febrero 6, 2014

End of Dispersion: Myth or reality?

Gwenn Amice

Subject Matter Expert, Physical layer and monitoring, EXFO

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When upgrading metro networks from 1 to 10 GigE, the distortions induced by chromatic dispersion and polarisation mode dispersion will limit the distance that can be attained. When upgrading core networks from 10 (OTU2, 10 GigE, etc.) to 100 (OTU3, 100 GigE, etc.) and soon to 400 Gbit/s, coherent systems will be able to post-compensate the linear distortions, but to what extent. What are the limits? What are the best fiber-characterization practices?

In this Webinar, we are going to reveal the myths and realities about the critical parameters that need to be controlled when deploying hybrid systems, such as 10 Gbit/s (NRZ) and 100 Gbit/s (DP-QPSK), including:

Guard bands
Dispersion compensation
Nonlinear effects

What’s in store for 5G transport networks: A look ahead into emerging technologies and new use cases - Part 1

Making the most of a limited resource: how to use spectrum more efficiently in the era of 5G

“PIC your test”: How to test photonic integrated circuits?

End of Dispersion: Myth or reality?

Gwenn Amice

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What’s in store for 5G transport networks: A look ahead into emerging technologies and new use cases - Part 1

Making the most of a limited resource: how to use spectrum more efficiently in the era of 5G

“PIC your test”: How to test photonic integrated circuits?

End of Dispersion: Myth or reality?

Gwenn Amice

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