What you'll learn:
- Prepare for real-world CCIE lab-style tasks with hands-on, scenario-based practice
- Configure, verify, and troubleshoot OSPF, including advanced area types, authentication, and LSA optimization
- Implement EIGRP for IPv4 and IPv6, including stub routing, summarization, and advanced metrics
- Master BGP configuration, route selection, path manipulation, communities, and advanced policy control
- Perform route redistribution between multiple routing protocols with precise filtering and loop prevention
- Apply advanced route filtering using prefix lists, route maps, and distribute lists
- Design and implement VRF-based segmentation for secure, multi-tenant enterprise networks
- Configure Policy-Based Routing (PBR) for traffic engineering and path control
- Implement and troubleshoot multicast routing using PIM, IGMP, and related optimizations
- Understand MPLS Layer 3 VPN fundamentals and integration in enterprise designs
- Build high availability routing solutions using HSRP, VRRP, and GLBP
- Optimize routing performance in large-scale enterprise networks
- Troubleshoot complex Layer 3 scenarios using Cisco CLI tools and debug commands
The Cisco Certified Internetwork Expert (CCIE) Enterprise Infrastructure certification represents the pinnacle of networking expertise, testing not only a candidate’s technical depth but also their ability to perform under intense, real-world pressure. The journey to earning this elite credential begins with a rigorous written exam, followed by the ultimate challenge—an 8-hour hands-on lab that demands mastery across a wide range of technologies.
This comprehensive video-on-demand (VoD) course is fully aligned with the CCIE Enterprise Infrastructure blueprint and is designed to give you complete command of every Layer 3 technology you’ll encounter in both the exam and enterprise environments. Across extensive hours of expert-led instruction and hands-on configuration demonstrations, you’ll develop a deep understanding of core protocols and advanced routing features.
Topics include OSPF, EIGRP, BGP, route redistribution, route filtering, VRFs, policy-based routing, multicast routing, MPLS fundamentals, and high-availability routing designs. You’ll not only learn how to configure these technologies from scratch but also how to optimize and troubleshoot them in large-scale, complex networks.
Whether you’re preparing for the CCNP, the CCIE lab, or simply aiming to operate at the highest level in your career, this course equips you with the skills, confidence, and strategies to succeed in any Layer 3 challenge.
