
Explore SDN, NFV, and virtualization concepts, including abstraction, decoupling, and disaggregation. See how VNFs and virtualization enable flexible resources for agile, open networks and data centers.
Learn how data centers implement virtualization for sdn and nfv, using hypervisors, virtual machines, and containers, with virtual switches, routers, and service chains across vnfs.
Explore the technical aspects of software defined networking, including architecture layers, northbound and southbound interfaces, open standards, and OpenFlow, to understand programmable, centralized control of the data plane.
Explore how software defined networking decouples control and data planes while network functions virtualization decouples network functions from hardware, enabling vnfs on the nfvi and centralized management.
Explore SDN and NFV implementations, including network overlays, network slicing, and service chaining, with a focus on Flow Visor, virtual networks, VNF forwarding graphs, and orchestration.
Identify the major standardization bodies for SDN and NFV, including the Open Networking Foundation, ETSI NFV ISG, Oasis, Linux Foundation NFV platform, OpenDaylight, and Tosca.
Explore the SDN and NFV industry landscape by reviewing key open source and vendor solutions like Cumulus Linux, OpenStack, Cloudify, Juniper Contrail, and Apache CloudStack.
Explore how SDN and NFV exams and certifications influence networking careers, detailing MEF, ONF, OpenStack, Cisco, and ONAP programs for engineers, developers, and associates.
Learn about network infrastructure decoupling, abstraction, virtualization and how these ground-breaking ideas are being used to create today's application-managed telecommunications networks. You will understand how data flows between “real” and virtualised environments, and how it is all programmed to create new-generation networking services.
To better understand this, the course will take you though the technical aspects of both software defined networking (SDN) and network functional virtualisation (NFV), which will include a discussion of the protocols and technologies that are involved. You will understand SDN and NFV architecture, and how data is managed across the networking infrastructure.
If you’ve wondered about protocols such as OpenFlow, this will be an excellent introduction. Further, you will get to understand why terms such as “programmable”, “agile”, and “central management” as so often used to describe software defined networks. Discussions around network functional virtualisation will take you though the intricacies of what network infrastructure can be virtualised, and how these virtualised resources are managed or “orchestrated” to provide networking services. These discussions will be followed with a look at how all this is implemented at a data centre.
The course would be incomplete without a look at who is behind all this. You will get to understand the various industry standardisation and guidance bodies and how they work together to regulate and inform all players in the industry. The course concludes with a look at how to get certified for a career in this exciting industry.