Inter VLAN Routing Configuration Example


Inter VLAN Routing Configuration on Packet Tracer (Router on Stick)

VLANs are the virtual LANS that provide divide your big network, into smaller pieces. Many companies use to divide their networks into different departments. We have discussed the basic logic of VLANs in the previous articles.

As you know each VLAN is a seperate VLAN. Each of them is a single network. So at the beginning, there is no communication between VLAN. To enable the communication of these different sub networks, we need Inter VLAN Routing. In other words, this topology called “Router on Stick” topology. Inter VLAN Routing topology or Router on Stick topology is a very common topology for CCNA exams.

You can DOWNLOAD the Packet Tracer example with .pkt format At the End of This Lesson.

In this article, we will use the below Router on Stick topology and we will configure Inter VLAN Routing on Packet Tracer.

router on stick topology, inter VLAN routing

Router on Stick Topology
Router on Stick (Inter VLAN Routing) topology basically consist of one switch and a router. Here, the switch is the place that our VLANs exist and the router is the device that route the traffic.

For Router on Stick topology (Inter VLAN Routing) configuration, we will create router virtual interfaces under the router interfaces. Then, we will assign each of this virtual interface to a specific VLAN. We will also create our VLANs and configure the PCs on that VLAN. For Router on Stick topology (Inter VLAN Routing), we will use one switch, one router and six PCs in Packet Tracer. And we will have 3 VLANs.

Let’s start to configure our Router on Stick topology (Inter VLAN Routing).

We will use, and blocks for our Packet Tracer Router on Stick topology example. The first block will be for VLAN 2, the second will be for VLAN 3 and the last one will be for VLAN 4.

Firstly, we ll configure the IP addresses of the PCs on Packet Tracer like below.

PC0 :
GW :


PC1 :
GW :


PC2 :
GW :


PC3 :
GW :


PC4 :
GW :


PC5 :
GW :

Here, the gateway addresses of the PCs will be the IP address of router virtual interfaces. Each router virtual interface will have an IP addresses as gateway of one of the VLANs.

Now, let’s configure our VLANs and assign the interfaces to these VLANs. Firstly we will create VLAN 2,3 and 4. Then, we will enter the interface range and configure the interface range as access interface. Lastly, we will assign the interface to a specific VLAN with “switchport access vlan” command.

Switch (config) # vlan 2
Switch (config-vlan) # vlan 3
Switch (config-vlan) # vlan 4
Switch (config-vlan) # exit
Switch (config) # interface range fastEthernet 0/2-3
Switch (config-if-range) # switchport mode access
Switch (config-if-range) # switchport access vlan 2
Switch (config-if-range) # exit
Switch (config) # interface range fastEthernet 0/4-5
Switch (config-if-range) # switchport mode access
Switch (config-if-range) # switchport access vlan 3
Switch (config-if-range) # exit
Switch (config) # interface range fastEthernet 0/6-7
Switch (config-if-range) # switchport mode access
Switch (config-if-range) # switchport access vlan 4
Switch (config-if-range) # exit

Our VLAN configurations are OK on the switch now. Let’s verify the VLANs.

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Lesson tags: VLANs, cisco packet tracer, inter vlan routing
Back to: CCIE > Inter VLAN Routing

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