
Duration 40 Hours | Fee 10K+GST 18%
Bangalore and Noida Campus
Cisco SD-WAN Training
Course Fee
$350
Course Duration
40 Hours
Course Mode
Classroom Online
The rise of cloud-based applications and IoT is impacting existing wide area networks across all industries. The need to increase bandwidth, optimize cloud connectivity, and improve security posture is challenging with traditional WAN architectures.
Cisco SD-WAN is a cloud-delivered WAN architecture that enables digital and cloud transformation at enterprises. It significantly drops WAN costs, reduces the time to deploy services, build application resiliency, and provides a robust security architecture for hybrid networks.
Detailed Syllabus Covered
Objectives
After taking this course, you should be able to:
Describe the Cisco Software-Defined overlay network and how modes of operation differ in legacy WAN versus Software-Defined
Describe options for cloud and on-premises deployments, as well as how to deploy virtual vEdge and physical cEdge devices with Zero Touch Provisioning (ZTP) and device templates
Describe best practices in WAN routing protocols, as well as how to configure and implement transport-side connectivity, service-side routing, interoperability, and redundancy and high availability
Describe dynamic routing protocols and best practices in an Software-Defined environment, transport-side connectivity, service-side connectivity, and how redundancy and high availability are achieved in Software-Definedenvironments
Explain how to migrate from legacy WAN to Cisco , including typical scenarios for data center and branch
Explain how to perform Software-Defined Day 2 operations, such as monitoring, reporting, logging, and upgrading
Theory Covered
Cisco SD-WAN Overlay Network
Examining Cisco Software-DefinedArchitecture
Cisco Software-DefinedDeployment
Examining Cisco Software-DefinedDeployment Options
Deploying Edge Devices
Deploying Edge Devices with Zero-Touch Provisioning
Using Device Configuration Templates
Redundancy, High Availability, and Scalability
Using Dynamic Routing
Providing Site Redundancy and High Availability
Configuring Transport-Side Connectivity
Defining Advanced Control Policies
Defining Advanced-Data Policies
Implementing Application-Aware Routing
Implementing Internet Breakouts and Network Address Translation (NAT)
Cisco Software-Defined Migration and Interoperability
Examining Cisco Software-Defined Hybrid Scenarios
Performing a Migration
Cisco Software-Defined Management and Operations
Performing Day-2 Operations
Performing Upgrades
Lab outline
Deploying Cisco Software-Defined Controllers
Adding a Branch Using Zero Touch Provisioning (ZTP)
Deploying Devices Using Configuration Templates
Configuring Controller Affinity
Implementing Dynamic Routing Protocols on Service Side
Implementing Transport Location (TLOC) Extensions
Implementing Control Policies
Implementing Data Policies
Implementing Application-Aware Routing
Implementing Internet Breakouts
Migrating Branch Sites
Performing an Upgrade