Lab M: Process of Building MAC Address Table

We know that a switch has many advantages over a hub. One of the major reason behind switch’s popularity over hub is its Unicast transmission method. A Switch has ability to transmit a frame only to a device that deserve to receive it. For this, switch uses its …

Lab 118: Configuring DHCP on Router

DHCP stands for Dynamic Host Configuration Protocol. It is a service which allows you to configure TCP/ IP settings such as IP address and subnet mask on the clients (PC, laptop, printer, etc.) automatically. Typically, DHCP is configured on a dedicated server for better performance. The server can …

Lab 117: Configuring EIGRP for IPv6 (EIGRPv6)

EIGRP for IPv6 or EIGRPv6 is the IPv6 compatible version of EIGRP routing protocol. The basic features of EIGRPv6 routing protocol remain same as EIGRP routing protocol. In order to configure EIGRP for IPv6, first of all, you should be familiar with the basics of EIGRP protocol. To …

Lab 116: Configuring RIP for IPv6 (RIPng)

Similar to IPv4 compatible routing protocol, there are also IPv6 compatible protocols such as RIPng and EIGRPv6. If your network is based on IPv6 addressing scheme, you have to configure an IPv6 Routing protocol to perform the routing functions. In this lab exercise, we will explain how to …

Lab 115: Implementing IPv6 Addressing

IPv6 is the next generation of IPv4 IP addressing scheme. IPv6 addressing supports more addresses and security features than IPv4 IP addressing scheme. Most of the people think that configuring IPv6 addresses is difficult than IPv4. However, trust me, once you become familiar with the IPv6 you will …

Lab 114: Route Redistribution between OSPF and EIGRP

We will use the following topology to demonstrate how to perform redistribution between EIGRP and OSPF. We assume that all the devices have already configured with the appropriate IP addresses. 1.  Once you have configure IP addresses, execute the following commands to configure EIGRP routing on Router1. Router1( …

Lab 113: Route Redistribution between OSPF and RIP

We will use the following topology to demonstrate how to perform redistribution between RIP and OSPF. We assume that all the devices have already configured with the appropriate IP addresses. 1.  Once you have configure IP addresses, execute the following commands to configure RIP routing on Router1. Router1( …

Lab 112: Route Redistribution between RIP and EIGRP

We will use the following topology to demonstrate how to perform redistribution between RIP and EIGRP. We assume that all devices have configured with appropriate IP addresses. 1.  Once you have configure IP addresses, execute the following commands to configure RIP routing on Router1. Router1( config)# router rip …

Lab L: Route Redistribution Basics

Route redistribution is a technique that allows routes learned by one routing protocol or algorithm to be advertised into another routing protocol or algorithm. For the simplicity and ease of management of an internetwork, it is always preferred to use a single routing protocol or algorithm. However, this …

Lab 111: Configuring IPX Routing

Before configuring IPX routing, we assume that you know the basics of Novel IPX Protocol Stack. Once you are familiar with the basics of Novell’s IPX/ SPX model, you can start to configure IPX on the Cisco routers. To be honest, configuring IPX is more easy as compared …