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Version 1.0 CMIT 351 Project 1 Name: XXXXXXX Course: CMIT 351 Date: 10/26/2023 Part 1: Design the Local Area Network Part 2: Create the basic switch configurations. 2.1 Cable the network 1. I used a copper straight-through Ethernet cable to connect the PC-A to port 6 on switch S1. 2. I used a copper straight-through cable to connect the PC-B to port 11 on switch S2. 3. I used a copper straight-through Ethernet cable to connect the PC-C to port 18 on switch S1. 4. I used a copper straight-through Ethernet cable to connect the PC-A to port 6 of switch S1.

Version 1.0 5. I grabbed a copper cross-over cable to connect one end to S1 to the S2 Ethernet interface using both port 1 ethernet interface 6. 2.2. Configure the basic switch functions. I reached the IOS Command Line Interface (CLI) tab to configuring both switches S1 and S2 using the following instructions: 1. I used "enable" to enter protected EXEC mode. 2. I used "configure terminal" to enter global configuration mode. 3. I used the enable secret class to set the secret password. 4. Next, I use line con O to enter that interface. 5. I used the password cisco to set the password to cisco. 6. Next, I used line vty 0/15 to enter that interface. 7. I used the password Cisco to set the password to Cisco for line vty. 8. Then I typed end to exit. 2.3 Configure the computers To wire the Ethernet ports, I typed the following into the IP Configurations section of each computer after finding the desktop tab: PC-A IP address: 192.168.10.3 Subnet:255.255.255.0 Default Gateway: 192.168.10.1 PC-B IP address: 192.168.10.4 Subnet:255.255.255.0 Default Gateway: 192.168.10.1 PC-C

Version 1.0 IP address: 192.168.20.3 Subnet:255.255.255.0 Default Gateway: 192.168.20.1 2.4 Test and Validate Connectivity 1. I ping 192.168.10.4 from PC-A and the result is reply from 192.168.10.4 there is connectivity between the two PCs. 2. I ping 192.168.10.3 from PC-B and the result is reply from 192.168.10.3 which means there is communication between both PCs A and B

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Version 1.0 3. When I use PC-C to Ping 192.168.10.3 (PC-A) and 192.168.10.4 (PC-B), the following happens: I didn’t receive any reply from either PCs A and B, and I’m assuming because there is no connectivity with the PC-C, this tells me there is either a misconfiguration of network that occurred somewhere while I was typing the command or they are not on the same vlan so they can’t talk to each other.

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. I entered the commands listed below into the S1 and S2 CLIs. 1. I typed "enable" to enter protected EXEC mode. 2. Then "configure terminal" to enter global configuration mode. 3. I typed “class” as password. 4. Next, I typed all these commands: (config-vlan) #vlan 10 (config-vlan)#name students (config-vlan)#vlan 20 (config-vlan)#name faculty (config-vlan)#vlan 99 (config-vlan)#name management

Version 1.0 5. To access that interface, I typed int fa0/6. I then changed the port to access using switchport mode access, and I assigned the interface to VLAN 10 using switchport access vlan 10. 6. Afterwards, this range of interfaces was inserted by int range fa0/12-20. I then changed the port to access using switchport mode access, and I assigned those interfaces to VLAN 10 using switchport access vlan 10. 7. To access this range of interfaces, type int range fa0/22-23. I then changed the port to access using switchport mode access, and I assigned those interfaces to VLAN 10 using switchport access vlan 10. 8. Enter int fa0/11 to access this interface. I then changed the port to access using switchport mode access, and I assigned the interface to VLAN 20 using switchport access vlan 20. 9. To access that interface, type int fa0/21. I then changed the port to access using switchport mode access, and I assigned the interface to VLAN 20 using switchport access vlan 20. 10. In order to access that interface, I finally typed int vlan 99. 192.168.1.11 255.255.255.0 is the IP address I used to allocate that address to that VLAN. 11. I repeated the same process on both switches S1 and S2. Part 4: Implement VLAN Trunking 1. I typed "enable" to enter protected EXEC mode. 2. Then "configure terminal" to enter global configuration mode. 3. I typed “class” as password. 4. I used switchport mode trunk to put the interface in trunking mode after typing int fa 0/1 to access that interface. 5. I used show Vlan show running-config, show IP interface, and show Vlan to confirm the VLAN installation. Upon pinging the computers and switches once more, I noticed that PC-A and PC-B could converse with one another, but not with PC-C.

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