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    Nokia NSP Multi-Layer Optimization

NSP Multi-Layer Optimization

Course number: OS00110-W
Course duration: 2 hours 
Price: €200

Course overview

This eLearning course explores how the NSP’s IP/Optical resource controller interfaces with domain controllers to improve resiliency and service quality through multi-layer network resource control.  Learn the many functionalities of NSP’s IP/Optical Coordination function such as multi-layer topology discovery, visualizations and optimizations and how to apply them in practical use cases.  Discover how Nokia’s coherent routing solution enables efficient and scalable IP/Optical networks for 400GE and beyond.  See how the NSP’s IP/Optical integrated assurance provides network-wide monitoring through tools such as multi-layer visualizations and “one-click” IP/Optical alarm correlations.  Also, learn to support network planning and troubleshooting by leveraging NSP’s IP/Optical simulation to perform multi-layer “what-if” analysis.

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Course objectives

 

  • Describe how Nokia’s NSP aids in “network control”
  • List and describe NSP’s optical services capabilities
  • Describe how the IP and Optical resource controllers interface
  • Explain the importance and role of the IP/MPLS resource controller in multi-layer optimization
  • Explain how the IP/Optical Coordination function interfaces with the NSP functions
  • Explain the importance and role of the IP/MPLS resource controller in multi-layer optimization
  • Describe coherent routing, its significance and capabilities
  • Describe Nokia’s IP/Optical convergence strategy for 400ZR/ZR+ applications
  • Demonstrate the actions required to provision a 400ZR/ZR+ pluggable using the NSP
  • Demonstrate how to manage and abstract IP/Optical convergence using the NSP
  • Demonstrate the NSP’s IP/Optical Coordination function's main functionalities
  • Describe and demonstrate the following use cases
    • Optical disjoint IP routing
    • Optical latency aware IP routing
    • Coordinated maintenance
    • Multi-layer topology assessment (Diversity Analysis)
    • IP/Optical LLI provisioning with diversity constraints
  • Describe and demonstrate IP/Optical integration assurance functionalities
  • Describe and demonstrate IP/Optical simulation functionalities

Course modules

Module 1 – Network Control and Nokia’s NSP

  • Network Control
  • The Nokia Solution
  • NSP’s IP/Optical capabilities


Module 2 – Optical Services

  • Optical services overview
  • Optical service types and encapsulation


Module 3 – NSP’s IP/Optical Coordination functionality

  • IP/Optical Coordination
  • Demonstrate IP/Optical Coordination functionalities
  • Multi-layer topologies
  • Visualizations
  • Optimization
  • NSP’s northbound APIs


Module 4 – Coherent Routing

  • Introduction to coherent routing
  • Alien vs Managed coherent wavelengths
  • 400ZR coherent pluggables:  Demonstrations
     

Module 5 – NSP Resource Controller and its purpose

  • NSP resource controllers overview
  • IP/MPLS optimization
  • IP and Optical resource controllers: Interaction
     

Module 6 – IP/Optical Coordination Use Cases

  • Demonstrate optical disjoint IP routing
  • Demonstrate optical latency aware IP routing
  • Demonstrate coordinated maintenance
  • Demonstrate multi-layer topology assessment (Diversity Analysis)
  • Demonstrate LLI provisioning with diversity constraints
     

Module 7 – IP/Optical integration assurance functionality

  • Describe NSP’s IP/Optical integration assurance functionality
  • Integrated fault management for IP/Optical networks
     

Module 8 – Multi-Layer Simulation

  • Simulating IP/Optical physical link failure
  • Introduction to NSP Path Simulation function
  • NSP “Path Simulation”: Network topology
  • Importing a live network
  • Creating and importing a network topology .zip file
  • “What-if” analysis
  • Interpreting simulation results