CSN205 Lab 3 Subnetting (1)

.docx

School

Seneca College *

*We aren’t endorsed by this school

Course

305

Subject

Computer Science

Date

Feb 20, 2024

Type

docx

Pages

Uploaded by CorporalRamPerson956 on coursehero.com

Lab 3 – Subnetting (5%) Student Full Name_____________________________ _________/100 Marks To submit: 1. Rename this file as LastNameFirstName_CSN205Lab3 . Save it using PDF . Use a RED font to write your answers . Resize the screenshots to make them easily readable. Upload this document including all your answers and screenshots. 2. Name the PT file as LastNameFirstName_CSN205Lab3.pkt . Upload it as you finish all the steps. (10% deducted if this file is missed in your submission) 3. Set username as your first/last name and enable password as your student ID. Topology Objective Use variable-length subnet mask (VLSM) to support efficient use of the assigned IP addresses and, to reduce the amount of routing information at the top level. Background A class C address of 192.168.10.0/24 has been allocated for a company with four branches (Oakville, Burlington and Mississauga) connected to a central site in Toronto. Oakville, Burlington, and Mississauga have a WAN connection to Toronto. Oakville requires 60 hosts. Toronto requires 28 hosts. Burlington and Mississauga each require 12 hosts. The topology shows three routers, one per city, connected via serial links. Use Cisco 2811 routers. Turn off and insert two HWIC-2T 2-port Serial High-Speed WAN Interface Cards in the slot 0 and 1 of Toronto’s router; do it similarly with one card in each one of the other three cities. Turn back on all the routers to start configuring them. Replace this figure with a screenshot of your topology from Packet Tracer. To calculate VLSM subnets and the respective hosts allocate the largest requirements first from the address range. Requirements levels should be listed from the largest to the smallest. Calculate the subsequent levels according to the amount of hosts in each city. Indicate all the IPV4 addresses and subnet masks using the dotted decimal format. Additionally, indicated the equivalent slash (/) number equivalent to the subnet mask in each case. © 2024 Cisco and/or its affiliates. All rights reserved. This document is Cisco Public. Page 1 of 3

1. Sub-network 1: Calculate the subnetting parameters corresponding to the largest subnet. Show all your work here: Fill the table below with the required values for the largest subnet. City Subnet address First available user address Last available user address Broadcast address for this subnet 2. Sub-network 2: Calculate the subnetting parameters corresponding to the second largest subnet. Show all your work here: Fill the table below with the required values for the second largest subnet. City Subnet address First available user address Last available user address Broadcast address for this subnet 3. Sub-network 3: Calculate the subnetting parameters corresponding to the third and fourth largest subnets. Show all your work here: Fill the table below with the required values for the third and fourth largest subnets. City Subnet address First available user address Last available user address

Your preview ends here

Eager to read complete document? Join bartleby learn and gain access to the full version

Access to all documents
Unlimited textbook solutions
24/7 expert homework help