Cisco CCNP Implementing Service Provider Advanced Routing Solutions (300-510 SPRI) v1.1

For IT leaders: Service provider and large-enterprise cores run on OSPF, IS-IS, BGP, MPLS, segment routing, and multicast routing. When only one or two senior engineers understand them, every routing incident and change window becomes a bottleneck. This course spreads that expertise across the team.

Role fit: Built for network engineers, administrators, and architects with 3–5 years of Cisco experience who work in service provider or MPLS-core environments. It also suits route/switch engineers moving into SP work, since MPLS fundamentals are covered from the ground up.

Time investment: About 55 hours across 50 skills. Most skills run about an hour, so teams can work through one protocol area per sprint — OSPF, IS-IS, BGP, MPLS VPNs, segment routing, or multicast — without pulling engineers off the network for long stretches. Pair it with Cisco CCNP Service Provider Core (350-501 SPCOR) v1.1 to round out CCNP Service Provider coverage.

Change-management notes: Dedicated troubleshooting skills use trouble tickets written as if escalated from junior admins or tier-1 support. They reinforce operational discipline your team can apply directly:

• Verify the ticket first
• Check logs early
• Document changes such as ACL resequencing

Lab planning: The course opens with a full skill on building a Cisco service provider lab, including CML2 baseline topology and configuration resources, EVE-NG topologies, ESXi configuration, and backend networking. Team Leads should budget lab resources before assigning the course, because the demos are hands-on and command-line heavy, covering both IOS XE and IOS XR.

How this training helps service provider teams succeed in the real world

IT teams complete this training to run carrier-grade routing with fewer escalations and faster recovery. Much of the course happens on the command line: engineers build a Cisco Modeling Labs (CML) environment, then work through trouble tickets that mirror what tier-1 support and junior admins hand off. Those tickets cover OSPF, IS-IS, BGP, MPLS, and Segment Routing.

• Shorter outages through structured troubleshooting: Engineers practice a repeatable method. They verify each ticket before acting, since it may already be fixed or reported wrong. They check logs and console messages first, then confirm the fix. This reduces wasted effort on problems that no longer exist.
• Stable cores during change and growth: Teams configure OSPF authentication, use virtual links to work around failures or mergers, and tune timers for faster convergence. They also work with BGP, MPLS, and routing protocols in service provider environments.
• Confident MPLS and Segment Routing delivery: Engineers implement Layer 2 and Layer 3 VPNs, including OSPF and other CE-PE options. They also build MPLS TE and Segment Routing TE policies and tunnels, the services customers depend on.
• Cleaner operations and audit trails: The instructor stresses documenting every change, including what changed and why. This keeps logs and historical troubleshooting accurate across the whole team.

The result is engineers who can take a ticket from first report to verified fix with less hand-holding from senior staff.

Knowledge

• How multiarea OSPF uses LSA types, stub and totally stubby areas, summarization, authentication, virtual links, and OSPFv3 for IPv6
• How IS-IS works as a multi-protocol link-state IGP, including its area hierarchy, path selection, and IPv6 support
• How iBGP scales, how inbound and outbound path selection is influenced, and where BGP security, route dampening, route maps, and RPL fit
• MPLS fundamentals: label stacks, LDP, traffic engineering with RSVP and IGP extensions, and Layer 2 and Layer 3 VPN architecture
• Segment Routing concepts, including Segment Routing MPLS configuration with OSPF, Segment Routing TE verification, and interdomain work with BGP and PCEP
• IP multicast fundamentals and multicast routing protocols for Cisco service provider networks

Ability

• Build a Cisco service provider practice lab with out-of-band management for hands-on IOS XE and IOS XR work
• Configure and verify OSPF, IS-IS, and BGP features, including stub areas, summarization, and route dampening
• Implement route filtering and redistribution, MPLS TE tunnels, Segment Routing TE policies, and L3 VPNs with multiple CE-PE protocols
• Work through trouble tickets with a structured method: confirm the ticket first, then check logs, show/debug output, and Wireshark captures
• Capture and analyze control-plane traffic in Cisco Modeling Labs to confirm protocol behavior
• Record configuration changes, such as ACL resequencing, so the team keeps a clear audit trail