CMIT 351 - Project 2

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Feb 20, 2024

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Version 1.0 CMIT 351 Project 2 Template Name: Avonne Collins Course: CMIT 351 7665 Date: December 08, 2023 Part 1: Design the Local Area Network Part 2: Create the basic switch configurations: 2.1 Cable the network: Describe in a few sentences which devices connect to which other devices using what specific kind of cable, on which specific interfaces? 1. I connected an Ethernet cable from port Fa0/1 on PC-A to port Fa/04 on switch S1. 2. I connected an Ethernet cable from port Fa/01 on PC-B to port Fa0/6 on switch S1. 3. I connected an Ethernet cable from port Fa0/1 on PC-C to port Fa0/11 on switch S1. 4. I connected an Ethernet cable from port Fa0/1 on PC-D to port Fa0/13 switch S1. 5. I connected g0/1 port on switch S1 to g0/1 on router R1 using Ethernet.

Version 1.0 2.2. Configure the basic switch functions: Describe the basic switch configuration here as if you are entering the commands into the devices. 1. I configure an enable mode password using the command, configure terminal, enable secret class. 2. I configure a password for the consoles using the commands, line console 0, password cisco, login, exit. 3. I configure a password for Telnet users using the commands, line vty 0 15, password cisco, login, exit. 4. A message of the day (MOTD) banner was set using the command banner motd # then adding the text “Unauthorized access is strictly prohibited.” 5. I set logging to synchronous for both line console 0 and ling vty 0 15 by entering the respective configure terminal and using command, logging synchronous , end. 2.3 Configure the computers: Describe the configuration you enter on each computer. 1. I added an IP address of 192.168.10.3 with a subnet mask of 255.255.255.0 and gateway of 192.168.10.1 to PC-A. 2. I added an IP address of 192.168.20.4 with a subnet mask of 255.255.255.0 and a gateway of 192.168.20.1 to PC-B 3. I added an IP address of 192.168.30.5 with a subnet mask of 255.255.255.0 and a gateway of 192.168.30.1 to PC-C 4. I added an IP address of 192.168.40.6 with a subnet mask of 255.255.255.0 and a gateway of 192.168.40.1 to PC-D 2.4 Test and Validate Connectivity: Describe how you test and validate the above is functioning correctly per the project specifications. 1. I ping PC-B, C, D from PC-A, and the result is request timed out . 2. I ping PC-A, C, D from PC-B, and the result is request timed out . 3. I ping PC-A, B, D from PC-C, and the result is request timed out . 4. I ping PC-A-C from PC-D, and the result is request timed out . 5. I ping each PC to itself, and the result is reply from itself.

Version 1.0 Part 3: Define the VLANs: Describe the VLAN switch configurations here using the format from part 2. Be sure to describe how you test and validate the VLAN implementation. 3.1 Creating the VLANs: 1. On switch S1 VLAN 10 is created using the commands, enable, configure terminal, VLAN 10. 2. The name for VLAN 10 is then changed to Students using the commands, name, Students, exit . 3. On switch S1 VLAN 20 is created using the commands, enable , configure terminal, VLAN 20 . 4. The name for VLAN 20 is then changed to Faculty using the commands, name, Faculty, exit . 5. On switch S1 VLAN 30 is created using the commands, enable , configure terminal, VLAN 30 . 6. The name for VLAN 30 is then changed to Faculty using the commands, name, Management, exit . 7. On switch S1 VLAN 99 is created using the commands, enable , configure terminal, VLAN 99 . 8. The name for VLAN 99 is then changed to Faculty using the commands, name, Containment, exit . 9. To verify that the VLANs have been created the command, show vlan brief, is used. 3.2 Configuring the VLANs on switch S1: 1. On switch S1 the Students VLAN (VLAN 10) is configured using the commands, configure terminal, interface fa0/4, switchport access VLAN 10, switchport mode access, end . 2. On switch S1 the Faculty VLAN (VLAN 20) is configured using the commands, configure terminal, interface fa0/6, switchport access VLAN 20, switchport mode access, end . 3. On switch S1 the Management VLAN (VLAN 30) is configured using the commands, configure terminal, interface fa0/11, switchport access VLAN 30, switchport mode access, end . 4. On switch S1 the Containment VLAN (VLAN 99) is configured using the commands, configure terminal, interface range fastethernet 0/2 - 3, interface fa0/5 switchport access VLAN 99, switchport mode access, interface range 0/7 - 10, 12 - 24, switchport access VLAN 99, switchport mode access, end .

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Version 1.0 Part3b: Define the Router Sub-interfaces: Describe the router sub-interface configurations here using the format from part 2. Be sure to describe how you test and validate the sub-interface implementations. 3.3 Configuring Router R1: 1. On router R1 the ethernet interface 1 sub interface 10 was configured using the commands, configure terminal, interface g0/1.10, encapsulation dot1q 10, ip address 192.168.10.1 255.255.255.0 . 2. On router R1 the ethernet interface 1 sub interface 20 was configured using the commands, configure terminal, interface g0/1.20, encapsulation dot1q 20, ip address 192.168.20.1 255.255.255.0. 3. On router R1 the ethernet interface 1 sub interface 30 was configured using the commands, configure terminal, interface g0/1.30, encapsulation dot1q 30, ip address 192.168.30.1 255.255.255.0. 4. To ensure that interface g0/1 is in a running status the commands, configure terminal, interface g0/1, no shutdown , were entered. 3.4 Test and Validate Connectivity: 1. To verify that each VLAN is configured correctly with the proper interfaces the command, show vlan brief, is used. 2. To ensure that the interfaces on router R1 are configured correctly the command, show ip interface brief is used. 3. To test if the VLANs have connectivity to each other I ping PC-B from PC-A, the reply was request timed out . Part 4: Implement VLAN Trunking: Describe the VLAN trunking switch configurations here using the same format as the prior two parts. Be sure to describe how you test and validate the VLAN implementation. 4.1 Creating the VLAN Trunking: 1. To enable trunking on switch S1 the following commands were used in the configure terminal; interface g0/1, switchport mode trunk. 2. Interface 1 sub interface 10 was set using the commands, interface g0/1.10, encapsulation dot1q 10. 3. Interface 1 sub interface 20 was set using the commands, interface g0/1.20, encapsulation dot1q 20. 4. Interface 1 sub interface 30 was set using the commands, interface g0/1.30 , encapsulation dot1q 30.

Version 1.0 4.2 Testing and Validating Connectivity: 1. To ensure that trunking on switch S1 has been enabled correctly the command, show interface g0/1 switchport, is used. 2. To verify that the interface on router R1 has been configured correctly and is connected the command, show ip route connected, is used. 3. After ensuring switch S1 trunking and router R1 are configured correctly and are connected the command, show ip route connected, is used. 4. PC-A is used to ping PC-D with the result being request timed out. The issue may be due to PC-D VLAN99 which is not configured with routing protocols. All others are able to ping successfully. References: Ucertify 6.1 Securing the Switch CLI Lesson 6 : Configuring Basic Switch Management -uCertify Ucertify 8.2 VLAN and VLAN Trunking Configuration and Verification Lesson 8 : Implementing Ethernet Virtual LANs -uCertify

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