
1-VRF-Lite Fundamentals and Use Cases
2-Creating and Naming VRF Instances
3-Assigning Interfaces and IP Addresses to VRFs
4-VRF-Lite Verification and Troubleshooting
1-Understanding VRF-Lite Routing Concepts
2-Configuring Static Routing in VRF-Lite
3-Verifying VRF-Lite Routing and Connectivity
1-VRF-Lite with Subinterfaces: Concepts and Design
2-Configuring VRF-Lite with Subinterfaces
3-Verifying VRF-Lite Subinterface Connectivity
4-Capturing and Analyzing VRF-Lite Traffic
5-Comparing Physical and Virtual Network Designs
1-Configuring RIPv2 Routing with VRF-Lite
2-Verifying RIPv2 Routing in VRF-Lite
1-Configuring OSPFv2 Routing with VRF-Lite
2-Verifying OSPFv2 Routing in VRF-Lite
1-Configuring Traditional EIGRP with VRF-Lite
2-Configuring Named EIGRP with VRF-Lite
3-Verifying EIGRP Routing in VRF-Lite
1-Configuring IS-IS Routing with VRF-Lite
2-Verifying IS-IS Routing in VRF-Lite
1-Configuring BGP Routing with VRF-Lite
2-Verifying BGP Routing in VRF-Lite
1-Understanding Inter-VRF Routing and Its Use Cases
2-Configuring Inter-VRF Routing
3-Verifying Inter-VRF Connectivity and Routes
4-Understanding Route Target (RT) Usage
1-Understanding Dual-Stack VRF-Lite Configuration
2-Configuring Dual-Stack VRF-Lite with the vrf definition Command
3-Verifying IPv4 and IPv6 Routing in Dual-Stack VRF-Lite
Master VRF-Lite and learn how to build isolated virtual routing environments on Cisco routers without requiring an MPLS network.
In this hands-on course, you will start with the fundamentals of VRF-Lite and understand why network engineers use Virtual Routing and Forwarding to create multiple independent routing tables on the same physical router. You will learn how to create and name VRF instances, assign interfaces and IP addresses to VRFs, and verify and troubleshoot VRF-Lite configurations.
The course then takes you into VRF-Lite routing. You will configure static routes and explore how dynamic routing protocols operate within separate VRF environments. Step by step, you will configure and verify RIPv2, OSPFv2, traditional EIGRP, named EIGRP, and IS-IS with VRF-Lite.
You will also learn how to integrate BGP with VRF-Lite and understand how BGP neighbors and routing information operate within VRF-specific routing contexts.
Beyond basic routing isolation, this course explores Inter-VRF routing and route leaking. You will learn how controlled communication can be established between separate VRFs and understand the role of Route Targets in importing and exporting routes between virtual routing environments.
The course also covers VRF-Lite with subinterfaces, allowing multiple isolated logical networks to share the same physical infrastructure. Through traffic capture and verification, you will gain a clearer understanding of how virtual and physical network designs differ.
Finally, you will configure VRF-Lite for dual-stack environments and learn how to support both IPv4 and IPv6 using the modern VRF definition configuration model.
If you are a network engineer, Cisco certification student, or networking professional who wants to master VRF-Lite through practical configuration and verification, this course gives you the focused, hands-on knowledge you need to confidently design, configure, and troubleshoot VRF-Lite networks.