<br> <br><br> VLAN 10 VLAN 20 VLAN 1 IP Address Trunk<br>Switch 1 Fa0/5-Fa0/6 Fa0/7-Fa0/8 All remaining ports 172.16.1.2/24 Fa0/1, Fa0/2<br>Switch 2 Fa0/5-Fa0/6 Fa0/7-Fa0/8 All remaining ports 172.16.1.3/24 Fa0/1<br><br><br>Notes to students<br><br>Review the following points before the start of the lab exam:<br>&#8226; Depending upon the router model, the interfaces may differ. For example, on some routers Serial0 may be Serial0/0 and Ethernet0 may be FastEthernet0/0.<br>&#8226; The exam is 75 minutes. 15 minutes has been allotted to read the entire lab exam. Then, use the remaining 60 minutes to configure all the requirements.<br><br><br><br>Objective<br><br>Configure the following tasks throughout the exam:<br>&#8226; Configure OSPF<br>&#8226; Configure OSPF authentication<br>&#8226; Configure a default route<br>&#8226; VLAN configuration on Vargas<br>&#8226; Basic switch configuration<br>&#8226; Configure VLANs on the switches<br>&#8226; Configure VLAN trunking<br>&#8226; Configure VTP<br>&#8226; Configure switch port security<br>&#8226; Verify Connectivity<br><br><br>Preconfigurations<br><br>The following items have been preconfigured on the routers and swithes:<br>&#8226; Hostnames on all routers and switches<br>&#8226; Serial interface IP addresses, subnet masks, and the no shutdown command<br>&#8226; The console, telnet, and privileged passwords on all routers and switches<br>&#8226; Clock rates on DCE interfaces<br>&#8226; The topology cabling<br><br>Following are the actual commands already configured on the devices:<br><br>Merida Router<br><br>config t<br>hostname Merida<br>enable secret cisco<br>line con 0<br>password cisco<br>pogin<br>exec-timeout 0 0<br>line vty 0 4<br>password cisco<br>interfaces Ethernet0<br>ip address 192.168.1.1 255.255.255.0<br>no shutdown<br>interface Serial0<br>ip address 172.16.100.2 255.255.255.252<br>clockrate 56000<br>no shutdown<br><br>Vargas Router<br><br>config t<br>hostname Vargas<br>enable secret cisco<br>line con 0<br>password cisco<br>login<br>exec-timeout 0 0<br>line vty 0 4<br>password cisco<br>interface Serial0/0<br>ip address 172.16.100.1 255.255.255.252<br>no shutdown<br><br>Switch 1<br><br>config t<br>hostname Switch1<br>enable secret cisco<br>line con 0<br>password cisco<br>login<br>exec-timeout 0 0<br>line vty 0 15<br>password cisco<br>login<br><br>Switch 2<br><br>config t<br>hostname Switch2<br>enable secret cisco<br>line con 0<br>password cisco<br>login<br>exec-timeout 0 0<br>line vty 0 15<br>password cisco<br>login <br>Configuration Tasks<br><br>Configure OSPF<br><br>Use the following values to configure OSPF on the routers<br>&#8226; Configure Merida with the OSPF router ID of 10.10.10.1.<br>&#8226; Configure Vargas with the OSPF router ID of 10.10.10.2.<br>&#8226; Configure OSPF on Merida and Vargas.<br>&#8226; Configure OSPF so only the following 172.16.0.0 subnets will be routed. In other words, if another 172.16.0.0 interface were enabled on Merida or Vargas, such as 172.16.3.0/24 those subnets would not be propagated with OSPF. The only 172.16.0.0 subnets to be routed are :<br>- 172.16.1.0/24<br>- 172.16.10.0/24<br>- 172.16.20.0/24<br>- 172.16.100.0/30<br><br>&#8226; Apply OSPF cost values to reflect the actual 64k link between Merida and Vargas.<br><br>Configure OSPF Authentication<br>Authenticate OSPF packets between Merica and Vargas using MD5 encryption.<br><br>Configure a Default Route<br>Configure a default route to the internet on Merida router and propagate the default route to Vargas using OSPF<br><br>VLAN Configuration on Vargas<br>Configure the Vargas Fa0/0 interface to trunk for VLAN 1, VLAN 10 and VLAN 20 with ISL encapsulation<br><br>Basic Switch Configuration<br>Use the following IP addresses to configure the switches:<br>&#8226; Configure Switch 1 with VLAN 1 IP address of 172.16.1.2/24<br>&#8226; Configure Switch 2 with VLAN 1 IP address of 172.16.1.3/24<br>&#8226; Configure both switches with the default gateway address of 172.16.1.1.<br><br>Configure VLANS on the switches<br>Use the following values to configure VLANS on switch 1;<br>- On Switch 1 configure the interfaces Fa0/5 and Fa0/6 on VLAN 10.<br>- On Switch 1 configure the interfaces Fa0/7 and Fa0/8 on VLAN 20.<br>- All other interfaces on switch 1 are VLAN 1.<br><br>Use the following values to configure VLANS on Switch 2;<br>- On Switch 2 configure interfaces Fa0/5 and Fa0/6 on VLAN 10.<br>- On Switch 2 configure interfaces Fa0/7 and Fa0/8 on VLAN 20.<br>- All other interfaces on Switch2 are in VLAN 1.<br><br><br> <br>Configure VLAN Trunking<br>Use the following values to configure VLAN trunking on switch 1 and 2;<br>&#8226; Configure trunking between Switch 1 and Switch 2 with ISL encapsulation using port Fa0/1 on both switches.<br>&#8226; Configure Switch1 for trunking between Switch 1 and Vargas with ISL encapsulation using port Fa0/2.<br><br>Configure VTP<br>Use the following values to configure VTP on Switch 1 and 2.<br>&#8226; Configure both Switch 1 and Switch 2 as part of VTP domain Group 1<br>&#8226; Configure Switch 1 as the VTP server and Switch 2 as the VTP client<br>- Create VLAN 10 with the name faculty<br>- Create VLAN 20 with the name student<br><br>Configure switch port security<br>Configure port security on ports F10/5 through Fa0/8 to allow only one host. If the port security is violated then shutdown the port.<br><br>Verify Connectivity<br>All routers and switches should be able to ping the interfaces of the other devices.<br><br> |