Certified Optical Network Engineer (CONE)

Complete our training request form to arrange for CONE training for your organization. 

Gain a big picture perspective and look methodically at all the challenges that might be facing your network. Challenges such as increasing capacity, extending reach, increasing flexibility, controlling latency, providing QoS, and going open and interoperable while controlling costs and keeping electrical power consumption down.

The course builds on the foundations of CONA and you are expected to master advanced networking concepts associated with higher speed transmission of 100Gb/s, 400Gb/s, 800Gb/s and beyond. Coherent detection, digital signal processing, advanced transceivers, non-linear impairments, advanced ROADMS, and advanced modulation formats are some of the concepts covered.

Who should take Certified Optical Network Engineer ?
Cone is designed for network architects, core network designers, strategic network planners, transmission system engineers and photonic engineers.

Key features

✔ Scenario based training
✔ Up to date case studies
✔ Use of OTT’s Whizziekit virtual optical network training system
✔ Comprehensive training support materials
✔ Gain certified optical network associate upon passing an assessment

Certified Optical Network Engineer case studies and exercises

✔ Raman amplification vs EDFA
✔ Old vs new optical fiber
✔ Low latency networking
✔ Amplified submarine link
✔ Options for 100G
✔ Strategic direction to Terabit systems

Certified Optical Network Engineer training outcomes

✔ Identify the best type of fiber for higher speed transmission
✔ Gain appreciation of the performance of existing fiber types and their impact on the systems you design
✔ Explain the impact of advanced modulation formats on high speed transmission and spectral efficiency
✔ Gain appreciation of coherent detection and polarization multiplexing on transmission systems
✔ Decide relevant technologies suitable for your network
✔ Determine when to deploy new technologies
✔ Specify conditions necessary to deploy Raman amplifiers
✔ Design your system to mitigate non-linear impairments
✔ Determine the most suitable dispersion management strategy for your network
✔ Optimize your network for low latency transmission
✔ Asses ROADM designs and decide when and where they should be deployed

A great course for network architects, core network designers, transmission system engineers, strategic network planners and photonic
engineers.Trainees should have completed CONA before taking the CONE course
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