CIS225 – Project Phase 3
Congratulations, you have set up your new cable network in a rural area that will be serving a small neighborhood. Your network currently consist of 6 houses but is expected to grow to include all of the 500 houses in the area. The only other network alternative to your system is satellite networking which is very slow and prone to outages. You will be providing both cable TV and internet access through your network so make sure you are providing enough speed in your network for your customers.
Be sure to use only your class B network as you will receive no credit for using some else’s network.
Your network is:
10._____.0.0/16
In this part of your project you will be adding service for your DSL customers. Your new network will look like this.
Make sure you use your Project Phase 2 file- they continue to build off of each other.
Task 1 – Connect ISPRouter3
You will now connect a third 1941 router to your network named ISPRouter3. This router will be connected to your network using serial cables from ISPRouter2 S0/0/0 to ISPRouter3 S0/0/1 and from ISPRouter1 S0/0/1 to ISPRouter3 S0/0/0.
You will now use the table below to continue configuring your network. The first column (Router) is the device you will be configuring. The second column (Connects To) represents the corresponding side of each respective link. For example, the first row shows information for ISPRouter1’s interface, S0/0/1, that connects to ISPRouter3. The second row shows information for ISPRouter2’s interface, S0/0/0, that connects to ISPRouter3.
Router
Connects To
Port
IP address
Subnet mask
Clock
ISPRouter1
ISPRouter2
S0/0/0
10.___.5.1
255.255.255.252
500000
ISPRouter3
S0/0/1
10.___.5.10
255.255.255.252
ISPRouter2
ISPRouter3
S0/0/0
10.___.5.6
255.255.255.252
500000
ISPRouter1
S0/0/0
10.___.5.2
255.255.255.252
ISPRouter3
DSLAM
G0/0
10.___.2.1
255.255.255.0
ISPRouter1
S0/0/0
10.___.5.9
255.255.255.252
500000
ISPRouter2
s0/0/1
10.___.5.5
255.255.255.252
Program the RIP protocol onto ISPRouter3
ISPRouter3(config)# router rip
ISPRouter3(config-router)# version 2
ISPRouter3(config-router)# no auto-summary
ISPRouter3(config-router)# network 10.0.0.0
Check your network by pulling a show ip route from the ISPRouter3. Take a screenshot
Deliverables for Task 1
· Screenshot of show ip route from ISPRouter3
Task 2 – Add a DSLAM
Now you will add a DSLAM to your network for your DSL customers.
The DSLAM in packet tracer is found in network devices on the far right side. Click on the cloud and then select PT-Empty from the right side and drag it to your desktop.
Click on the cloud and turn the power off (you may need to scroll to the right). Fill the DSLAM with nine PT-CLOUD-NM-1AM cards placed in all slots except the bottom left. In the bottom left add a PT-CLOUD-NM-1CGE card. This will give you 9 DSL connections for customers and a Gigabit Ethernet port to connect your DSLAM to the network.
Programming your DSLAM
In order for the DSLAM to transfer traffic from the DSL modem to the Ethernet port you must program the DSLAM. Open the config tab and go to the DSL item under the Connections list.
On the right you will see your DSL to Ethernet connections. Click the Add button. You will see this will add the connection from Modem0 to the Ethernet port on the DSLAM.
Select from the drop down menu on the left Modem1 and click add. This will add the second connection from Modem1 to the Ethernet port.
Continue adding ports until all modems have been added to the list. Your DSLAM is now ready to add to your network. Take a screenshot of your completed DSL connection list.
Finally pull a Multiuser cloud and connect three clouds to your DSLAM using phone cables. Label them DSL_Home1, DSL_Home2, and DSL_Home3
Connect from your DSLAM to the G0/0 port on the ISPRouter3.
Program DHCP for your wireless routers
Type the following into your ISPRouter3
ISPRouter3(config)# ip dhcp excluded-address 10.___.2.0 10.___.2.9
ISPRouter3(config)# ip dhcp pool mypool
ISPRouter3(dhcp-config)# network 10.___.2.0 255.255.255.0
ISPRouter3(dhcp-config)# default-router 10.___.2.1
ISPRouter3(dhcp-config)# dns-server 11.1.1.10
Open your DSL_Home network and connect using the Multiuser cloud to the DSL network in your system.
Pull an IP address to your wireless router and verify that you can reach the Internet by pinging from your Smartphone to server.com. Take a screenshot.
You will have to have your Tier1 cloud connected to the Tier1Network_OL.pkt- that’s three Packet Tracer files open and connected at once.
Figure 1 Tier1Network_OL
Figure 2 DSL_HomeNetwork
Figure 3 DSLAM
Figure 4 Tier1
Deliverables for Task 2
· Screenshot of your new working network
· Screenshot of your completed DSL connection list
· Screenshot of ping from your smartphone to server.com
Task 3 – Add a second Tier1 connection
Now you will add a second Tier1 connection in case your first connect fails. This connect will allow your users to continue to use the Internet when you main network connection is down and will allow for faster throughput into the network when both connections are up.
Add a second Multiuser cloud and attach it to the G0/1 port on ISPRouter3. Program ISPRouter3 as follows:
ISPRouter3(config)# interface G0/1
ISPRouter3(config-if)# ip add 11.2.1.55 255.255.255.0
ISPRouter3(config-if)# no shutdown
ISPRouter3(config-if)# exit
ISPRouter3(config)# router rip
ISPRouter3(config-router)# network 11.0.0.0
ISPRouter3(config-router)# exit
Connect your second connection to ISPRouter3 using the new Multiuser cloud. Pull a show ip router from your ISPRouter2 router. Take a screenshot.
You should notice the 11.0.0.0 network being routed through the S0/0/0 and S0/0/1 ports because of your dual connection.
Attempt to ping from your Tablet on your DSL Home network at server.com and take a screenshot.
Pull a webpage from your PC on your Cable home network at server.com and take a screenshot. In order to this you will need connect from your Cable_HomeNetwork.pkt to one of the three Cable Clouds:
C:\Users\ecroft\AppData\Local\Microsoft\Windows\INetCache\Content.Word\Capture.png
Deliverables for Task 3
· Screenshot of your working networks
· Screenshot of a ping from your PC2 to the Internet server
· Screenshot of the webpage from your PC to the Internet server