Ultimate EIGRP Labs for CCIE Enterprise Exam
Master EIGRP with 22 hands-on remote labs covering route filtering, summarization, stub routing, and traffic engineering. Ideal for CCIE learners.
in Cisco EnterpriseWhat you will learn?
Understand EIGRP auto-summarization and its impact on routing tables.
Configure EIGRP Multi-AF mode to support both IPv4 and IPv6.
Implement secure EIGRP authentication using MD5 and SHA-256.
Set up key chain rotation for dynamic security management.
Perform traffic engineering using metric weights and unequal cost load balancing.
Control route advertisements with stub routing and filtering using prefix lists, access lists, and administrative distance.
Apply advanced summarization techniques, including leak maps and default routes.
About this course
Welcome to the EIGRP Remote Lab, a hands-on, scenario-driven lab environment designed to help networking professionals master EIGRP (Enhanced Interior Gateway Routing Protocol) in real-world enterprise setups.
This course offers 22 structured labs that progressively build your skills from foundational concepts like auto-summary to advanced filtering techniques using administrative distance and offset lists.
Whether you're preparing for CCIE certification or refining your routing expertise, this lab series provides the practical experience needed to confidently configure, troubleshoot, and optimize EIGRP in diverse network topologies.
Lab Features
● 22 Labs covering beginner to advanced EIGRP topics
● Realistic topologies with multi-router setups
● Remote access to lab devices
● Step-by-step instructions with guided configurations
● Scenario-based challenges to reinforce learning
Each lab is designed to simulate actual enterprise routing scenarios, helping you understand not only how to configure EIGRP but also why each feature matters in production environments.
Who Should Enroll?
This lab series is ideal for:
● CCIE candidates looking to deepen their EIGRP knowledge
● Network engineers working in enterprise environments
● Students and professionals preparing for advanced Cisco certifications
● Anyone seeking hands-on experience with EIGRP beyond theory
Whether you're a learner aiming to pass exams or a practitioner solving real-world routing problems, this course is tailored to meet your goals.
Benefits of Remote EIGRP Lab
● No physical setup required. UniNets uses virtualization to provide remote access to all devices.
● Practice at your own pace with 24/7 availability.
● Build confidence through real-time troubleshooting.
● Apply concepts immediately in simulated enterprise networks.
● Track progress and revisit labs as needed.
This remote lab experience bridges the gap between textbook learning and practical application, making it easier to retain knowledge and apply it in job roles or certification exams.
Requirements
Have a solid understanding of IP addressing, subnetting, and basic routing concepts.
Familiarity with EIGRP neighbor relationships, metric calculation, and basic configuration is essential.
Ability to configure and troubleshoot routers and switches using the command-line interface.
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Configure EIGRP AS 100, enable auto-summary, disable split-horizon on R5 tunnel, and verify IPv4 reachability across the topology.
Configure Named EIGRP (MULTI-AF) with AS 100, advertise networks, disable split-horizon on R5, and verify full IPv4 reachability.
Configure EIGRP with AS 100, enable authentication, disable split-horizon, and ensure full IPv4 reachability across all routers.
Configure EIGRP with AS 100, enable NTP, apply key rotation authentication, and ensure seamless DMVPN connectivity without adjacency loss.
Configure EIGRP Classic and Multi-AF with AS 100, enable DMVPN, NTP sync, and unicast EIGRP between R4 and R5.
Configure EIGRP Classic and Named modes, enable routing on key networks, redistribute loopbacks, and implement summarization.
Configure EIGRP Classic and Named modes, enable routing, redistribute loopbacks, disable split-horizon, and advertise default routes.
Implement EIGRP Classic and Named modes, enable routing, redistribute loopbacks, summarize with default routes, and configure leak-maps.
Configure EIGRP, advertise loopbacks, apply summarization, and implement leak-maps for optimal routing and redundancy across VLANs.
Configure EIGRP over VLANs, advertise loopbacks, apply summarization, and use leak-maps to control route propagation and redundancy.
Configure EIGRP Classic (AS 100) and Multi-AF (AS 200), advertise Loopback0, and use delay-only for metrics.
Manipulate EIGRP metric on R7 to route R9’s traffic to R6 via R3-R7 link, excluding offset or bandwidth.
Use EIGRP AS 100 with a delay-only metric, and configure unequal load balancing, favoring the R7 link five times over R1.
Set hello/hold timers: R1–R6 to 1/3 sec, R7–R10 to 10/30 sec, and active-time to 1 minute.
Configure stub on R8 to block queries; ensure AS 100 maintains IPv4 reachability to VLAN 8 without query propagation.
Configure EIGRP stub on R5 to block queries, while still advertising all routes except R8’s Loopback0 prefix.
Enable passive-interface on R5, R8, R10; passive-interface default on R7, R9; maintain full IPv4 reachability throughout.
R4 blocks Loopback0 advertisement on VLAN 45; R1 filters R4’s updates on VLAN 146, allowing all others.
Configure a one-line standard access-list on R9 to filter out all routes coming from R7 that have an odd number in the third octet.
Disable R5’s Ethernet to R4; filter traffic to Loopbacks, redirecting it via R2, R3, R1; preserve other updates.
Use offset-list on R7 to prefer R6 for R3’s Loopback0; fallback to direct R3 path if R6 fails.
Configure administrative distance filtering on R6 so that it does not install the route to R4’s Loopback0 prefix.