Cisco 300-101: CCNP - ROUTE - Implementing Cisco IP Routing

Course Information

Course Name: Cisco 300-101: CCNP – ROUTE – Implementing Cisco IP Routing
Certification Track: Cisco CCNP Routing and Switching / CCDP (Legacy)
Total Video Hours: 16 Hrs 45 Min
Total Videos: 48
Skill Level: Advanced / Professional
Delivery Mode: Online, On-Demand
Instructor: Rafiq Wayani

Included in This Course

• Advanced Cisco IP routing concepts for enterprise networks

• EIGRP, OSPF, eBGP, IPv4, and IPv6 routing implementations

• Route redistribution design and verification techniques

• Network implementation and verification planning methodologies

• Use of show and debug commands for routing validation

• Real-world documentation practices for routing solutions

• Preparation aligned with Cisco ROUTE 300-101 exam objectives

Course Outline

Implement an EIGRP Based Solution

• Determine network resources needed for implementing EIGRP

• Create an EIGRP implementation plan

• Create an EIGRP verification plan

• Configure EIGRP routing

• Verify EIGRP implementation using show and debug commands

• Document EIGRP implementation and verification results

Implement a Multi-Area OSPF Network

• Determine network resources needed for implementing OSPF

• Create an OSPF implementation plan

• Create an OSPF verification plan

• Configure OSPF routing

• Verify OSPF implementation using show and debug commands

• Document OSPF implementation and verification results

Implement an eBGP Based Solution

• Determine network resources needed for implementing eBGP

• Create an eBGP implementation plan

• Create an eBGP verification plan

• Configure eBGP routing

• Verify eBGP implementation using show and debug commands

• Document eBGP implementation and verification results

Implement an IPv6 Based Solution

• Determine network resources needed for implementing IPv6

• Create an IPv6 implementation plan

• Create an IPv6 verification plan

• Configure IPv6 routing

• Configure IPv6 interoperation with IPv4

• Verify IPv6 implementation using show and debug commands

• Document IPv6 implementation and verification results

Implement an IPv4 or IPv6 Route Redistribution Solution

• Create a redistribution implementation plan

• Create a redistribution verification plan

• Configure route redistribution

• Verify redistribution implementation

• Document redistribution results

• Identify differences between IPv4 and IPv6 redistribution

Cisco 300-101 CCNP ROUTE

Cisco 300-101: CCNP – ROUTE – Implementing Cisco IP Routing Online Course is designed for network professionals responsible for building and maintaining scalable, secure, and highly available enterprise routing infrastructures. Advanced routing knowledge remains a critical requirement for organizations operating complex LAN, WAN, and IPv6-enabled networks. This course delivers structured, exam-aligned instruction combined with practical routing design and implementation practices used by experienced network engineers.

Enterprise routing environments require more than basic connectivity. They demand deterministic path selection, fast convergence, redundancy, and predictable performance under varying traffic conditions. This course begins by addressing the planning mindset required for routing deployments, emphasizing the importance of understanding network requirements, available resources, and operational constraints before configuration begins.

Enhanced Interior Gateway Routing Protocol (EIGRP) is explored as a core interior routing solution for enterprise networks. The course explains how to analyze network designs, determine appropriate EIGRP parameters, and build structured implementation plans. Configuration topics include neighbor relationships, metric calculation, route summarization, and authentication. Verification techniques using show and debug commands reinforce the ability to confirm stability, convergence, and correctness. Documentation practices ensure routing decisions can be maintained and audited over time.

Multi-area Open Shortest Path First (OSPF) design and implementation form another major focus. The course explains hierarchical OSPF architecture, area types, and link-state database behavior. Learners examine how to allocate resources, define backbone and non-backbone areas, and design scalable topologies. Configuration exercises emphasize adjacency formation, route propagation, and cost manipulation. Verification and documentation reinforce operational readiness in production environments.

External Border Gateway Protocol (eBGP) is addressed in the context of enterprise edge and service provider connectivity. The course explains how to prepare networks for eBGP deployment, including autonomous system design, policy considerations, and scalability planning. Configuration topics cover neighbor relationships, route advertisement, and policy enforcement. Verification processes validate correct path selection and route exchange, while documentation practices support long-term operational clarity.

IPv6 routing is an essential component of modern network design, and this course provides structured guidance for IPv6 implementation. Learners analyze network readiness, addressing schemes, and protocol support. Configuration topics include IPv6 routing enablement, protocol operation, and IPv6-to-IPv4 interoperation strategies. Verification techniques ensure reachability and stability, while documentation captures addressing plans and routing behavior for future expansion.

Route redistribution represents one of the most complex and risk-prone routing tasks in enterprise environments. The course explains how to analyze routing domains, identify potential loops, and design controlled redistribution strategies. Both IPv4 and IPv6 redistribution scenarios are addressed, highlighting their similarities and differences. Configuration and verification processes reinforce disciplined implementation practices that reduce operational risk.

Throughout the course, strong emphasis is placed on verification and troubleshooting methodologies. Show and debug commands are used not as isolated tools, but as part of structured validation workflows. Learners develop the ability to confirm routing behavior, identify anomalies, and resolve issues efficiently. These skills are critical for maintaining uptime in production networks.

The course also reinforces the importance of documentation as a professional responsibility. Implementation plans, verification results, and configuration summaries are treated as essential deliverables rather than optional tasks. This approach reflects real-world enterprise expectations, where documentation supports collaboration, compliance, and long-term maintainability.

Cisco 300-101 ROUTE certification validates advanced routing knowledge required for CCNP Routing and Switching and CCDP roles. While the exam itself is legacy, the routing principles covered remain highly relevant. Organizations continue to rely on EIGRP, OSPF, BGP, IPv6, and redistribution in both traditional and hybrid network architectures.

By completing this course, learners strengthen their ability to design and implement robust routing solutions that support branch offices, data centers, and mobile users. The skills developed extend beyond exam preparation and directly support professional responsibilities in network engineering roles.

Cisco 300-101: CCNP – ROUTE – Implementing Cisco IP Routing Online Course delivers focused, practical instruction for professionals seeking advanced routing expertise. It serves as a critical component in the development of highly skilled network engineers capable of supporting complex enterprise infrastructures.

Frequently Asked Questions

Who should take the Cisco 300-101 CCNP ROUTE course?
This course is intended for network engineers, administrators, and IT professionals working with advanced enterprise routing technologies.

Does this course still have value since the exam is legacy?
Yes, the routing protocols and design principles covered remain widely used in modern enterprise networks.

Which routing protocols are covered in this course?
The course covers EIGRP, OSPF, eBGP, IPv6 routing, and route redistribution.

Is hands-on configuration included?
Yes, the course emphasizes configuration, verification, and troubleshooting using Cisco routing commands.

Does the course include IPv6 routing concepts?
Yes, IPv6 implementation, interoperation with IPv4, and verification are key components.

Is this course aligned with CCNP Routing and Switching roles?
Yes, it supports CCNP-level routing knowledge and professional network engineering responsibilities.