Course: SDN & NFV Essentials
Course: SDN & NFV Ess
Course Price: $59
Theater Mode
Course Brief
Course Price: $59
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Course Author
Data Communications & IP Technologies
60 Minutes
60
4 Lessons
4
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$39 Worth
Introduction to Data Communications
Intro to Data Communications
Course Summary
The Introduction to Software Defined Networking (SDN) and
Network Function Virtualization (NFV) course comes to provide the participant
with basic understanding of the virtualization world as it is implemented in
the communication world. In the course we introduce SDN concept and network
architecture, the OpenFlow protocol and its implementation in data networks along
with NFV and its implementation in provider’s networks.
Syllabus
Description
Software-Defined Networking (SDN) is an emerging
architecture that decouples the network control and forwarding planes, enabling
the network control to become directly programmable by the user and by network
applications, and the underlying infrastructure to be abstracted for
applications and network services. OpenFlow, standardize by the Open Networking
Foundation (ONF) defines the architecture and protocols for the SDN
architecture.
While SDN comes from the data center and enterprise
networks, Network Function Virtualization (NFV), standardized by European Telecommunication Standards Institute (ETSI) is a
similar technology, that implements service virtualization in the service
providers (SPs) networks.
This course introduces SDN technology and
protocols, along with a brief of NFV and it implementation in the Telco market.
Course Modules
The course includes the following modules:
The course includes the following modules:
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1.  Introduction
In this lesson we learn about the concept of SDN, its network architecture, similarities and differences from traditional networks, and we finalize with the concept of NFV and comparison between SDN and NFV -
2.  SDN and OpenFlow
In this lesson we talk about the operation of SDN, that is the controller and the switches, tables and tables pipeline, and how forwarding decision are taken in order to forward packets through the network -
3.  OpenFlow Protocol
In this lesson we talk about the OpenFlow operation, its packet structure, and through packets examples we learn about its operation -
4.  NFV Basics
In this lesson we talk about the concept of NFV, its architecture, and how virtualization is used to implement network componentsand the connectivity between them