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Rasmussen College *
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2522C
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Information Systems
Date
Feb 20, 2024
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docx
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Cisco Network Routing Module 06 Project Template
SomeCompany wants to deploy three routers to allow communication between the 3 buildings on their campus. The CTO wants the routers configured to allow the maximum number of available IP addresses in each department subnet, using the Class B address space: 172.18.0.0.
It is time to compile an executive summary on the entire proposal. Using the sections below, update info from the relevant parts of the course project, taking into account feedback on the previous assignments. (Note: because of timing, there will likely be no updating to the ACL portion of the configuration.) Use this information to complete the Executive Summary
Customer requirements
After experimenting with a floor based subnet scheme, the SomeCompany CTO has decided to subnet based on the departments in each building. The tables, network map, and router configuration will assist in meeting the customer requirements.
Complete tables to should show the subnets intended for each department.
Complete tables to assist in configuring the interfaces on the three routers.
Provide a network map showing the topology and configuration information
o
Three routers are connected in a mesh topology
o
The department switches are connected to the designated building router as outlined in the configuration tables
o
All interfaces on the routers should be labeled with both the interface designation and the assigned IP Address
Note, the serial connections between routers should be in their own subnets. We do not need to worry about the IP Addresses of the department switches, though they should be labeled with the department name.
Configure the Building 1 and Building 2 routers with either OSPF or EIGRP
o
Each interface should be configured separately
Configure ACL on Building 2 router
o
Only those computers on the HR subnet should have access to the Payroll subnet
o
There should be no limitation on access to the HR Subnet.
Building 1 Subnet
Department
Subnet ID
Host ID Range
Broadcast Address
0
Warehouse 172.18.0.0
172.18.0.1-.15.254
172.18.15.255
1
Receiving
172.18.16.0
172.18.16.1-31.254
172.18.31.255
2
Shipping
172.18.32.0
172.18.32.1-.47.254
172.18.47.255
3
Maintenance
172.18.48.0
172.18.48.1-.63.254
172.18.63.255
Building 2 Subnet
Department
Subnet ID
Host ID Range
Broadcast Address
4
Accounting
172.18.64.0
172.18.64.1-.79.254
172.18.79.255
5
Human Resources
172.18.80.0
172.18.80.1-.95.254
172.18.95.255
6 Payroll
172.18.96.0
172.18.96.1-.111.254
172.18.111.255
7
MIS
172.18.112.0
172.18.112.1-.127.25
4
172.18.127.255
8
Employee Training
172.18.128.0
172.18.128.1-.143.25
4
172.18.143.255
Building 3
Subnet
Department
Subnet ID
Host ID Range
Broadcast Address
9
R&D
172.18.144.0
172.18.144.1-.159.254
172.18.159.255
10
Marketing
172.18.160.0
172.18.160.1-.175.254
172.18.175.255
All Department Subnet Mask: 255.255.240.0
Routers
Provide IP Address and subnet mask for the router interfaces that connect to each department switch. Also, configure the router serial connections with IP Addresses to assure communication between the routers. (Note, not all interfaces will be configured with an IP Address.)
Building 1 Router
Ethernet and Serial Interfaces
IP Address
Subnet Mask
Router
Fast Ethernet 0/0
172.18.0.1
255.255.240.0
Building 1
Fast Ethernet 0/1
172.18.16.1
255.255.240.0
Building 1
Fast Ethernet 0/2
172.18.32.1
255.255.240.0
Building 1
Fast Ethernet 0/3
172.18.48.1
255.255.240.0
Building 1
Fast Ethernet 0/4
Building 1
Fast Ethernet 0/5
Building 1
Fast Ethernet 0/6
Building 1
Fast Ethernet 0/7
Building 1
Serial 0/0
172.18.191.24
5
255.255.240.0
To Building 2
Serial 0/1
172.18.223.24
5
255.255.240.0
To Building 3
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Provide IP Address and subnet mask for the router interfaces that connect to each department switch. Also, configure the router serial connections with IP Addresses to assure communication between the routers. (Note, not all interfaces will be configured with an IP Address.)
Building 2 Router
Ethernet and Serial Interfaces
IP Address
Subnet Mask
Router
Fast Ethernet 0/0
172.18.64.1
255.255.240.0
Building 2
Fast Ethernet 0/1
172.18.80.1
255.255.240.0
Building 2
Fast Ethernet 0/2
172.18.96.1
255.255.240.0
Building 2
Fast Ethernet 0/3
172.18.112.1
255.255.240.0
Building 2
Fast Ethernet 0/4
172.18.128.1
255.255.240.0
Building 2
Fast Ethernet 0/5
Building 2
Fast Ethernet 0/6
Building 2
Fast Ethernet 0/7
Building 2
Serial 0/0
172.18.191.1
255.255.240.0
To Building 1
Serial 0/1
172.18.239.1
255.255.240.0
To Building 3
Provide IP Address and subnet mask for the router interfaces that connect to each department switch. Also, configure the router serial connections with IP Addresses to assure communication between the routers. (Note, not all interfaces will be configured with an IP Address.)
Building 3 Router
Ethernet and Serial Interfaces
IP Address
Subnet Mask
Router
Fast Ethernet 0/0
172.18.144.1
255.255.240.0
Building 3
Fast Ethernet 0/1
172.18.160.1
255.255.240.0
Building 3
Fast Ethernet 0/2
Building 3
Fast Ethernet 0/3
Building 3
Fast Ethernet 0/4
Building 3
Fast Ethernet 0/5
Building 3
Fast Ethernet 0/6
Building 3
Fast Ethernet 0/7
Building 3
Serial 0/0
172.18.223.1
255.255.240.0
To Building 1
Serial 0/1
172.18.239.1
255.255.240.0
To Building 2
Network Map
(Please paste only the map. The labels should be easily read. If pasting a screenshot, please crop out the Visio application interface.)
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Router CLI (Provide the configuration lines to assign interface IP Addresses for each of the routers below. To help determine where in the configuration we are, include the CLI prompts. An example is given in the first line.)
Building 1 Router
Task
CLI Commands
Enable administrative mode
and enter configuration terminal
Router >enable
Router #config t
Assign IP Addresses to the router interfaces
Router (config) ## int s0/0 Ip add 172.18.191.245 255.255.240.0
int s0/1
Ip add 172.18.223.245 255.255.240.0
Int f0/0
Ip add 172.18.0.1 255.255.240.0
Int f0/1
Ip add 172.18.16.1 255.255.240.0
Int f0/2
Ip add 172.18.32.1 255.255.240.0
Int f0/3
Ip add 172.18.48.1 255.255.240.0
Int range s0/0-1 No shut
Int range f0/0-3
No shut
Assign Routing Protocol to necessary interfaces
Router ospf 13 Router-id 1.1.1.1
Network 172.18.0.0 0.0.15.255 area 0
Network 172.18.16.0 0.0.15.255 area 0
Network 172.18.32.0 0.0.15.255 area 0
Network 172.18.48.0 0.0.15.255 area 0
Int range f0/1-3
Ip ospf 13 area 0
Save Router Configuration
Copy run start
Building 2 Router
Task
CLI Commands
Enable administrative mode
and enter configuration terminal
Router >enable
Router #config t
Assign IP Addresses to the router interfaces
Router (config) # int s0/0 Ip add 172.18.191.246 255.255.240.0
Int s0/1
Ip add 172.18.239.245 255.255.240.0
Int f0/0
Ip add 172.18.64.1 255.255.240.0
Int f0/1
Ip add 172.18.80.1 255.255.240.0
Int f0/2
Ip add 172.18.96.1 255.255.240.0
Int f0/3
Ip add 172.18.112.1 255.255.240.0
Int f0/4
Ip add 172.18.128.1 255.255.240.0
Int range s0/0-1 No shut
Int range f0/0-4
No shut
Assign Routing Protocol to necessary interfaces
Router ospf 13 Router-id 2.2.2.2
Network 172.18.64.0 0.0.15.255 area 0
Network 172.18.80.0 0.0.15.255 area 0
Network 172.18.96.0 0.0.15.255 area 0
Network 172.18.112.0 0.0.15.255 area 0
Network 172.18.128.0 0.0.15.255 area 0
Int range f0/1-4
Ip ospf 13 area 0
Configure and apply Access Control List
Access-list 1 permit ip 172.18.80.0 0.0.15.255
Int fa0/2
Ip access-group 1 in
end
Save Router Configuration
Copy run start
Building 3 Router
Task
CLI Commands
Enable administrative mode
and enter configuration terminal
Router >enable
Router #config t
Assign IP Addresses to the router interfaces
Router (config) #int s0/0
Ip add 172.18.223.246 255.255.240.0
Int s0/1
Ip add 172.18.239.246 255.255.240.0
Int f0/0
Ip add 172.18.144.1 255.255.240.0
Int f0/1
Ip add 172.18.160.1 255.255.240.0
Int range s0/0-1 No shut
Int range f0/0-1
No shut
Save Router Configuration
Copy run start