Best practices for activating high-speed networks—transport layer

June 28, 2015

Diong Ming Cheng

Application Engineer, EXFO

High Speed Networks: SONET/SDH, OTN, WDM, 40/100/400G NEMs and Lab WDM/SONET/OTN transport testing

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Exclusive webinar series on high speed networks/DWDM

EXFO is proud to present its webinar series on high speed networks, 40G/100G, and dense wavelength-division multiplexing (DWDM) technology. This webinar series will discuss the best practices for deploying 100G/DWDM networks, as well as ensuring the success of the activation and maintenance phases, for optics and transport. It will also discuss the recommended tests in each stage of the network's life cycle.

Part 4: Best Practices for the Activation of High Speed Networks – Transport Layer

General description of the OTN and high-speed Ethernet
- A primer on high-speed parallel interfaces: PCS tracks and logics, distortion, markets, etc.
- EoOTN: Localization of 40GE and 100GE client signals within an OTN network
Issues: Dispelling the myths associated with different types of high-speed optical interfaces, such as CFP, CFP2 and CF4
How to successfully install and activate 100G networks

Testing the network’s fiber foundation to support 5G, IoT and more.

Service assurance in the era of 5G: automation will be essential

5G begins: latest status, key challenges, lessons learned

Best practices for activating high-speed networks—transport layer

Diong Ming Cheng

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Testing the network’s fiber foundation to support 5G, IoT and more.

Service assurance in the era of 5G: automation will be essential

5G begins: latest status, key challenges, lessons learned

Best practices for activating high-speed networks—transport layer

Diong Ming Cheng

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