Vlsm addressing

This chapter compare and contrast classful and classless IP addressing, review VLSM and explain the benefits of classless IP addressing, describe the role of the Classless Inter-Domain Routing (CIDR) standard in making efficient use of scarce IPv4 addresses.

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Chapter 6 introduce VLSM and CIDR. This chapter compare and contrast classful and classless IP addressing, review VLSM and explain the benefits of classless IP addressing, describe the role of the Classless Inter-Domain Routing (CIDR) standard in making efficient use of scarce IPv4 addresses.

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When the ARPANET was commissioned in 1969, no one anticipated that the Internet would explode out of the humble beginnings of this research project. Over the next decade, the number of hosts on the Internet grew exponentially, from 159,000 in October 1989 to over 72 million by the end of the millennium. As of January 2007, there were over 433 million hosts on the Internet.

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When you’re subnetting an IP address for a network you have two options: classful and classless. Classful subnetting is the simplest method. It tends to be the most wasteful because it uses more addresses than are necessary. In classful subnetting you use the same subnet mask for each subnet, and all the subnets have the same number of addresses in them. Classless addressing allows you to use different subnet masks and create subnets tailored to the number of users in each group. This technique is referred to as VLSM....

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Configuration requirements: (65 marks) 1. Calculating the subnet addressing for the lab using the VLSM technique and note all information needed on the topology.(10) 2. Perform Basic Router Configurations all Routers.(5) 3. In each LAN, configure the second usable host address for PC1 and the last usable host address for PC2.(5) 4. Enable routing on HQ, BRANCH1, and BRANCH2 by using the dynamic routing protocol as EIGRP.(Using wildcard mask, AS number = 1).(30) 5. Configure the static route for the Internet connection (10) 6.

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Calculating the subnet addressing for the lab using the VLSM technique and note all information needed on the topology.(10) 2. Perform Basic Router Configurations all Routers.(5) 3. In each LAN, configure the second usable host address for PC1 and the last usable host address for PC2.(5) 4. Enable routing on HQ, BRANCH1, and BRANCH2 by using the dynamic routing protocol as EIGRP.(Using wildcard mask, AS number = 1).(30)

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Calculating the subnet addressing for the lab using the VLSM technique and note all information needed on the topology. 2. Perform Basic Router Configurations all Routers. 3. In each LAN, configure the second usable host address for PC1 and the last usable host address for PC2. 4. Enable routing on HQ, BRANCH1, and BRANCH2 by using the dynamic routing protocol as EIGRP.(Using wildcard mask, AS number = 1).

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Calculating the subnet addressing for the lab using the VLSM technique and note all information needed on the topology. 2. Perform Basic Router Configurations all Routers. 3. In each LAN, configure the second usable host address for PC1 and the last usable host address for PC2. 4. Enable routing on R1,R2, R3, R4, R5 and R6 by using the dynamic routing protocol as EIGRP.

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Calculating the subnet addressing for the lab using the VLSM technique and note all information needed on the topology.(60 marks) In each LAN, configure the second usable host address for PC1 and the last usable host address for PC2.(5 marks) Perform Basic Router Configurations all Routers.(10 marks) Enable routing on R1, R2, R3 and R4 by using the static routing protocol.(5 marks)

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Configuration requirements: (8 marks) 1. Calculating the subnet addressing for the lab using the VLSM technique and note all information needed on the topology. 2. In each LAN, configure the second usable host address for PC1 and the last usable host address for PC2. 3. Perform Basic Router Configurations all Routers. 4. Enable routing on R1, R2, R3 and R4 by using the static routing protocol.

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Calculating the subnet addressing for the lab using the VLSM technique and note all information needed on the topology. In each LAN, configure the second usable host address for PC1 and the last usable host address for PC2. Perform Basic Router Configurations all Routers. Enable routing on R1, R2, R3 and R4 by using the static routing protocol.

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Calculating the subnet addressing for the lab using the VLSM technique and note all information...

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Co pa e and contrast classful and classless Compare a d co as c ass u a d c ass ess IP addressing. Review VLSM and explain the benefits of classless IP addressing. Describe the role of the Classless Inter-Domain Inter Domain Routing (CIDR) standard in making efficient use of scarce IPv4 addresses In addition to subnetting, it became possible to summarize a large collection of classful networks into an aggregate route, or supernet.

42p 0984272663 27-04-2011 88 8   Download

VLSM and CIDR. Objectives: Compare and contrast classful and classless IP addressing. Review VLSM and explain the benefits of classless IP addressing. Describe the role of the Classless Inter-Domain Inter Domain Routing (CIDR) standard in making efficient use of scarce IPv4 addresses In addition to subnetting, it became possible to summarize a large collection of classful networks into an aggregate route, or supernet.

42p thanhtung_hk 05-11-2010 126 34   Download