纤亿通高隔离度波分设备助力中科院某某所科研项目

客户背景

客户为中科院下辖某某研究所，2024年有一科学研究项目，其中一部分课题实验涉及到光通信波分复用传输。

业务挑战

1.       课题涉及到的光通信波分复用传输所需DWDM波分通道数为32CH，要求任意一个通道插损小于3dB，且相邻通道隔离度至少大于40dB；

2.       市场上常规的DWDM波分设备相邻通道隔离度都较低，大约只有25~30dB；

3.       市面上的DWDM波分16CH以上的插损无法满足任意一通道小于3dB；

解决方案与价值体现

1.       经过与客户反复沟通和试验，纤亿通科技最终交付了完全符合客户需求的波分复用设备；

2.       相邻通道隔离度大于50dB，非相邻通道隔离度大于80dB；

3.       波分复用设备共32个通道，且经过严格测试，任意一个通道插损都低于3dB；

4.       经过客户测试，纤亿通科技交付的产品不仅满足客户要求，且高于客户要求，最红客户科研课题实验圆满完成。

产品实拍图

相关产品

1.       XYT-DWDM-HIL

Sharetop high isolation wave division equipment to help the Chinese Academy of Sciences research projects

Customer background

The customer is a certain institute under the Chinese Academy of Sciences, and there is a scientific research project in 2024, part of which involves optical communication WDM transmission.

Business challenge

1. The number of DWDM wavelength-division channels required for optical communication WDM transmission involved in the subject is 32CH, requiring that the insertion loss of any channel is less than 3dB, and the isolation degree of adjacent channels is at least 40dB;

2. The isolation degree of adjacent channels of conventional DWDM wave division equipment on the market is low, only about 25~30dB;

2.       The insertion loss of DWDM with a wavelength fraction of more than 16CH on the market cannot meet the requirements of any channel less than 3dB;

Solution and value embodiment

1. After repeated communication and testing with the customer, Xiantong Technology finally delivered the WDM equipment that fully meets the customer's needs;

2. The isolation of adjacent channels is greater than 50dB, and the isolation of adjacent flight channels is greater than 80dB;

3. The WDM equipment has a total of 32 channels, and after strict testing, the insertion loss of any channel is less than 3dB;

3.       After customer testing, the products delivered by Xianyitong Technology not only meet customer requirements, but also exceed customer requirements, and the most popular customer scientific research project experiment has been successfully completed.

Related products

1.XYT-DWDM-HIL