Login
Join for free

Quick Links

CCNA Full Pack
Get CCNA Full Pack

HANDS-ON CCNA PRACTICE · EVE-NG LABS

CCNA
Full Pack.

Build your networking skills,
one lab at a time.

Work through networking fundamentals, switching, routing and IP addressing with prepared EVE-NG labs, guided workbooks and practical verification tasks.

Get CCNA Full Pack →
Explore the labs ↓

Monthly subscription Cancel anytime

CCNA networking practice A conceptual network diagram, a guided workbook and a command-line window illustrate the configure, verify and repeat practice workflow. This is an illustration, not a screenshot of an included lab. CCNA LAB Hands-on practice R1 R2 R3 Your lab workbook Configure Verify Repeat PRACTICE / CLI R1# show ip route R1#

7

Modules

29

Chapters

313

Activities

INSIDE CCNA FULL PACK

Less setup.
More practice.

All workbooks are aligned with Cisco’s CCNA 200-301 Official Cert Guide, Volume 1, 2nd Edition. Put each topic into practice with prepared labs, step-by-step configuration and verification tasks.

A prepared EVE-NG lab environment An OVA file and a download arrow sit beside a network topology. A conceptual illustration of the appliance, network images and lab files included in the pack. EVE-NG OVA

01

Ready-to-run EVE-NG labs

Import the prepared OVA with network images and lab files. Open a scenario and get straight to the configuration.

OVA setup · Network images · Lab files

Guided workbooks and learning material Workbook pages, a command-line window and a play symbol represent guided exercises, command reference material and video lessons. This is a conceptual illustration.

02

Step-by-step workbooks

Follow each scenario with clear configuration steps, practical explanations and verification tasks. Know what to do and why it works.

Scenario · Configure · Verify

Configure, check and repeat A blank topology sits beside its configured version. Check marks and a return arrow represent practice questions and repeating the lab, not a measured completion result. BLANKCONFIGURED

03

Blank + configured topologies

Build the lab from a blank topology, compare it with the configured version, then repeat until the process feels familiar.

Build · Compare · Repeat

Visual cheat sheets A command reference sheet and terminal window keep useful commands close at hand.

Cheat Sheets

Keep essential commands and visual references close while you configure and troubleshoot.

Chapter summaries A clean summary sheet brings three key ideas together, with a highlighted takeaway.

Summary

Review the key concepts in a clear explanation before putting them into practice.

Knowledge checks A question sheet with multiple choices and a selected answer represents quick checks of understanding.

Knowledge Check

Check your understanding after each Summary with questions about what you just learned.

First-lab walkthrough videos A video player, timeline and short playlist represent guided walkthroughs of the first labs.

First-lab walkthroughs

Watch the first labs in action, then follow the steps in your own EVE-NG environment.

Practice mock exams A marked checklist and a clock represent a complete practice exam with time to check your progress.

Quizzes & mock exams

Use chapter quizzes and full-length mock exams to practice recall and review what needs more work.

New labs and regular updates A growing stack of learning pages and refresh arrows represent new labs and updated material.

New labs & updates

Keep learning with new labs, content improvements and regular updates included in the pack.

Support as you learn. Setup guidance and expert support are included. Get immediate access through your Dynamips dashboard.

YOUR CCNA LAB PATH

Seven modules.
One clear path.

Follow the chapter order of Cisco’s Official Cert Guide, Volume 1 & 2, or revisit a specific skill. Choose a module, then open a chapter to explore its workbooks, labs and learning material.

MODULE 01 / 07

3 chapters

Build your first network.

Networking fundamentals — conceptual illustration Two connected switches form a layered campus network, with linked access nodes.

Explore TCP/IP, Ethernet and WAN connections. Follow how data moves between devices.

  • What the Heck is a Network Anyway? (no theory fluff)
  • Cheat Sheet: Introduction to TCP/IP Networking (only what you need)
  • Lab 1-1: Simple LAN Communication Test
  • Lab 1-2: Simple HTTP Data Transfer Over TCP/IP
  • Lab 1-3: Data Encapsulation and De-encapsulation in TCP/IP with Packet Analysis
  • Lab 1-4: Encapsulation Process in TCP/IP
  • Ethernet Without the Jargon
  • Cheat Sheet: Fundamentals of Ethernet LANs
  • Lab 2-1: SOHO Ethernet LAN Design and Implementation
  • Lab 2-2: Multi-Floor Enterprise LAN Design and Implementation
  • Quiz – Fundamentals of Ethernet LANs
  • WANs, Routing & Real IP Magic
  • Cheat Sheet: Fundamentals of WANs and IP Routing
  • Lab 3-1: Configuring a Leased-Line WAN Between Two Routers
  • Lab 3-2: Comparing HDLC and PPP Encapsulation on WAN Links
  • Lab 3-3: Simulating Ethernet WAN Link Between Two Sites
  • Lab 3-4: Understanding Logical IP Routing Decisions in a Multi-Router Network (Optional)
  • Lab 3-5: Network Layer and Data-Link Layer Encapsulation
  • Lab 3-6: Understanding Dynamic Routing Protocols in a Multi-Router Network (Optional)
  • Lab 3-7: Simulating DNS Name Resolution in a TCP/IP Network (Optional)
  • Lab 3-8: Exploring Address Resolution Protocol (ARP) in a Local Network (Optional)
  • Lab 3-9: Testing IP Connectivity with ICMP (Ping)

MODULE 02 / 07

4 chapters

Get comfortable with the CLI.

CLI and Ethernet switching — conceptual illustration A switch connects three endpoint devices. A small command window represents configuration through the CLI.

Configure switches, manage interfaces and inspect how Ethernet switching works.

  • Meet the CLI – Your New Superpower
  • Cheat Sheet: Using the Command-Line Interface
  • Lab 4-1: Connecting to a Switch Using Console Ports
  • Lab 4-2: Understanding Default Console Port Settings
  • Lab 4-3: Configuring and Using Telnet on a Cisco Router
  • Lab 4-4: Enabling Secure Access with SSH on a Cisco Router
  • Lab 4-5: Exploring CLI Help Features on Cisco Switches
  • Lab 4-6: Managing and Storing Switch Configurations
  • Lab 4-7: Understanding Switch Memory Types and File Management
  • Lab 4-8: Configuring the Default Gateway for Switch Management
  • Lab 4-9: Viewing and Managing the MAC Address Table
  • Lab 4-10: Configuring and Verifying VLANs on a Cisco Switch
  • How Switches Actually Think
  • Cheat Sheet: Analyzing Ethernet LAN Switching
  • Hands-On Lab 5-1: Overview of Switching Logic
  • Hands-On Lab 5-2: Forwarding Known Unicast Frames – Single Switch
  • Hands-On Lab 5-3: Forwarding Decision with Two Switches – First Switch
  • Hands-On Lab 5-4: Forwarding Decision with Two Switches – Second Switch
  • Hands-On Lab 5-5: Learning MAC Addresses on a Switch
  • Hands-On Lab 5-6: Flooding Unknown Unicast Frames
  • Hands-On Lab 5-7: Preventing Ethernet Loops with Spanning Tree Protocol
  • Hands-On Lab 5-8: Demonstrating MAC Learning on a Single Switch
  • Hands-On Lab 5-9: Verifying Switch Interfaces and Counters
  • Hands-On Lab 5-10: Finding Entries in the MAC Address Table
  • Hands-On Lab 5-11: Managing the MAC Address Table (Aging and Clearing)
  • Hands-On Lab 5-12: MAC Address Tables with Multiple Switches
  • Managing Your Switch Like a Pro
  • Cheat Sheet: Configuring Basic Switch Management
  • Hands-On Lab 6-1: Securing the Switch CLI with Simple Passwords
  • Hands-On Lab 6-2: Configuring User Mode Access with Local Usernames
  • Hands-On Lab 6-3: Securing Remote Access with SSH
  • Hands-On Lab 6-4: Enabling and Securing the WebUI
  • Hands-On Lab 6-5: Configuring a Static IP Address on a Switch
  • Hands-On Lab 6-6: Configuring a Switch to Use DHCP for IP Address
  • Hands-On Lab 6-7: Configuring Static IP Address on a Switch
  • Hands-On Lab 6-8: Configuring Dynamic IP Address on a Switch Using DHCP
  • Hands-On Lab 6-9: Verifying and Testing Switch IPv4 Configuration
  • Hands-On Lab 6-10: Managing the Command History Buffer
  • Hands-On Lab 6-11: Enhancing CLI Productivity with Useful Commands
  • Hands-On Lab 6-Final
  • Getting Hands-On with Switch Interfaces
  • Cheat Sheet: Configuring and Verifying Switch Interfaces
  • Hands-On Lab 7-1: Understanding IEEE Autonegotiation
  • Hands-On Lab 7-2: Autonegotiation Results with Parallel Detection Logic
  • Hands-On Lab 7-3: Autonegotiation with a LAN Hub
  • Hands-On Lab 7-4: Using Autonegotiation on Cisco Switches
  • Hands-On Lab 7-5: Exploring Auto-MDIX in Cisco Switches
  • Hands-On Lab 7-6: Configuring and Verifying Interface Descriptions
  • Hands-On Lab 7-7: Configuring Speed and Duplex on a Switch-to-Switch Link
  • Hands-On Lab 7-8: Administratively Controlling Interface State with Shutdown
  • Hands-On Lab 7-9: Removing Configuration with the no Command
  • Hands-On Lab 7-10: Analyzing Switch Interface Status and Troubleshooting Common Issues
  • Hands-On Lab 7-11: Using Interface Counters for Troubleshooting Layer 1 Problems
  • Hands-On Lab 7-Final

MODULE 03 / 07

3 chapters

Build a stable switched network.

VLANs and spanning tree — conceptual illustration Two separate LAN groups share a central switch and a trunk link, illustrating network segmentation.

Practice VLANs, spanning tree, RSTP and EtherChannel with connected topologies.

  • VLANs – Making One Network Feel Like Many
  • Cheat Sheet: Implementing Ethernet Virtual LANs
  • Hands-On Lab 8-1: Creating Two Broadcast Domains with Two Physical Switches and No VLANs
  • Hands-On Lab 8-2: Creating Two Broadcast Domains Using One Switch and VLANs
  • Hands-On Lab 8-3: Multiswitch VLAN Without VLAN Trunking
  • Hands-On Lab 8-4 VLAN 20 Multiswitch VLAN with Trunking
  • Hands-On Lab 8-5: VLAN Trunking Between Two Switches with Native VLAN Misconfiguration
  • Hands-On Lab 8-6: Understanding and Analyzing 802.1Q VLAN Tagging
  • Hands-On Lab 8-7: Testing Layer 2 VLAN Limitations
  • Hands-On Lab 8-8: Routing Between Two VLANs on Two Physical Interfaces
  • Hands-On Lab 8-9: Network with One Switch and Three VLANs
  • Hands-On Lab 8-10: Network with Two Switches and Three VLANs
  • Hands-On Lab 8-11: Traditional Network Design with Separate Voice and Data Connections
  • Hands-On Lab 8-12 Cabling with an IP Phone, a Single Cable, and an Integrated Switch
  • Hands-On Lab 8-13: A LAN Design, with Data in VLAN 10 and Phones in VLAN 11
  • Hands-On Lab 8-14: VLAN and Trunk Troubleshooting Workflow
  • Hands-On Lab 8-15: Confirming and Correcting Access VLANs
  • Hands-On Lab 8-16: Resolving Undefined or Disabled VLANs
  • Hands-On Lab 8-17: Troubleshooting Mismatched Trunking Operational States
  • Hands-On Lab 8-18: Troubleshooting Supported VLAN List on Trunks
  • Hands-On Lab 8-19: Resolving Mismatched Native VLAN on a Trunk
  • Hands-On Lab 8-Final: Comprehensive Real-World VLAN and Inter-VLAN Design
  • STP & RSTP – Saving Your Network from Itself
  • Cheat Sheet: Spanning Tree Protocol Concepts
  • Hands-On Lab 9-1: Understanding the Need for Spanning Tree
  • Hands-On Lab 9-2: Electing the Root Switch
  • Hands-On Lab 9-3: Choosing Each Switch’s Root Port
  • Hands-On Lab 9-4: Choosing the Designated Port on Each LAN Segment
  • Hands-On Lab 9-5: Configuring to Influence the STP Topology
  • Hands-On Lab 9-6: RSTP and the Alternate (Root) Port Role
  • Hands-On Lab 9-7: RSTP States and Processes
  • Hands-On Lab 9-8: Configuring EtherChannel with Three Switches
  • Hands-On Lab 9-9: Configuring PortFast on Access Ports
  • Hands-On Lab 9-10: Configuring BPDU Guard to Protect PortFast Ports
  • Hands-On Lab 9-11: Configuring BPDU Filter to Prevent Loops on PortFast Ports
  • Hands-On Lab 9-12: BPDU Filter to Disable STP on a Port
  • Hands-On Lab 9-13: Enforcing Root Bridge Stability with Root Guard
  • Hands-On Lab 9-14: Preventing Loops with Loop Guard in a Typical STP Design
  • Hands-On Lab 9-15: Preventing Loops with Loop Guard in a Unidirectional Link Scenario
  • Hands-On Lab 9-Final: Comprehensive STP and RSTP Configuration and Testing
  • From Loops to Load-Balancing – Mastering RSTP + EtherChannel
  • Cheat Sheet: RSTP and EtherChannel Configuration
  • Lab 10-1: Configuring and Verifying Rapid PVST+ (RPVST+)
  • Lab 10-2: Load Balancing with Multiple Spanning Trees
  • Lab 10-3: Configuring STP Modes and Standards
  • Lab 10-4: The Bridge ID and System ID Extension
  • Lab 10-5: Configuring Root Bridge Priority and Verifying STP Operation
  • Lab 10-6: Comparing RSTP and RPVST+ Behavior
  • Lab 10-7: Configuring and Verifying STP Port Costs and Roles
  • Lab 10-8: Configuring and Verifying PortFast and BPDU Guard
  • Lab 10-9: Configuring PortFast and BPDU Guard on Trunk Ports
  • Lab 10-10: Configuring and Verifying BPDU Filter
  • Lab 10-11: Global Configuration of PortFast and BPDU Guard
  • Lab 10-12: Configuring and Verifying Root Guard
  • Lab 10-13: Configuring and Verifying Loop Guard
  • Lab 10-14: Configuring a Manual Layer 2 EtherChannel
  • Lab 10-15: Configuring Dynamic EtherChannels Using PAgP and LACP
  • Lab 10-16: Interface Configuration Consistency with EtherChannels
  • Lab 10-17: Configuring and Verifying EtherChannel Load Distribution
  • Lab 10-Final: Advanced EtherChannel, Spanning Tree Enhancements, and Guard Features

MODULE 04 / 07

5 chapters

Make addressing practical.

IPv4 subnetting — conceptual illustration A larger address block divides into four smaller subnet blocks. /24 /26/26/26/26

Work through subnet masks, address ranges and subnet design with hands-on exercises.

  • How to Actually Think About Subnetting
  • Cheat Sheet: Perspectives on IPv4 Subnetting
  • Lab 11-1: Subnetting Defined Through a Simple Example
  • Lab 11-2: Analyzing and Optimizing Subnet Design: Operational vs. Design View
  • Lab 11-3: Determining the Number of Subnets for a Multi-Site Network
  • Lab 11-4: Determining Hosts per Subnet for Scalable Network Design
  • Lab 11-5: One Size Subnet vs. Variable-Length Subnet Masks (VLSM)
  • Lab 11-6: Designing Subnets for 200 Subnets and 200 Hosts per Subnet
  • Lab 11-7: Assigning Subnets to Different Locations with Route Summarization
  • Lab 11-Final: Comprehensive Enterprise Network Subnetting and Optimization Project
  • How to Break Down Any IP Address — Step by Step
  • Cheat Sheet: Perspectives on IPv4 Subnetting
  • Lab 12-1: Class Identification and Default Mask Configuration
  • Lab 12-2: Network and Broadcast Address Calculation
  • Lab 12-3: Public vs. Private IP Addressing with NAT Implementation
  • Lab 12-4: Classful vs. CIDR Addressing Comparison
  • Lab 12-5: Troubleshooting Invalid Addressing in Classful Networks
  • Lab 12-6: Optimizing Public IP Usage with CIDR and Private Networks
  • Lab 12-Final: Comprehensive Final Scenario: Mastering Classful IPv4 Networks
  • How to Actually Read a Subnet Mask
  • Cheat Sheet: Analyzing Subnet Masks
  • Lab 13-1: Subnet Mask Conversion Practice and Analysis
  • Lab 13-2: Subnet Structure Analysis and Host Calculation
  • Lab 13-3: Classful vs. Classless Subnetting Analysis
  • Lab 13-4: CIDR Implementation for Efficient Addressing
  • Lab 13-5: Troubleshooting Subnet Mask Misconfigurations
  • Lab 13-Final: Mastering Subnet Mask Analysis and Optimization
  • How to Analyze Any IP Address and Mask Like a Pro
  • Cheat Sheet: Analyzing Existing Subnets
  • Lab 14-1: Identifying Subnet ID and Broadcast Address Using Binary Methods
  • Lab 14-2: Determining the Usable Address Range in Subnets
  • Lab 14-3: Analyzing Easy and Difficult Subnet Masks
  • Lab 14-4: Analyzing Existing Subnets Using Decimal and Binary Methods
  • Lab 14-5: Subnet Structure Analysis with DHCP and Static Address Allocation
  • Lab 14-Final: Mastering Existing Subnet Analysis
  • Mastering Subnet Design for Real Networks
  • Cheat Sheet: Subnet Design
  • Lab 15-1: Selecting a Single Subnet Mask to Meet Network Requirements
  • Lab 15-2: Analyzing Multiple Subnet Masks for Optimal Network Design
  • Lab 15-3: Analyzing Multi-Octet Subnets with More Than 8 Subnet Bits
  • Lab 15-Final: Advanced Subnet Design and Optimization

MODULE 05 / 07

5 chapters

Follow the path of a packet.

IPv4 routing — conceptual illustration Three routers form a routed triangle. One orange path and one muted backup path connect the devices.

Configure routers and static routes, verify host addressing and troubleshoot IPv4 connectivity.

  • Operating Cisco Routers
  • Cheat Sheet: Operating Cisco Routers
  • Lab 16-1: Basic Router Setup & Initial Configuration
  • Lab 16-2: Configuring Router Interfaces & IP Addressing
  • Lab 16-3: Connecting a Router to a LAN (Inter-VLAN Routing)
  • Lab 16-4: WAN Connectivity Using Serial Interfaces
  • Lab 16-5: Configuring SSH & Secure Remote Access
  • Lab 16-6: Router Interface Status & Troubleshooting
  • Lab 16-7: Understanding Autonegotiation on Ethernet Interfaces
  • Lab 16-8: Using the Aux Port for Remote Access
  • Lab 16-9: Configuring a Basic Static Route
  • Lab 16-10: Configuring and Verifying Default Routing
  • Lab 16-Final: Comprehensive Router Configuration & Troubleshooting
  • Configuring IPv4 Addresses and Static Routes
  • Cheat Sheet: Configuring IPv4 Addresses and Static Routes
  • Lab 17-1: Understanding IP Routing Process
  • Lab 17-2: Configuring IPv4 Addressing & Connected Routes
  • Lab 17-3: Configuring and Verifying Static Routes
  • Lab 17-4: Configuring and Testing Default Routes
  • Lab 17-5: Implementing Host Routes (Specific Host Routing)
  • Lab 17-6: Implementing Floating Static Routes for Failover
  • Lab 17-7: Understanding Longest Prefix Match in Routing Decisions
  • Lab 17-8: Troubleshooting IPv4 Static Routes
  • Lab 17-9: Configuring and Analyzing ARP Behavior in Routing
  • Final Lab 17-Final: Comprehensive Static Routing & Troubleshooting
  • IP Routing in the LAN
  • Cheat Sheet: IP Routing in the LAN
  • Lab 18-1: VLAN Routing with Router 802.1Q Trunks (Router-on-a-Stick – ROAS)
  • Lab 18-2: VLAN Routing with Layer 3 Switch SVIs
  • Lab 18-3: VLAN Routing with Layer 3 Switch Routed Ports
  • Lab 18-4: Implementing and Verifying Layer 3 EtherChannel
  • Lab 18-5: Configuring VLAN Routing on a Router’s LAN Switch Ports
  • Lab 18-6: Troubleshooting Router-on-a-Stick (ROAS) Issues
  • Lab 18-7: Troubleshooting Layer 3 Switch SVI and Routed Port Issues
  • Lab 18-8: Implementing Layer 3 Switching in a Multi-VLAN Campus Network
  • Lab 18-9: Configuring a Layer 3 Switch for Routing with OSPF
  • Lab 18-Final: Comprehensive VLAN Routing & Troubleshooting
  • IP Addressing on Hosts
  • Cheat Sheet: IP Addressing on Hosts
  • Lab 19-1: Configuring and Verifying DHCP Server on a Router
  • Lab 19-2: Configuring and Verifying a DHCP Client on a Switch
  • Lab 19-3: Configuring and Verifying a DHCP Relay Agent
  • Lab 19-4: Troubleshooting Common DHCP Issues
  • Lab 19-5: Configuring Static IP Addressing on Windows, Linux, and macOS
  • Lab 19-6: Configuring and Testing DNS Resolution on Hosts
  • Lab 19-7: Configuring and Verifying APIPA (Automatic Private IP Addressing)
  • Lab 19-8: Analyzing Host Routing Tables in Windows, Linux, and macOS
  • Lab 19-9: Configuring a Router as a DHCP Client
  • Lab 19-Final: Comprehensive IP Configuration and Troubleshooting
  • Troubleshooting IPv4 Routing
  • Cheat Sheet: Troubleshooting IPv4 Routing
  • Lab 20-1: Using Ping for Network Troubleshooting
  • Lab 20-2: Using Extended Ping to Test Reverse Routing
  • Lab 20-3: Using Traceroute for Path Analysis
  • Lab 20-4: Troubleshooting Default Route Issues
  • Lab 20-5: Diagnosing Static Routing Problems
  • Lab 20-6: Troubleshooting Routing Loops

MODULE 06 / 07

4 chapters

Understand your routing decisions.

OSPF routing — conceptual illustration Three adjacent routers form an OSPF area with alternative paths. AREA 0

Build OSPF adjacencies, compare route selection and practice basic and optional features.

  • Understanding OSPF Concepts
  • Cheat Sheet: Understanding OSPF Concepts
  • Lab 21-1: Comparing Dynamic Routing Protocols
  • Lab 21-2: Establishing OSPF Neighbor Adjacencies
  • Lab 21-3: Configuring OSPF Router ID and Its Effect
  • Lab 21-4: Analyzing OSPF Network Types and Neighbor Relationships
  • Lab 21-5: Understanding OSPF LSAs and the LSDB
  • Lab 21-6: Analyzing the SPF Algorithm and Best Route Calculation
  • Lab 21-7: Verifying OSPF Convergence and Topology Changes
  • Lab 21-8: Simulating OSPF Neighbor State Issues and Fixing Them
  • Lab 21-9: Understanding OSPF Designated Router (DR) & Backup DR (BDR)
  • Lab 21-Final: Comprehensive OSPF Neighbor and Route Analysis
  • Implementing Basic OSPF Features
  • Cheat Sheet: Implementing Basic OSPF Features
  • Lab 22-1: Configuring Basic OSPF with Network Commands
  • Lab 22-2: Configuring OSPF Using Interface Mode
  • Lab 22-3: Establishing OSPF Neighbor Adjacencies in a Single Area
  • Lab 22-4: Configuring OSPF Router ID and Its Impact
  • Lab 22-5: Analyzing OSPF Cost and Route Selection
  • Lab 22-6: Implementing OSPF on Point-to-Point Links
  • Lab 22-7: Configuring OSPF on Broadcast Networks with DR/BDR Selection
  • Lab 22-8: Verifying OSPF Operation Using Show Commands
  • Lab 22-9: Troubleshooting Common OSPF Issues
  • Lab 22-10: Advanced OSPF Tuning and Optimization
  • Lab 22-Final: Final OSPF Configuration and Troubleshooting Challenge
  • Implementing Optional OSPF Features
  • Cheat Sheet: Implementing Optional OSPF Features
  • Lab 23-1: Configuring OSPF Network Types
  • Lab 23-2: Understanding OSPF Broadcast Network Type Lab Overview
  • Lab 23-3: Configuring OSPF Point-to-Point Network Type
  • Lab 23-4: Configuring OSPF Passive Interfaces
  • Lab 23-5: Configuring and Verifying OSPF Default Routes
  • Lab 23-6: OSPF Cost and Metrics
  • Lab 23-7: Configuring and Testing OSPF Hello and Dead Intervals
  • Lab 23-Final: OSPF Advanced Configuration and Troubleshooting
  • OSPF Neighbors and Route Selection
  • Cheat Sheet: OSPF Neighbors and Route Selection
  • Lab 24-1: Troubleshooting OSPF Neighbor Adjacency Failures
  • Lab 24-2: Finding and Fixing OSPF Area Mismatches
  • Lab 24-3: Detecting and Resolving Duplicate OSPF Router IDs
  • Lab 24-4: Identifying OSPF Hello and Dead Timer Mismatches
  • Lab 24-5: OSPF Route Filtering and Stub Areas
  • Lab 24-6: Understanding OSPF Route Selection and Administrative Distance
  • Lab 24-7: Configuring OSPF Load Balancing with Equal-Cost Multipath (ECMP)
  • Lab 24-8: Analyzing OSPF Route Redistribution and AD Impact
  • Lab 24-Final: Final OSPF Troubleshooting and Optimization

MODULE 07 / 07

5 chapters

Bring it together with IPv6.

IPv6 addressing and routing — conceptual illustration An IPv6 network prefix connects two routers, representing IPv6 addressing and connectivity. 2001:db8::/64

Configure IPv6 addressing on routers and hosts, plan subnets and verify routing.

  • Getting Comfortable with IPv6 (Don’t Worry, You Got This)
  • Cheat Sheet: Fundamentals of IP Version 6
  • Lab 25-1: IPv6 Address Allocation and Abbreviation
  • Lab 25-2: IPv6 Static Routing
  • Lab 25-3: IPv6 Neighbor Discovery Protocol (NDP)
  • IPv6 Addressing and Subnetting (Finally, This Stuff Makes Sense)
  • Cheat Sheet: IPv6 Addressing and Subnetting
  • Lab 26-1: Configuring and Verifying Global Unicast Addresses in IPv6
  • Lab 26-2: IPv6 Subnetting and Address Allocation
  • Lab 26-3: Configuring and Verifying Unique Local Addresses (ULA) in IPv6
  • Lab 26-4: Configuring and Verifying Link-Local Addresses in IPv6
  • Lab 26-Final: Comprehensive IPv6 Addressing and Routing
  • Configuring IPv6 on Routers (Your First Real-World Setup)
  • Cheat Sheet: Implementing IPv6 Addressing on Routers
  • Lab 27-1: Configuring and Verifying Unicast IPv6 Addresses on Routers
  • Lab 27-2: Configuring IPv6 Addressing Using Modified EUI-64
  • Lab 27-3: Configuring and Verifying Anycast Addresses in IPv6
  • Lab 27-4: Configuring and Verifying Multicast Addresses in IPv6
  • Lab 27-5: Configuring and Verifying Dual-Stack (IPv4 & IPv6) on Routers
  • Lab 27-Final: Comprehensive IPv6 Addressing and Configuration
  • IPv6 on Hosts – How Devices Get Their Addresses (Without Driving You Nuts)
  • Cheat Sheet: Implementing IPv6 Addressing on Hosts
  • Lab 28-1: Understanding and Using Neighbor Discovery Protocol (NDP) in IPv6
  • Lab 28-2: Understanding Router Discovery with Neighbor Discovery Protocol (NDP) in IPv6
  • Lab 28-3: Implementing SLAAC for Automatic IPv6 Address Configuration
  • Lab 28-4: Configuring and Verifying DHCPv6 for Automatic IPv6 Address Allocation
  • Lab 28-Final: Comprehensive IPv6 Host Configuration and Troubleshooting
  • Routing with IPv6 – Connecting It All Together
  • Cheat Sheet: Implementing IPv6 Routing
  • Lab 29-1: Understanding Connected and Local Routes in IPv6
  • Lab 29-2: Configuring Static IPv6 Route Using Outgoing Interface
  • Lab 29-3: Configuring Static IPv6 Route Using Link-Local Address with an Outgoing Interface
View the complete scenario guide ↗

MEET YOUR MENTOR

Learn with Ali.

Founder of Dynamips Network engineer

Ali brings 25 years of experience building networks to a practical approach to learning. Work through real configurations, check what happens and repeat the lab until the process feels familiar.

LEARNER STORIES

What CCNA learners say.

Read more customer stories →
This pack made CCNA finally make sense for me. The labs and workbooks removed all the guesswork and showed me exactly what to do, step by step. I stopped jumping between videos and actually started understanding what I was configuring.

Steve Mastroianni

US

The idea of learning CCNA through labs sounded intimidating at first, but CCNA Full Pack made it surprisingly simple. I’m not very technical, and I almost didn’t buy it. That would’ve been a huge mistake. Everything is clear, structured, and easy to follow.

Juana Dillon

US

If you’re serious about CCNA and still relying only on videos, you’re making it harder than it needs to be. These labs show you exactly how things work. Within a few labs, you start thinking like an engineer instead of a student.

Chris Koehl

US

START YOUR NEXT LAB

Your practice system.
Ready when you are.

CCNA Full Pack

A structured path for beginners, career changers and learners who want more hands-on configuration practice.

  • 313 activities across 7 modules and 29 chapters
  • Step-by-step workbooks with configuration and verification tasks
  • EVE-NG OVA, network images and blank + configured lab files
  • Cheat Sheets, Summaries and Knowledge Checks
  • First-lab videos, quizzes, mock exams and content updates

Get immediate access through your Dynamips dashboard, with setup guidance and expert support.

ONE-TIME PAYMENT · USD

$49

Lifetime access. No recurring subscription.

Get lifetime access →

30-day money-back guarantee

If the pack isn’t right for you, request a full refund within 30 days. No questions asked.

BEFORE YOUR FIRST LAB

A few details.
Clear answers.

Learning format, lab requirements and access — the practical details before you begin.

The pack includes 313 activities across 7 modules and 29 chapters: hands-on EVE-NG labs, guided workbooks, Cheat Sheets, Summaries and Knowledge Checks. You also get prepared lab files, first-lab walkthrough videos, chapter quizzes, full-length mock exams, expert support and regular content updates.

All workbooks are aligned with Cisco’s CCNA 200-301 Official Cert Guide, Volume 1, 2nd Edition. The chapters follow the book’s sequence and turn its topics into practical lab scenarios with configuration and verification tasks.

Yes. The pack starts with networking fundamentals and provides step-by-step instructions. Setup guidance and walkthrough videos for the first labs help you get started with EVE-NG.

No. The labs run virtually in EVE-NG. A prepared OVA and the lab files are included, so you can practice on a compatible computer without physical routers or switches.

The listed minimum lab resources are 6 GB RAM and 3 vCPUs. Make sure your computer can allocate these resources to the lab environment.

You get access immediately after purchase through your Dynamips dashboard. Lab files are available to download and run in EVE-NG.

CCNA Full Pack is $19 per month, billed monthly. You can cancel your subscription anytime.

Yes. You can request a full refund within 30 days if the pack is not right for you. No questions asked.

Plan for roughly three to six months, depending on your experience and practice schedule. Work through the labs at your own pace and revisit them as needed.

CCNA Full Pack focuses on a structured CCNA learning path with dedicated workbooks and study material. EVE-NG Full Pack is a broader collection of virtual device images and labs across several technologies and certifications.

Have a question before you start?

Ask about the pack, your lab setup or where to begin. We’re here to help.

Contact me
Login

CCNA FULL PACK

Start with Module 1.
It’s free.

Create a free account to explore the first module of CCNA Full Pack.

TCP/IP · Ethernet · WAN & routing

Get free access →

No credit card. No payment required.