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E-Switching Case Study, v5.3.1a
VLANs, Wireless, Router & Switch Configuration PHASE I – IP Addressing and VLANS The Carl I. Samson Company (C.I.S. Co) of Bangor, Maine has recently been acquired by CorpHQ in
Detroit Michigan. Prior to the merger C.I.S. Co had been running a RIP based network with an IP
address of 169.254.40.0/21 equally sub-netted to support their users in Phoenix, Chicago and Bangor.
CorpHQ requires that all subsidiaries use the company standard EIGRP as a routing protocol.
Additionally CorpHQ has allocated the network address of 172.25.64.0./20 for the internal networks
in the C.I.S. Co division. Internet access for the C.I.S. Co LAN is through the Border Router that is
part of the Bangor LAN.
The C.I.S. Co. IT Director wants to more efficiently allocate IP addresses and consequently has
implemented Variable Length Subnet Masking. They have implemented trunked Virtual Local Area
Networks (VLANs) to streamline cabling and switch-port allocation, which allows easier moves,
adds and changes in the network while increasing security. Your job is to configure all of the routers,
switches, Access points, and PCs to support the new design.
Refer to Table 1 for a breakdown of the assigned networks and VLANS, and the network diagram for
the new network topology.
Table 1 – IP Addresses
Subnet Address Subnet Mask # of Hosts
Needed Network
Assignment VLAN
Assignment
Phoenix
Summary Route n/a
50 PHX-LAN1 110 – LAN1
150 PHX-LAN2 120 – LAN2
75 PHX-LAN3 130 – LAN3
5 PHX-WIFI-LNK 140 – WIFI
172.25.65.192 /26 255.255.255.192 50 PHX-WIFI n/a
12 PHX-MGMT 100 – MGMT
Chicago
Summary Route n/a
90 CHG-LAN1 210 – LAN1
172.25.72.128 /28 255.255.255.240 10 CHG-LAN2 220 – LAN2
9 CHG-MGMT 200 – MGMT
Bangor
172.25.68.0 /22 255.255.252.0 1024 Summary Route n/a
125 BAN-LAN1 310 – LAN1
275 BAN-LAN2 320 – LAN2
172.25.70.128 /25 255.255.255.128 100 BAN-WIFI 330 – WIFI
12 BAN-MGMT 300 – MGMT
WAN Links
192.168.100.40 /29 255.255.255.248 5 BAN-BRDR 500 – BAN-BRDR
192.168.100.48 /30 255.255.255.252 2 PHX-BAN n/a
192.168.100.52 /30 255.255.255.252 2 PHX-CHG n/a
192.168.100.56 /30 255.255.255.252 2 CHG-BAN n/a
Case Study –VLANS, Wireless, Router & Switch Configuration Page 2 of 5
Last updated: 1/15/2011
Diagram 1 – Network Topology
Case Study –VLANS, Wireless, Router & Switch Configuration Page 3 of 5
Last updated: 1/15/2011
PHASE II - Router Configuration
The following table outlines the configuration tasks you need to perform on the routers in the
topology. Where specific configurations are required they are noted below; otherwise it is to
your discretion which names and/or addresses you will use.
Configuration Phoenix Router
Chicago Router
Bangor Router
Border Router
Console password use cisco X X X X
Enable Password use class X X X X
Device name PHX-RTR CHG-RTR BAN-RTR BRDR-RTR
Banner use “Any text” X X X X
Create a username of guest with a password of cisco
X X X X
Set the Domain name to cisco.com X X X X
Set the DNS server as indicated in the Network Diagram
X X X X
Configure all interfaces and sub-interfaces as appropriate using the information provided in Table 1 and the network diagram with the following: -Descriptions -IP addresses (1st available address in range) -Subnet masks -Encapsulations and VLAN assignments -Clock rates (Were necessary) -Bandwidths
Use VLAN 199 as the
native VLAN
Use VLAN 299 as the
native VLAN
Use VLAN 399 as the
native VLAN
Do not use sub-
interfaces on this router
Configure EIGRP routing using AS 100 X X X X
Disable automatic summarization and enter network statements for each directly connected subnet
X X X X
(Not S0/0)
Passive interfaces and sub-interfaces
All workstation
LANS & WiFi Link
All workstation
LANS
All workstation
LANS
S0/0 is passive
Create EIGRP summary routes for PHX, CHG and BAN and send them out their Serial links. A summary route for all the CISco LAN should be sent from the BAN-RTR to the BRDR-RTR.
Send summaries on S0/0 &
S0/1
Send summaries on S0/0 &
S0/1
Send summaries
on S0/0. S0/1 and F0/0.500
n/a
Assign Static routes No static routes
No static routes
No static routes
Default route out S0/0 and
propagate using EIGRP
Enable SSH X X X X
Configure the Phoenix wireless router with internet and network IP addresses, subnet masks,
default gateways, and DNS servers. Set the SSID to Phoenix with no encryption.
The Bangor wireless access point has an SSID of Bangor and no encryption. The Bangor
wireless laptop has already been configured with an IP address but needs an SSID.
Case Study –VLANS, Wireless, Router & Switch Configuration Page 4 of 5
Last updated: 1/15/2011
PHASE III - Switch & Access Point Configuration
The following table outlines the configuration tasks you need to perform on the switches in the
topology. Where specific configurations are required they are noted below; otherwise it is to
your discretion which names and/or addresses you will use.
Configuration Phoenix
SW1 Phoenix
SW2 Phoenix
SW3 Chicago
SW1 Bangor
SW1 Bangor
SW2 Bangor
SW3 Console password use cisco
X X X X X X X
Enable Password use class
X X X X X X X
Device name PHX-SW1 PHX-SW2 PHX-SW3 CHG-SW1 BAN-SW1 BAN-SW2 BAN-SW3
Banner use
“Any text” X X X X X X X
Disable IP domain lookup
X X X X X X X
Configure trunks as indicated in the diagram
Native VLAN 199
Native VLAN 199
Native VLAN 199
Native VLAN 299
Native VLAN 399
Native VLAN 399
Native VLAN 399
VTP version 2 Server Client Client Server Server Client Client
VTP domain & password
Domain: VTP-PHX Password: cisco
Domain: VTP-PHX Password: cisco
Domain: VTP-PHX Password: cisco
Domain: VTP-CHG Password: cisco
Domain: VTP-BAN Password: cisco
Domain: VTP-BAN Password: cisco
Domain: VTP-BAN Password: cisco
Define VLANS as indicated in Table 1
X n/a n/a X X n/a n/a
Assign VLANs as indicated in the diagram. NOTE: assign ports on either side of a connected port to the same VLAN
n/a X X X n/a X X
Enable port security with a maximum of 25 MAC address per port. Include descriptions.
n/a X X X n/a X X
Management VLAN with IP address, mask, description, default gateway
X X X X X X X
Enable telnet with a password
of cisco X X X X X X X
Set as Spanning-Tree root for the indicated VLANs
110, 140 100, 120 130 210, 220 300, 310 320 330
Case Study –VLANS, Wireless, Router & Switch Configuration Page 5 of 5
Last updated: 1/15/2011
PHASE IV – Host Configuration Configure all workstations and servers with appropriate IP addresses, subnet masks, default
gateways, and DNS servers. Where appropriate also set the SSID.
Note: The Phoenix wireless clients will use DHCP from the Phoenix wireless router.
PHASE V - Test Confirm that all workstations, routers, and switches can ping each other, their local default
gateways and the Internet addresses of www.cisco.com and www.msn.com. Confirm that
workstations can SSH to the routers and telnet to the switches.
PHASE VI – Documentation & Presentation Document the network to include:
Project Description
IP Scheme
Running configurations
IP route output
VLAN assignments
Case Study –VLANS, Wireless, Router & Switch Configuration Page 6 of 5
Last updated: 1/15/2011
Grading Rubric VLSM IP Addressing, Trunking VLANs, Router & Switch Configuration
Objective Phase Points
Completed
Configurations for all routers:
Interfaces, sub-interfaces, IP addresses, passwords,
banners, descriptions, hostnames
Routing protocol and static routes
Default Routes to the Internet
All other configurations as indicated
II 25
Configurations of all switches:
Hostnames, passwords, banners, descriptions
Trunk links configured
At least 3 ports assigned for each VLAN
Management VLAN
All other configurations as indicated
III 25
Configurations of all hosts:
IP addresses
Subnet masks
DNS servers
Default Gateways
IV 25
Documentation of the Network. VI 25
Presentation: A 5-minute PowerPoint presentation on one
aspect of the solution. Your instructor will provide you with
the topic. Possible topics might include:
Inter-switch Trunking
Router-on-a-stick
WAN routing
Configuring switch management
Wireless router configuration
Creating VLANs with VTP
Spanning-tree
Final 25
TOTAL POINTS =>
125