Ccna simulation exam practice guide

Copyright Todd Lammle. All rights reserved. Do not distribute. Check www.lammle.com for updates
LAMMLE PRESS, LLC
CCNA Simulation Exam Practice
Guide
Practice for the CCNA Exam Simulations
Todd Lammle

CCNA Simulations Practice Exams
This appendix, found only on the CD of my CCNA Study Guide, 7th
edition, will provide you with the foundation you need to tackle the CCNA exam’s
tough simulations.
Please understand that these are intended as practice simulations that were
written in order to help you practice the foundation and skill you learned by
reading my Sybex CCNA Study Guide, 7th Edition.
Physical Lab layouts may differ for each and every simulation in this
appendix. You can use real equipment if you have it, or you can use Cisco’s
Packet Tracer simulator and/or the GNS3 emulator as well.
NOTE: Packet Tracer and GNS programs are not included in my book, the CD,
or on any of my web sites. However, the Packet Tracer files that I used to create
these practice labs can be found on my web site at www.lammle.com
The following simulations practice exams covered in this appendix are
listed below. It is imperative to understand that explanations or configurations will
not be included for each of the exam simulation labs because after reading my
study guide and configuring, as well as going through all the hands-on labs in each
chapter (as well as the written and practice questions), this exam-prep document
will test your knowledge on what you have learned in your class, or self study.
You should not be using this document until you have completely read my
book, finished your class (or self-study), and are ready to take the CCNA exam.
If you are struggling with answers for the configuration, please refer to the
CCNA chapters that pertain to each of the subjects, meaning that everything in
these labs are 100% covered in my latest book.
Lastly, you can use my forum to post questions and find answers to all the
sims in this e-book.

Here are the labs that you should be able to conquer before taking the
CCNA exam:
1. Administration functions and setting IP address on routers
2. Advanced Administration Configuration
3. Configuring RIPv2 in a network
4. Troubleshooting and verifying RIPv2 in a network
5. Configuring EIGRP in a network
6. Troubleshooting and verifying EIGRP in a network
7. Configuring OSPF with wildcards in a network
8. Troubleshooting and verifying OSPF in a network
9. Configuring basic layer-2 switch management
10.Configuring VLAN’s and VTP
11.Troubleshooting and verifying VLAN’s, VTP & STP
12.Configuring Switch Port Security
13.Configuring Extended ACL in a network
14.Troubleshooting and verifying an Extended ACL in a network
15.Configuring NAT Overload in a Network
NOTE: Please check www.lammle.com to find dynamic updates to this e-book.
Please check for updates often.
Formatted: Para

1: Administration functions and
setting IP address on routers
The following lab layout will be used for Practice Exam #1:
Configure your Cisco routers with the following information:
You are the Network Administrator at GlobalNet Training & Consulting,
inc. We have just installed two new routers called Corp & Branch. You will have
to do the basic configuration on both routers:
1 Set the hostnames to be Corp and Branch
2. Set enable secret to be P@ssw0rd
3. Set console password to be n0w@yin
4. Set telnet password to be 0nLeeM!E
5. Set the IP address on router Corp of interface Serial 0/0/0 to be the first
address of network 10.0.0.0/30
6. Set the IP address on interface Fastethernet 0/0 on router Corp to be the
last available host address of 192.168.0.192/26
7. Both interfaces on the Corp router must be enabled.
8. Configure the Branch router with the same passwords.
9. Configure the PC with the correct IP address, mask, and default gateway
based on the configuration of the Corp router Fa0/0
After these configurations, you should be able to:

1. Ping to the Branch router from the PC by using the correct destination
IP address
2. Telnet from the PC to the Branch router by using the correct IP
destination address and telnet password.
TIP: If you can get a study buddy and you can share configs, I highly
recommend it. If you are in a classroom setting, that’s even better. However, if
you need assistance and are studying alone, you can post to my forum, or
search my forum for the answers. It is extremely likely that by the time you are
reading this there are hundreds of posts with tips, directions, and even the exact
answer you were looking for.

2: Advanced Administration
Configuration
Configure the network with the following parameters:
1. Set your administrative functions on each device
-hostnames
-banners
-interface descriptions
-passwords/encryption
2. Create a VLSM Scheme using 192.168.10.0 and implement it
3. Configure EIGRP Routing on each router
4. Configure PC1 with the correct IP and Default Gateway
5. Ping from the PC1 host to the TFTP server (10.10.10.254)
6. Copy your configuration from your P1R2 router to the TFTP server

7. Copy your IOS from your P1R2 router to the TFTP server
8. Verify that you can HTTP from PC1 to the TFTP server
9. Create an ACL on the Core router that stops PC1 from using HTTP on
the TFTP server
10.Verify you can ping to the TFTP server, but not use HTTP
11.Verify that you can telnet from the PC1 to the Core router
12.Create an ACL on P1R1 that stops PC1 from telnetting into the Core
router - using the VTY lines.
13.Create a DHCP pool on router P1R1. Configure f0/0 as the default
router address
14.Verify you received a DHCP address on your DHCP clients
15.Enable CDP and verify your CDP tables on each device
16.Configure a hosts table on the Core router to resolve host names

3. Configuring RIPv2 in a network
In this simulation, you will simply configure each router with RIPv2, and I
highly recommend that you configure each router with administrative functions for
foundational practice. Although this is a simple lab, I want to give you one piece
of advice: There appears to be discontiguous network addressing scheme, so
configure RIPv2 in order to work throughout the network.
You are successful when you can do the following:
1. Ping from PC0 (starting on the left moving right) to PC1 through PC5
2. Verify each routing table on every router - look close to verify you don’t
see any summary routes
3. Telnet from any host to each router to test your administrative functions.

4. Troubleshooting and verifying
RIPv2 in a network
In this simulation, you will troubleshoot the network shown above. In order
to do this lab you must have the packet tracer lab I used to create this lab (found at
www.lammle.com) in order to troubleshoot the problem(s) that I created. Or you
can have a study partner create a problem that you have to solve.
Once you think you have solved the problem(s), you should be able to do
the following:
2. Verify each routing table on every router - look closely to verify you
don’t see any summary routes.
3. Telnet from any host to each router.

5. Configuring EIGRP in a network
In this simulation, you will simply configure each router with EIGRP, and
I highly recommend that you configure each router with administrative functions
(yes, again!), for foundational practice. Although this is a simple lab, I want to
give you one piece of advice: there does appear to be a discontiguous network
addressing configuration, so configure EIGRP in order to work with this type of
network.
2. Verify each routing table on every router - look close to verify you don’t
see any summary routes
3. Telnet from any host to each router to test your administrative functions.

EIGRP in a network
the following:

7. Configuring OSPF with wildcards
in a network
In this simulation, you will simply configure each router with OSPF using
inverse masking (wildcards), and I highly recommend that you configure each
router with administrative functions (yes, yet once again!), for foundational
practice. This may not be a simple lab for you, so please see Chapter 9 of my
CCNA Study Guide, 7th edition to figure out the possible answer.
Although this network has discontiguous networking, why don’t you have
to worry about it when you configure OSFP? Please research this question.
2. Verify each routing table on every router
3. Telnet from any host to each router to test your administrative functions

OSPF in a network
the following:

9. Configuring basic layer-2 switch
management
Configure your Cisco devices with the following information:
You are the Network Administrator at GlobalNet Training & Consulting,
inc. We have just installed two new switches. You will have to do the basic
configuration on the Cisco devices:
1. Set the hostnames to be the SwitchA and SwitchB
2. Set enable secret to be cisco
3. Set console password to be console
4. Set telnet password to be telnet
5. Set the IP address on the management interfaces and router to be:
- 192.168.1.1/24 (R1 f0/0)
- 192.168.1.2/24 (Switch A)
- 192.168.1.3/24 (Switch B)
6. Configure a banner describing this as your switches and router
7. Set the interface descriptions
8. Encrypt your passwords
After these configurations, you should be able to
1. Ping from the router CLI to both switch management interfaces.

10. Configuring VLAN’s and VTP
1. Configure trunking on needed ports - verify
2. Configure a VTP server and a VTP clients
3. Create VLANs ten and twenty (10 & 20) on your VTP server - make
sure they propagate
4. Assign your host into either VLAN 10 or 20. Use their port numbers to
determine their VLAN (i.e. F0/10 would be VLAN 10, F0/20 would be
VLAN 20).
5. Configure your hosts with the correct IP addresses and default
gateway’s
6. Test that you can ping between hosts in the same VLAN, if not
troubleshoot
7. Here is your IP scheme:
- VLAN 1: 192.168.1.0/24 (if you did the lab prior, this maybe set
already)
- VLAN 10: 192.168.10.0/24
- VLAN 20: 192.168.20.0/24
8. Configure subinterfaces on the router and perform router on a stick -
one subinterface for each VLAN 10 and 20. Use the first address in each
VLAN as the routers interface (and hosts default gateway address).
9. If you performed this lab correctly, you should now be able to ping
between VLANs with your hosts.

VLAN’s, VTP, and STP
the following:
1. Verify all the VLAN’s on each switch
2. Verify that routing is working between VLAN’s by pinging from PC0
(starting on the left moving right) to PC1 through PC5
3. Understand which switch is the root bridge is for each VLAN
.

12. Configuring Switch Port Security
1. From the switch, ping 192.168.10.2 and 192.168.10.3 (the PC’s) to get
packets working through the network. You may have to try and ping a
few times before it works.
2. From the switch, type show mac-address-table to see the MAC
address table on the switch.
3. Type show port-security int f0/1 and type show run and
notice the default configuration for int f0/1.
4. Now configure port security on Fa0/1 by configuring the following:
A. Configure the switch port fa0/1 to be an access ports.
B. Allow only one MAC address to be associated to fa0/1.
C. Set the violation mode to restrict. What does this do? Look it up
in the book if you don’t know.
D. Configure the port to save the associated single MAC address to
running-config.
5. Type show run to verify your configuration under fa0/1.
6. ping 192.168.10.2 and 192.168.10.3. This won't start to
work until you ping the second address.

7. Notice how you can't ping the second address.
8. Type show run and notice the static mac address entry.
9. Type show port-security int fa0/1 and notice secure-up.
13. Configuring an Extended ACL in a
network
1. Allow ONLY HostC to perform HTTP on the WEB server. All other
traffic is permitted.
2. You only have three statements to complete this lab, plus the interface
configuration.
3. Test your ACL

14. Troubleshooting and verifying an
Extended ACL in a network
In this simulation you will troubleshoot the network shown above. In order
the following:
1. Ping from PC1 to the TFTP server, but HTTP access from PC1 to the
HTTP server should fail
2. You can ping from PC1 to the Core router, but telnet from PC1 to the
Core should fail.

15. Configuring NAT Overload in a
Network
1. Configure the P1R1 with the following IP addresses:
- F0/0: 192.168.76.65/27
- S0/0: 63.1.1.1/30
- ISP S0/0: 63.1.1.2/30
2. Either enable a routing protocol on the P1R1 and ISP router, or just put
a default route on the ISP router back towards the P1R1 router.
3. Configure PAT on the P1R1 router to allow 30 hosts access to the
internet using the following information:
- INSIDE Globals: 198.18.41.129-198.18.41.134
- INSIDE Locals: 192.168.76.65-192.168.76.94
4. Verify with the show ip nat translation command on the
P1R1 router

Ccna simulation exam practice guide

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