Build your CCNA practice skills
Every lab comes with the task, the starting configuration, a topology diagram and a step-by-step solution with the exact commands — plus a downloadable Packet Tracer file.
GRE Tunnel Lab: Configuration and Verification (Free CCNA Lab)
A practical lab exercise with step-by-step explanations and a Packet Tracer file available for download.
Open labCCNA Lab: NAT, DHCP and SSH
Configure NAT, DHCP, and secure SSH management while verifying connectivity and essential IP services in a Cisco network.
Open labCCNA Lab: Named ACL and DHCP Snooping
Configure network access control and DHCP Snooping to filter traffic and protect the switched network from rogue DHCP servers.
Open labCCNA Lab: OSPF DR Election
Configure and troubleshoot OSPF on a multi-access network, focusing on DR and BDR election and neighbor relationships.
Open labCCNA Lab: PAT, NTP and DHCP Relay
Configure PAT, NTP, and DHCP Relay to provide address translation, time synchronization, and centralized DHCP services.
Open labStatic Routing Configuration Sim 6
Configure multiple static routes and verify packet forwarding between remote networks using the Cisco IOS routing table.
Open labStatic Routing Configuration Sim 5
Build static routing between connected networks and troubleshoot route selection to achieve reliable end-to-end connectivity.
Open labCCNA Lab: Trunking, Native VLAN and LACP
Configure 802.1Q trunking, native VLAN settings, and LACP to provide reliable VLAN transport and link aggregation.
Open labIPv4 and IPv6 Assignment Sim 2
Configure IPv4 and IPv6 addresses on network devices and verify correct addressing, interfaces, and end-to-end connectivity.
Open labCCNA Lab: 802.1Q Trunking and LACP
Configure VLAN trunking and LACP EtherChannel between switches to transport VLAN traffic across aggregated links
Open labCCNA Lab: Allowed and Native VLAN, LACP 2
Configure allowed VLANs, native VLAN settings, and LACP to control trunk traffic and build resilient switch connections.
Open labVLAN Configuration Sim
Create and configure VLANs, assign switch ports, and verify proper Layer 2 segmentation and connectivity between hosts.
Open labCCNA Lab: Trunking and LACP
Configure switch trunk links and LACP EtherChannel to carry multiple VLANs while providing link redundancy and bandwidth.
Open labOSPF Configuration Sim 3
Configure OSPF routing between Cisco routers, establish neighbor adjacencies, and verify dynamic route exchange across the topology.
Open labOSPF Configuration Sim 2
Build an OSPF network by configuring router interfaces, forming adjacencies, and verifying learned routes in the routing table.
Open labCCNA Lab: VLANs, CDP and LLDP
Configure VLANs and use CDP and LLDP to discover neighboring devices and verify the physical network topology.
Open labIPv4 and IPv6 Assignment Sim
Configure IPv4 and IPv6 addressing on routers and hosts, then verify interface status and connectivity across the network.
Open labCCNA Lab: VLANs and CDP 2
Configure VLANs and use Cisco Discovery Protocol to identify connected devices and verify switch-to-switch network connections.
Open labIPv4 and IPv6 Connectivity Sim
Troubleshoot IPv4 and IPv6 connectivity by checking addressing, interfaces, gateways, and routing between network segments.
Open labStatic Routing Configuration Sim 4
Configure static routes between multiple networks and verify the routing table and end-to-end packet forwarding.
Open labCCNA Lab: Allowed VLANs, Native VLAN and LACP
Configure allowed VLANs, native VLANs, and LACP to control trunk traffic and establish an efficient aggregated switch link.
Open labCCNA labs for Packet Tracer
Reading about VLANs or OSPF is not the same as configuring them. These CCNA labs give you a topology, initial configurations and a list of tasks of the kind the CCNA 200-301 exam expects you to do from the command line: VLANs and 802.1Q trunks, EtherChannel with LACP, IPv4 and IPv6 addressing, static routing, OSPF, NAT, NTP, DHCP relay, access lists, DHCP snooping, CDP and LLDP.
Every lab comes with a Packet Tracer file and a full solution that includes the verification commands and the output you should see, so you can check each step yourself. Try the free GRE tunnel lab to see how the labs are built.
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