selection and stable signal quality. Hiroshi believes that this module will bring new developments and innovations to Tokyo's optical transport network.

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