CNET301 Assignment 3 - A Small Network Design - Fall 2020 rev1 PDF

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LAB 3...

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Centennial College - SETAS /ICET

CNET301 – Fall 2020

CNET301 - Network Design and Test Fall 2020 Assignment 3: A Small Network Design Student Name: NWACHUKWU KELECHI Student Number: 301107890 Date: 10/21/2020 (Month Day Year) Student will be performing this lab assignment individually. Caveat: These labs have been revised to accommodate our current environment, On-line, Teaching/Learning at a Distance. COVID-19 Lab experiments/assignments account for 20% weight towards your final course grade evaluation. Tools Required for this Lab Assignment:

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Computer Operating System; Windows 10, Linux 64 bit, macOS (latest version) o Microsoft Edge, Mozilla Firefox, Google Chrome o o o

Adobe Reader, or pdf compatible Snipping Tool Notepad, Text editor

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Internet Access Microsoft Office (Word, Excel, PowerPoint) o Optional Microsoft Visio

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Cisco Packet Tracer software o Version 7.2.2 or later or as otherwise noted by our Faculty Networking Team o Assumption that students have downloaded, installed and are familiar with using Cisco Packet Tracer simulation software. In addition, having completed the Introduction to Packet Tracer NetAcad online course covering Module/Chapters 1 to 4.

Recommended websites:

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Cisco Systems o o

o o

https://www.cisco.com/ https://search.cisco.com/search?query=1900%20Series%20Integrated%20Services %20Routers&locale=enUS&bizcontext=&cat=Uncategorized&mode=text&clktyp=click&is tadisplayed=false&tareqid=&categoryvalue= https://www.cisco.com/c/en/us/support/routers/4321-integrated-servicesrouter/model.html?dtid=osscdc000283 https://www.cisco.com/c/en/us/support/switches/catalyst-2960-24tt-lswitch/model.html?dtid=osscdc000283

GSANCHE CNET301 – Network Design & Test/Assignment 3/

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CNET301 – Fall 2020

Other websites can be used or as directed by the Instructor.

Please exhibit the following when completing this assignment: -

Input your answers in red text. For the network diagram; use PowerPoint or Visio and add it to the Word document. Embed your completed Cisco Packet Tracer .pkt file into the Word document or as a separate file into the assignment folder/dropbox in eCentennial. Save the document with your name and submit it into the appropriate assignment folder/dropbox in eCentennial. ALL lab assignments are due at the end of each lab class unless otherwise stated.

Lab Assignment - Network Components and Devices PT Router(s) and Switch(es): PT Cisco ISR 1941 or 4321 router PT Cisco Catalyst 2960 switch

PT End Device(s): PT Computer PT Laptop

PT Cables: As required

Important Note: This assignment assumes that you will be using a Cisco 1941 ISR router. If you are planning to use Cisco 4321 ISR router; note the following in regards to the router interface types; Cisco 1941 ISR -

GigabitEthernet 0/0 and 0/1 Serial 0/0/0 and Serial 0/0/1 (default module/slot location HWIC 0 using HWIC-2T)

Cisco 4321 ISR or

GigabitEthernet 0/0/0 and 0/0/1 Serial 0/1/0 and Serial 0/1/1 (NIM 1 module/slot location using NIM-2T) Serial 0/2/0 and Serial 0/2/1 (NIM 2 module/slot location using NIM-2T)

GSANCHE CNET301 – Network Design & Test/Assignment 3/

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Centennial College - SETAS /ICET

CNET301 – Fall 2020

Assignment 3 - Your Design Task In Assignment 2; you’ve designed, implemented, configured and tested a small network using 1 Cisco router and 2 Cisco switches. Your network has changed and grown to a 3 site/location network; Headquarters (HQ) in Ottawa, branch office (B1) in Montreal and another branch office (B2) in Toronto. The following hardware equipment and network design specs are listed below; HQ has a Cisco 1941/4321 router and Cisco 2960 switch B1 has a Cisco 1941/4321 router and Cisco 2960 switch B2 has a Cisco 1941/4321 router and Cisco 2960 switch The WAN connections between HQ & B1 and HQ & B2 is a serial connection at 128Kbps. We also have a WAN connection between B1 and B2 with a serial connection, also at 128Kbps. B1 and B2 router Ethernet interfaces are Gigabit Ethernet connections; which port(s) on the Cisco switch can accommodate a Gigabit Ethernet connection? Record your answer here; __________________________________________________ Use the first available Ethernet port interface as noted in your answer and connect a cable to their respective B1 & B2 router interface. Further information will be provided below. Montreal and Toronto branches each have 2 workstations, and they are connecting to FastEthernet port 1 and port 13 on their respective B1 & B2 switches HQ Ottawa; there will be a host PC labelled PC ‘Z’ with a statically assigned IP address of 10.xx.10.10/24 to be connected on port 1 on HQ Cisco 2960 switch. Use GigabitEthernet 0/1 of the HQ Cisco 2960 switch and connect this interface to HQ Cisco router GigabitEthernet 0/1. Routing Which IPv4 dynamic routing protocol is non-proprietary and can scale for a large network? OSPF Please use this routing protocol for all 3 routers. HQ, B1 and B2 are connected to the backbone of this network, which area number would we use? AREA 0 Use this area # for your routing protocol network area. On router HQ, configure a default static route to ‘Loopback 1’ and propagate this static route into your routing protocol. Loopback 1 to simulate ISP internet connection/host. Record the static route command for the HQ router: ip route 0.0.0.0 0.0.0.0 Loopback1

Record the command to propagate the static route into the routing protocol for the HQ router: default-information originate

GSANCHE CNET301 – Network Design & Test/Assignment 3/

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CNET301 – Fall 2020

Ottawa HQ Your LAN assigned network address space for HQ Ottawa is 172.30.xx.0 with a subnet mask of 255.255.255.0. The letter “xx” represents your last two digits of your student number ID. - HQ Ottawa Cisco router GigabitEthernet 0/1 will have IP address 172.30.xx.1/24. There will be a host PC labelled PC ‘Z’ with a statically assigned IP address of 172.30.xx.10/24 to be connected on port 1 on HQ Cisco 2960 switch. HQ Ottawa will have a virtual Loopback 1 interface to simulate a connection to an ISP. This interface ‘Loopback 1’ will have an assigned ip address of 1.1.1.1 subnet mask of 255.255.255.252. Montreal B1 and Toronto B2 – IP addressing and VLANs Your LAN assigned network address space for B1 and B2 is 172.17.xx.0 with a subnet mask of 255.255.255.0. The letter “xx” represents your last two digits of your student number ID. Your WAN assigned network address space is 192.168.x.0 with a subnet mask of 255.255.255.0. The letter “x” represents your rack number (2 to 8) For your LAN IP addressing requirements, 50 percent is allocated to Montreal B1 and the other 50 percent to Toronto B2. For your WAN IP addressing, use point-to-point addressing Montreal branch will have two subnets, with VLAN 10 starting on switch port FE 0/1 ending at FE 0/11 and VLAN 20 starting on FE 0/13 ending at FE 0/23. Ensure your subnet addressing meets the total number of switch ports per VLAN and does not exceed. Montreal branch host PCs (PC ’A’ & PC ’B’) will received their IP addressing from the DHCP services of B1 router. Toronto branch will have two subnets, with VLAN 30 starting on switch port FE 0/1 ending at FE 0/11 and VLAN 40 starting on FE 0/13 ending at FE 0/23. Ensure your subnet addressing meets the total number of switch ports per VLAN and does not exceed. Toronto branch host PCs (PC ’C’ & PC ’D’) will received their IP addressing from the DHCP services of B2 router. Complete the IP addressing and VLAN Table with the given information above. NOTE: Your network device labelling and hostname convention will be very similar to Assignment 2. Note the information at the bottom of Table 1. As Network Designers, you will determine your IP addressing and VLAN plan as well as drawing a detail network topology diagram using PowerPoint or Visio. A copy or screenshot of your PT network is NOT permitted as your detail network topology diagram. GSANCHE CNET301 – Network Design & Test/Assignment 3/

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CNET301 – Fall 2020

Complete the IP Addressing and VLAN Table 1 below: Table 1 - IP Addressing and VLAN Site/Device

Interface

IP Address

Subnet Mask

Default Gateway

VLAN

Ottawa HQ HQR?-CR-#-Student#

HQR?-CS-#-Student#

Loopback 1 (ISP host)

1.1.1.1

255.255.255.252

n/a

Gi 0/1 connection to HQ switch 1

172.30.89.1

255.255.255.0

n/a

S 0/0/0 connection to ?? (your design)

192.168.1.1

255.255.255.252

n/a

S 0/0/1 connection to ?? (your design)

192.168.1.5

255.255.255.252

n/a

Fa 0/1 connection to PC ‘Z’

n/a

n/a

n/a

n/a

Gi 0/1 connection to HQ router 1

n/a

n/a

n/a

n/a

GSANCHE CNET301 – Network Design & Test/Assignment 3/

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CNET301 – Fall 2020

Montreal B1 172.17.89.1(g0/1.10) 172.17.89.17(g0/1.20)

B1R2–CR-2301107890

B1R2–CR-2301107890

Gi 0/1 connection to B1 switch 1

255.255.255.240

n/a

S 0/0/0 connection to ?? (your design)

192.168.1.2

x.x.x.x

n/a

S 0/0/1 connection to ?? (your design)

192.168.1.9

x.x.x.x

n/a

Fa 0/1 connection to PC 'A' VLAN 10

n/a

n/a

n/a

10

Fa 0/13 connection to PC 'B' VLAN 20

n/a

n/a

n/a

20

Gi 0/1 connection to B1R?-CR-#-Student# Gi 0/1

n/a

n/a

n/a

Trunk

255.255.255.240

n/a

Toronto B2

B1R2–CR-3301107890

B2R? –CS-#-Student#

172.17.89.33(g0/1.30) Gi 0/1 connection to B2 switch 1

172.17.89.49(g0/1.40)

S 0/0/0 connection to ?? (your design)

192.168.1.10

255.255.255.252

n/a

S 0/0/1 connection to ?? (your design)

192.168.1.6

255.255.255.252

n/a

Fa 0/1 connection to PC 'A' VLAN 30

n/a

n/a

n/a

30

Fa 0/13 connection to PC 'B' VLAN 40

n/a

n/a

n/a

40

GSANCHE CNET301 – Network Design & Test/Assignment 3/

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Centennial College - SETAS /ICET Gi 0/1 connection to B2R?-CR-#-Student# Gi 0/1

CNET301 – Fall 2020 n/a

n/a

n/a

Trunk

Montreal B1 PC 'A'- Student#

NIC

x.x.x.x via CR-1 DHCP

x.x.x.x via CR-1 DHCP

x.x.x.x via CR-1 DHCP

n/a

PC 'B'- Student#

NIC

x.x.x.x via CR-1 DHCP

x.x.x.x via CR-1 DHCP

x.x.x.x via CR-1 DHCP

n/a

PC 'C'- Student#

NIC

x.x.x.x via CR-1 DHCP

x.x.x.x via CR-1 DHCP

x.x.x.x via CR-1 DHCP

n/a

PC 'D'- Student#

NIC

x.x.x.x via CR-1 DHCP

x.x.x.x via CR-1 DHCP

x.x.x.x via CR-1 DHCP

n/a

NIC

172.30.xx.10

255.255.255.0

172.30.xx.1

n/a

Toronto B2

Ottawa HQ PC’Z’- Student#

NOTES: x refers to your IP addressing/subnet mask; ? refers to your rack/pod number; # refers to your router or switch number; Student# refers to your student number ID.; ?? refers to B1, B2 or HQ

NOTE: xx is your last two digits of your student number.

Cabling Notes: When connecting between the Cisco router and Cisco switch, use the GigabitEthernet ports on the Cisco switches.

GSANCHE CNET301 – Network Design & Test/Assignment 3/

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Centennial College - SETAS /ICET

CNET301 – Fall 2020

NOTE: Using Cisco PT, when configuring network devices e.g.: routers and switches, you must use a computer or laptop and connect using the console cable. Your PT topology and file must show console connection(s). Also, add the appropriate description information for each Router and Switch interface being used. Use PowerPoint or Visio to draw a detail network topology diagram showing all network equipment, cabling, and other pertinent information. Insert your network topology diagram here

PCZ G0/1 MontrealB1R2–CR-2301107890 S0/0

G0/1

S0/0

S0/1

S0/1

TORONTO B1R2–CR-3301107890

G0/1

OTTAWA HQR1-CR-1301107890

G0/1

G0/1

G0/1 F0/1

PCA VLAN 10

F0/1

F0/1 3

PC B VLAN 20

GSANCHE CNET301 – Network Design & Test/Assignment 3/

PC C VLAN 30

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F0/1 3

PC D VLAN 40

Centennial College - SETAS /ICET

CNET301 – Fall 2020

Building, Configuring and Testing: Once you have completed your IP Addressing & VLAN Table as well as your networking topology diagram, please proceed with the physical/logical cable connections and configurations of your small/medium network design using Cisco PT. Once you have completed the implementation of your network, test your network design; -

Ping from host PC ‘A’ to host PC ‘B’, host PC ‘C’ and host PC ‘D’ Ping from host PC ‘D’ to host PC ‘C’, host PC ‘B’ and host PC ‘A’ Ping from host PC ‘Z’ to PC ‘A’, host PC ‘B’, host PC ‘C’ and host PC ‘D’ Ping and Traceroute test from PC ‘A’ to Loopback 1 ISP Ping and Traceroute test from PC ‘D’ to Loopback 1 ISP

Provide supporting screenshots of the above Ping and Traceroute testing. You should have ‘successful pings and traceroutes’, if not, troubleshoot your network. Ping and Traceroute Screenshot(s) here!

GSANCHE CNET301 – Network Design & Test/Assignment 3/

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CNET301 – Fall 2020

Ping from host PC ‘A’ to host PC ‘B’, host PC ‘C’ and host PC ‘D’

GSANCHE CNET301 – Network Design & Test/Assignment 3/

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CNET301 – Fall 2020

Ping from host PC ‘D’ to host PC ‘C’, host PC ‘B’ and host PC ‘A’

GSANCHE CNET301 – Network Design & Test/Assignment 3/

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Centennial College - SETAS /ICET -

CNET301 – Fall 2020

Ping from host PC ‘Z’ to PC ‘A’, host PC ‘B’, host PC ‘C’ and host PC ‘D’

GSANCHE CNET301 – Network Design & Test/Assignment 3/

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CNET301 – Fall 2020

Ping and Traceroute test from PC ‘A’ to Loopback 1 ISP

GSANCHE CNET301 – Network Design & Test/Assignment 3/

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CNET301 – Fall 2020

Ping and Traceroute test from PC ‘D’ to Loopback 1 ISP

Router commands … show arp Immediately after completing all your ping tests, do a “show arp” command on ALL your Cisco routers and record, copy/paste your results below. The information must also include your router hostname and with supporting screenshot of the show arp command. HQR1-CR-1-301107890#sh arp Protocol Address Age (min) Hardware Addr Type Interface Internet 172.30.89.1 - 000C.CF75.D501 ARPA GigabitEthernet0/0/0 Internet 172.30.89.10 31 000A.419E.A23A ARPA GigabitEthernet0/0/0

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CNET301 – Fall 2020

HQ Ottawa

S creenshot(s) here!

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CNET301 – Fall 2020

B1 Montreal B1R2CR-2-301107890#sh arp Protocol Address Age (min) Hardware Addr Type Interface Internet 172.17.89.6 40 00E0.8FA4.3EE7 ARPA GigabitEthernet0/1.10 Internet 172.17.89.22 40 0003.E4D0.B9A9 ARPA GigabitEthernet0/1.20

Screenshot(s) here!

GSANCHE CNET301 – Network Design & Test/Assignment 3/

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CNET301 – Fall 2020

B2 Toronto B1R2CR-3-301107890#sh arp Protocol Address Age (min) Hardware Addr Type Interface Internet 172.17.89.39 41 0060.7035.9E83 ARPA GigabitEthernet0/1.30 Internet 172.17.89.54 41 0040.0B6A.5575 ARPA GigabitEthernet0/1.40

show ip dhcp binding Immediately after completing all your ping tests, do a “show ip dhcp binding” command on B1 and B2 Cisco routers and record, copy/paste your results below. The information must also include your router hostname and with supporting screenshot showing the command.

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CNET301 – Fall 2020

B1 Montreal B1R2CR-2-301107890#sh ip dhcp binding IP address Client-ID/ Lease expiration Type Hardware address 172.17.89.6 00E0.8FA4.3EE7 -- Automatic 172.17.89.22 0003.E4D0.B9A9 – Automatic Screenshot(s) here!

GSANCHE CNET301 – Network Design & Test/Assignment 3/

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CNET301 – Fall 2020

B2 Toronto B1R2CR-3-301107890#sh ip dhcp binding IP address Client-ID/ Lease expiration Type Hardware address 172.17.89.39 0060.7035.9E83 -- Automatic 172.17.89.54 0040.0B6A.5575 – Automatic Screenshot(s) here!

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CNET301 – Fall 2020

Once you are satisfied and tested your network design … Add your completed PT file here! …

Submit your lab assignment Word document and PT file into the assignment folder/dropbox for review and marking. Note: It is recommended to save your switch and router config files for future lab experiments.

Thank you!

GSANCHE CNET301 – Network Design & Test/Assignment 3/

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