Reference no: EM132410842
Task 1: cable the Network
Step 1: Cable a network that is similar to the one shown in the Topology Diagram.
Task 2: Perform Basic Configurations on Routers and Switches
Step 1: Configure all routers and switches according to the following guidelines:
• Configure the hostnames as per the Topology Diagram.
• Disable Domain Name Server (DNS) lookup.
• Encrypt the privileged EXEC mode using password class.
• Configure password cisco for console and all virtual terminal lines.
Step 2. Configure and activate interfaces of all routers for full connectivity with the addresses shown in the Address Table.
Step 3: Verify IP addressing and interfaces and test connectivity between the routers.
Task 3: Configure B_SW1 with VLANs and trunk ports as the below VLAN Table:
VLAN Table
|
VLAN Number
|
VLAN Name
|
Address
|
Gateway Port
|
|
5
|
Sales
|
N/A
|
N/A VLAN 5 GO/1
|
|
15
|
Accounts
|
N/A
|
N/A VLAN 15 G0/1
|
|
231
|
Management
|
172.20.20.162
|
172.20.20.161 Trunk 00124
|
• Create and name the VLANs.
Assign switch ports as access ports in the VLANs as indicated in the above VLAN Table • configure the appropriate ports that link the switches with the routers as functioning trunl ports (as shown in the Topology Diagram). Set the Management VLAN as native, and allow traffic only from known VLANs on trunks.
• Address VLAN 231 with an address as indicated in the Addressing Table. The managet interfaces of the switch should be configured to be reachable remotely.
Task 4: Configure static and default routing
• Manually configure default routes on Homer to the Internet. All devices on the interns LANs and VLANs should be able to reach the Internet.
Task 5: Configure RIPv2 Routing
Configure RIPv2 to route between all internal networks. The requirements are as follows:
• Configure HOMER and BART routers to provide routing between all internal hosts.
• RIPv2 updates should only be sent on the links between the routers running RIPv2 routing updates from being sent out of any of the LAN interfaces or VLAN sub-Inter are routed with RIPv2.
• Default static route should be redistributed into the RIPv2 routing domain so all in networks are fully connected.Task 6: Configure and Activate DHCP
BART will act as a DHCP server and provide addresses to the sales and Accounts VLANs attached to B_Sw.
• Exclude the first five usable host addresses are reserved for static assignment from each pool. Configure a single host on VLAN 10 to receive an IP Address from the Sales Pool.
Task 7:
Configure static and dynamic NAT/PAT
Configure NAT to translate internal private addresses into public addresses for the Internet
Step 1: Configure static NAT to the Server (as shown in the Topology Diagram):
• Translate the internal address of the server to the public address 201.56.50.14.
• Configure the correct interfaces to perform this NAT translation.
Step 2: Configure dynamic NAT with overloading.
• Use the addresses remaining in the public address subnet of 201.56.50.8129.
• Configure all other Internal hosts so that they can have their addresses translated.
Step 3: Configure ISP with appropriate static route so that all internal addresses can access the Internet.
Task 8: Configure Access Control Lists (do not applied to interfaces or vty line)
You will configure One ACLs to limit device access. The ACL requirements are. Student
1. Restrict access to the vty lines on BART router:
• Allow only the VLAN 10 Host to telnet to the BART router.
• No other Internet hosts (including Internet hosts not visible in the topology) should be able to telnet to the BART router.
2. Allow the Sales Host (VLAN 10) full access to the College Server while blocking all other traffic.
Task 9: Clean Up
This is the end of the exam.
Please indicate to your Teacher you have completed the assessment.
After that, save the configurations of all switches and routers, forward a copy of your completed Packet Tracer file to the Teacher via email or USB stick.
Attachment:- topology diagram.rar