Chalk Talk: WaveLogic 6 1.6T DSP Innovations, Elevating Network Performance
Joel Boyer describes the DSP innovations implemented in Ciena's WaveLogic 6 Extreme 1.6Tb/s coherent technology and how these drive improved network performance and reduced energy consumption.
Related videos
Videos
Maximize your 6500 network investment with new te ...
Ciena’s Mayank Chauhan provides a quick overview of the latest technology advancements on Ciena’s 6500 D/S-Series platforms, enab ...
Videos
Ciena’s WaveLogic 6: Another world-first
Your ambitious goals have always inspired us to challenge what others say is impossible. And we’ve done it again with WaveLogic 6 ...
Videos
Coherent Routing WaveRouter OSRP Navigator Walk T ...
Let Anand Raj take you through Ciena’s Ottawa lab to see an actual WaveRouter and how Navigator NCS takes you beyond IP and Optic ...
Videos
Coherent Routing Made Simple
Easily deploy and manage your converged networks with Ciena’s family of WaveRouters. See how your operational goals can be simpli ...
Videos
Chalk Talk: Maximize your fiber capacity with L-b ...
In this Chalk Talk, Paul Chedore, Photonic Systems Architect, provides a detailed comparison between three options for increasing ...
Videos
Broadband is life
Now more than ever, broadband is life, a human right that overcomes distance, borders, and time. Broadband lets anyone access the ...
Videos
Ciena's O-NID: Cost-Efficiently Extend OTN to the ...
Ciena’s O-NID family of platforms delivers OTN closer to the edge, in a compact hardened form factor, all with operational simpli ...
Videos
Building an Adaptive and Resilient Network for Sp ...
Renee Mateparae, Network and Operations Director at Spark New Zealand, discusses New Zealand’s largest telecommunications and dig ...
Related
View more insightsVideos
Maximize your 6500 network investment with new technology innovations
Ciena’s Mayank Chauhan provides a quick overview of the latest technology advancements on Ciena’s 6500 D/S-Series platforms, enabling operators to continue to scale and evolve their networks without stranding their existing infrastructure
Read more