Router on a stick configuration cisco pdf#
You can also download packet tracer configuration File of this lab and inter vlan PDF from here.Название: Guide to Cisco Routers Configuration: Becoming a Router Geek, 2nd Edition If you have trouble with this lab you can watch Router on stick configuration Video:ĭownload packet tracer router on stick configuration In case of correct configuration this ping will be successful. First, ping their gateway to see if they can reach the router and then ping the PC3 from PC0 or PC1. Once you have done the above configurations you can now begin the process of verifying our configurations. See the following figure to verifying this configurations: For vlan 33 hosts have the gatway 192.168.33.3 because we have configured a sub interhace on router for this vlan with IP 192.168.33.3 and 192.168.33.4 will be gateway for vlan 44.
Router on a stick configuration cisco Pc#
Router(config-subif)# encapsulation dot1Q 44 PC or Host configurations:Īssign the IPs as per diagram and set the default gateway IP address for hosts. Router(config)# interface fastEthernet 0/0.44 Router(config-subif)# encapsulation dot1Q 33 Router(config)# interface fastEthernet 0/0.33 interface fastEthernet 0/0.33 & interface fastEthernet 0/0.44 we will create two sub interfaces in this lab i.e. The first command you should do is a no shutdown and then you need to use “’Sub-Interfaces” in order to use one physical interface to represent two virtual interfaces. Identify the interface on the router you used for the trunk to the switch. We will need to configure our router to accept frames over our trunk for both VLANs 33 and 44. Use the “ switchport mode trunk” and “switchport trunk” commands to accomplish this task. We will also set the layer 2 trunking encapsulation type, there are 2 for these switches, ISL (Cisco) andĭot1Q, Dot1Q being an open standard. Switch(config-if)# switchport trunk encapsulation dot1q Switch(config)# interface fastEthernet 0/1 A trunk will allow for multiple VLANs to traverse the connection to the other device so that it can be processed. We will accomplish this by setting up a link called a trunk. Host ports associated with the proper VLANs, we now need to allow this VLAN traffic to be brought up to the router to be “routed”. There are five ports of switch which are involve in this lab, port fastEthernet 0/1 is connected to swich therefore we configure this port as trunk with encapsulation dot1q for inter-vlan routing. Switch(config-if-range)# switchport access vlan 44 Switch(config)# interface range fastEthernet 0/4 – 5 Creating vlan 33Ībove Command will create the vlan 33 automatically on switch. Switch(config-if-range)# switchport access vlan 33 Switch(config-if-range)# switchport mode access Switch(config)# interface range fastEthernet 0/2 – 3 We will assign the vlan 33 to port2 and port3 as it is in vlan 33, while other ports will be assign with vlan 44. Configure the each device according to following configuration.įour ports are required to be configured as access ports because these ports are connected with the PCs. We can configure an IP address on each sub-interface in order to make communication possible between different Vlans.ĭesign the lab according to following figure and we have four PC/host PC0 & PC1 are belongs to vlan 33 and PC2 & PC3 are belong to vlan 44. In this lesson I will show you how you can use a router connecting different Vlans with each other with single switch & this is known as “router on a stick” or “inter-vlan routing”.įor inter clan routing you are required to create the sub-interfaces for each vlan on a router. You require a router if you want to interconnect VLANs with each other. Router on a stick configuration on Packet Tracerīy default the nodes associated to same vlans can communicate with each other in switching environment.
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