Cisco CCNP Implementing Cisco SD-WAN Solutions (300-415 ENSDWI) v1.2

For IT leaders: Traditional WANs get expensive and complex once teams add redundant routers, multiple circuits, and per-application routing decisions. A common example is using MPLS for traffic that could be handled through internet access instead. This course prepares network teams to deploy, operate, and troubleshoot Cisco Catalyst SD-WAN, and to prepare for the 300-415 ENSDWI exam toward CCNP Enterprise.

Role fit: Network engineers, operations leads, and system architects who already work comfortably in the Cisco CLI. It suits teams running multi-site, cloud-connected WANs or planning a migration.

Time investment: 44 skills, about 35.5 hours per learner. Plan for additional lab time.

Change-management note: Day-to-day configuration moves from device-level config t to centralized management through SD-WAN Manager. The course also shows teams how to use GUI troubleshooting tools for a fabric-wide view. Expect some habit change for CLI-first engineers.

Lab planning: Learners work through hands-on labs that reinforce SD-WAN deployment, configuration, CLI workflows, and troubleshooting. Confirm that teams have access to an appropriate lab environment and enough time to repeat configurations as needed.

How CBT Nuggets supports the outcome: Each section includes lab challenges, review skills, and quiz skills that help learners identify gaps before moving forward. Unlimited practice exams then help build certification readiness.

IT teams complete this training to replace costly, complex traditional WAN designs with a centrally managed Cisco SD-WAN fabric they can build, operate, and troubleshoot themselves. The course is grounded in scenarios network engineers face in production. One example is deciding which traffic belongs on expensive, reliable MPLS and which belongs on high-bandwidth internet circuits. Another is bringing a branch edge online when only a non-technical person is on site to plug in power and a cable.

• Faster, lower-touch branch rollouts: Engineers learn zero-touch onboarding with DHCP. A new edge can come online without sending skilled smart hands to the site, which reduces travel and contractor dependence.
• Performance-based failover, not just link-down failover: Teams use application-aware routing, BFD, and SLA classes to steer critical applications such as voice away from circuits that miss performance thresholds. This helps reduce user-facing degradation.
• Fewer black-hole and routing surprises: Engineers learn OMP path selection, TLOC extensions, dual-edge sites, and backup paths. They can explain why traffic takes a given path and design redundancy that holds up during failures.
• Centralized operations and troubleshooting: Teams use centralized management and the graphical interface instead of relying only on box-by-box CLI changes. They also learn how to work with troubleshooting tools that show issues between edges across the fabric.

The course also covers Cloud OnRamp scenarios that extend the same architecture to AWS, Azure, or Google workloads. Learners work through lab tasks and configuration examples that build SD-WAN concepts from the ground up, including controllers, certificates, edges, VPN segmentation, and policies. That hands-on practice helps teams bring real configuration experience into production work.

Knowledge

• How Cisco SD-WAN architecture and components address traditional WAN cost and complexity, including the internet-versus-MPLS bandwidth and reliability trade-off
• How the control and data planes work together, including controller certificates, secure control tunnels, and IPsec tunnels between edges
• How Overlay Management Protocol (OMP) propagates routes, including route types and how OMP information supports routing across the SD-WAN fabric
• When to enable backup paths to avoid black-hole scenarios, and how multicast fits into an SD-WAN design
• How Cloud OnRamp options map to site-to-cloud and multicloud scenarios using virtual edges in AWS, Azure, or Google
• How control policies, data policies, and application-aware routing shape traffic using BFD, SLA classes, and TLOC actions

Ability

• Work through SD-WAN lab configurations, then deploy controllers, generate certificates, and onboard edges with zero-touch provisioning concepts
• Configure edge VPNs, dual-edge sites, and TLOC extensions to bring a redundant overlay online across two transports
• Configure OMP route distribution, OMP parameters, and routing protocol integration from both the CLI and the SD-WAN Manager GUI
• Push centralized control policies and custom topologies that filter OMP and TLOC routes across the fabric
• Configure application-aware routing for performance-based failover, so traffic moves when a path stops meeting SLA thresholds, not only when the link goes down
• Use SD-WAN Manager troubleshooting tools to investigate issues between multiple edges, instead of logging into one device at a time