Progress on a cascaded optical link between Paris and Strasbourg

O. Lopez, N. Chiodo, F. Wiotte, N. Quintin, A. Bercy, C. Chardonnet, A. Amy-Klein, F. Stefani, P. Pottie, G. Santarelli
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Abstract

We are currently developing a cascaded optical frequency link between Paris and Strasbourg using the French National Research and Education Network RENATER. The ultrastable signal is copropagating with data traffic using wavelength division multiplexing. We have developed some repeater stations to amplify and filter the ultrastable signal between each sections of the link and compensate the propagation noise. The remote operation of these stations is a key element for the deployment of a reliable and large scale metrological network. We report on the first implementation of such a remote station on a 540-km cascaded link between Paris and Reims. The stability (modified Allan deviation with Λ-type counter) reaches a few 10-20 at 103 s averaging time.
巴黎和斯特拉斯堡之间的级联光纤链路进展
我们目前正在使用法国国家研究和教育网络RENATER开发巴黎和斯特拉斯堡之间的级联光学频率链路。超稳定信号采用波分复用技术与数据通信量共传播。我们开发了一些中继站来放大和过滤链路各段之间的超稳定信号,并补偿传播噪声。这些台站的远程操作是部署可靠和大规模计量网络的关键因素。我们报告在巴黎和兰斯之间540公里级联线路上首次实施这样一个远程站。在103 s的平均时间内,稳定性(用Λ-type计数器修正Allan偏差)达到10-20。
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