COMMS # 58
 |
FECO: |
COMMS # 58 |
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MODIFICATION NO: |
N/A | |
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PRODUCT: |
CISCO ROUTERS / SWITCHES | |
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SUB-ASSEMBLY: |
N/A | |
|
ESTIMATED MAN HOURS: |
N/A | |
|
CLASS OF CHANGE: |
INFORMATIONAL | |
|
REASON FOR CHANGE: |
INTRODUCTION OF CISCO EQUIPMENT | |
|
RELATED FECO/AB |
COMMS # 59, 60 & 61 |
CISCO ROUTERS & SWITCHES
GENERAL INFORMATION
1
NOTE: Throughout this FECO a SPACE in a string is shown by a Ñ .
All other spaces are purely cosmetic
2 INTRODUCTION
2.1 EDP is now supplying Cisco Bridges,
Routers and Switches; to our customers.
Other
FECO’s will details specific equipment specifications and set-up information.
This FECO
details the general information that applies to most Cisco equipment.
2.2 Much Cisco equipment is modular,
which means that to the base unit, are added extra items
from a
variety of available options. These may be physical modules, or different Software
Features
Packs. The correct combination of base unit, modules and Software Features Pack
is required
for the unit to function correctly. Often the physical modules are compatible over a range
of
different models. Though usually the Software Features Pack is specific to one model only.
2.3 Configuration of Cisco equipment
uses a standard type of format and Cisco IOS Software.
Cisco
states that its IOS Software seamlessly links heterogeneous media and devices across
the
broadest set of protocols.
2.4 With most Cisco equipment comes all
the required cabling to connect the console port to a VDU
or PC. On
CD-ROM is the Browser Software Installer the Documentation CD-ROM and
Configmaker
2.4. The Software Features Pack can be on CD-ROM or Flash Cards.
3 CONFIGURATION
METHODS
Cisco
devices may be configured using the following basic methods.
Manually via a VDU or PC connected to the console port, by entering
all the commands.
Semi-automatically by interrogating a device, to retrieve its settings and
then modify them as necessary and then download them back to the device or
onto another device or floppy.
Semi-automatically from a pre-prepared floppy.
Automatically using the Configmaker 2.4 Software on a Windows PC
& download the settings straight to the device or onto a floppy.
The above
can be used individually or any combination of some or all of them. It may also be
possible to telnet the device
and do the
same.
NOTE.
Configmaker 2.4 cannot always create a complete configuration, and will require additional
parameters configured
using
another method.
4 CONFIGURATION
RECORD
Prior to the installation of Cisco equipment, a floppy disk and a paper hard copy of
the
set-ups (Configuration Record) are to be produced, and are to travel with the
equipment to the site, and be kept on that site. If possible the Configuration Record
should be updated whenever any changes are made.
Also an electronic copy of the Configuration Record must be kept/sent to Production.
Production are to keep the Configuration Records electronically, and send a copy to
Technical Services at Linford Wood.
These Configuration Records are available to support functions on the Office
Services System;
Office Service
My Computer
Office(C)
Offsbu
Cisco setup
5 ConfigMaker 2.4
5.1 Cisco ConfigMaker 2.4 comes
free in most of the Software Features Pack with each device,
or
it can be downloaded free of charge from the Cisco website at the following URL:-
http://www.cisco.com/pcgi-bin/tablbuild.pl/configmaker
5.2 ConfigMaker 2.4 is easy to
use multi purpose software which allows you build a theoretical
network from scratch, following the prompts for data; allows the configuration of a
Firewall; or
the
interrogation of a device for its configuration. It can also download a configuration to a
device
or
save it to a floppy, print onto paper, save it on a system or e-mail to a central storage
facility.
It
can be used to plan networks or changes to networks; and can be included in Site Surveys.
It
could also be used by support functions.
5.3 Unfortunately Configmaker 2.4
does not support all the Cisco equipment. It does support the
Cisco
1605, 1700, 2600 and 3640 Routers. It does not support the 3500XL Switch.
5.4 ConfigMaker 2.4 is a very
useful tool, and could be used for training purposes. An example
of
a network diagram produced using ConfigMaker 2.4 is shown below.
5.5
6 VDU CONNECTION
Connection to a VDU is by means of the cabling provided with the device. Use the supplied
Blue RJ45
rollover Console cable and the adapter, connect the Router Console port to the VDU.
7 PC/LAPTOP CONNECTION
7.1 Using the supplied Blue RJ45 Console
cable and the 9pin to RJ45 adapter, connect the Router
Console port to the PC Communications 1 port [Com1]
Use Hyperterminal.
7.2 HyperTerminal setup notes for use with Cisco Equipment. System running Win95/98.
7.3 Using the supplied Blue RJ45
Console cable and the 9pin to RJ45 adapter, connect the Router
Console
port to the PC Communications 1 port [ Com1] .
7.4 On the PC open the Hyperterm
program from Start, Programs, Accessories,
Communications, HyperTerminal.
7.5 Click on the Hypertrm.exe icon- this loads the program but only with default settings.
At the Connection Description window type in Cisco and select any icon from those available.
7.6 At the Connect To window alter
the Connect using: to read Direct to Com1
[ clicking
the down arrow and using the mouse to highlight and click on Direct to Com1] .
Back at
the Connect To window click on OK.
7.7 At Com1 Properties Port Settings
change the [ baudrate] Bits per second: to 9600 .
Leave
the other settings including Advanced Settings at their defaults and click on OK.
7.8 Press <CR> whilst
in the HyperTerminal window to get a response from the Cisco router
console
facility. [ If there is no response there may be a problem with the Com port try on the
other Com
port if present. ] Note : Only one program may use a Com port at a time.
7.9 Once you have an intelligible
response, go to the File menu and click on Properties. Select
Settings
tab and change Emulation: to VT100 , then click on OK to exit the
Properties window.
Now from
the File menu click on Save to update the Cisco.ht file.
Now the
status line at the bottom of the HyperTerminal window, should include:-
VT100 9600 8-N-1
Maximise the HyperTerminal window for ease of use.
Note: the maximum size of the Hyperterminal display window is related to the font and pitch sizes.
To get an
acceptable size, open the View menu and select Font. Select Courier New
Regular and
14 .
[ clicking the
up arrow in the Font box and using the mouse to highlight and click on Courier
New] .
Now highlight 14
in the Size box and type 15.
Now click OK then select the File menu and once more click Save to save the changes.
7.10 When next using the HyperTermial program
double click on the Cisco.ht icon from the
HyperTerminal
window to open the saved configuration.
The HyperTerminal
setup is now complete.
Note for Win 3.xx
use the Terminal program with similar settings.
8 Transferring a text
file (containing IOS commands) using HyperTerminal to configure
a Router.
The file can
be captured by HyperTerminal whilst displaying the current configuration with the
show Ñ running command.
9 Capturing the configuration
9.1 Connect the 1605 to the PC Communications 1 port [Com1]
Setup Hyperterminal as described in the previous paragraphs.
9.2 At the message" [Router name] con0 is now available Press <CR>. to get started"
Press <CR>. key.
At User Access Verification Password: type in q and press <CR>. (UNLESS
At [Router name]> type in en and press <CR>. (ADVISED
At Password: type in qq and press <CR> (OTHERWISE)
At [Router name]# type in show Ñ running and press <CR>
This will display the current IOS configuration on the HyperTerminal screen.
Highlight all
the commands by clicking and holding down the left mouse button and scrolling from
top of the
configuration commands displayed just below Current configuration: to the last
line.
9.3 Select the Edit menu on the menu bar at the top of the screen and click on Copy
The data
is now held in the Windows clipboard. Minimise HyperTerminal and open Windows
notepad
from Start – Programs – Accessories – Notepad Click on File
menu and select New
A new blank file will be opened. Click on Edit menu and select Paste.
The configuration data will appear in the file [ as if by magic ! ]
Save the file with a suitable name i.e. [Router name] Config1.txt Save to the default location.
[ Use File menu Save with Filename: Left Ñ Config1.txt or the dos version leftcfg1.txt ]
9.4 On Windows 95 or 98 the destination of the file defaults to My Documents.
With the file open in Windows Notepad check the file.
At the end of each active interface section add the no Ñ shutdown command.
In the working examples Ethernet 0 and Serial 0 or Ethernet0 and ISDN bri0 need to be active.
9.5 At the end of each inactive interface sections there needs to be the shutdown command.
In the working examples Ethernet1 is not used and is therefore inactive.
Any desired changes should be made before saving to a dos formatted floppy diskette. Save
the
file using File menu Save.
Open the File menu again and select Save As Save in: choose 3½ Floppy (A:)
as the
destination by using the down arrow. Click Save. Mark up the diskette label with
the filename
and it’s purpose. Slide the write protection tab to safe.
10 Downloading the router configuration from a floppy diskette using HyperTerminal.
It is recommended that this procedure is followed only after defaulting the configuration first.
11 Defaulting the configuration
If the configuration settings need to be defaulted at [Router name]> type in en and press <CR>..
At Password: type in qq and press <CR>
Then type in at the [Router name]# erase Ñ startup <CR>
It displays Erasing the nvram filesystem will remove all files! Continue? [
confirm]
press y
Screen displays Erase of nvram: complete
Next type in reload <CR> Proceed with reload? [confirm] Press y <CR>
If the following message appears "System Configuration has been modified"
[ running is now different from startup due to erasing startup-config ] Save? [yes
or no]: no
Proceed with reload [confirm] Press y <CR>.
This reboots the router with a default skeleton configuration.
12 Loading the new configuration from floppy diskette using HyperTerminal
12.1 Login to the router using HyperTerminal.
12.2 At Prompt Would you like to enter the
initial configuration dialog [yes/no]
Enter no
<CR>
At the message" [Router name] con0 is now available Press RETURN to get started"
Press <CR>.
At [Router name]> type in en and press <CR>.
At [Router name]# type in show Ñ running and press <CR>.
The screen now displays the skeleton configuration.
To page through it press the Spacebar
At prompt Router # Type in conf Ñ term <CR>
[Router name](config)#
12.3 Load the diskette containing the IOS settings, into the floppy drive.
From HyperTerminal menu bar click on Transfer and Select and then
Send Text file
The File browser box opens select file to transfer by clicking the down arrow at Look in:
Select 3½ Floppy (A:) now click on the desired file e.g a:\leftcfg1.txt
then click on Open Now the file transfers to the console screen and the
configuration runs. The
last line should be end and the message Configured from Console by Console
should be
displayed.
12.4 When finished press <CR>, use the show Ñ running command to check the new configuration.
13 Saving the new configuration
Check everything is working correctly and then type copy Ñ running Ñ startup
<CR> to make
the new configuration permanent. At Destination filename [startup-config ]? Press <CR>.
Building configuration…
[OK]
The configuration will have been saved in the startup-config file.
It is advisable to restart the unit once more to confirm that the new configuration works
correctly
from startup. Next type in reload <CR> Proceed with reload?
[confirm] Press y <CR>
If the following message appears "System Configuration has been modified"
[ running should not be different from startup ] Save? [yes or no]: yes
Proceed with reload [confirm] Press <CR>.
This reboots the router with the new configuration and takes about two minutes. Confirm
everything now works.
14 USING CONFIGMAKER 2.4 TO CONFIGURE A CISCO NETWORK
14.1
Configmaker 2.4 could be used by the Router commissioner to produce the Configuration
Record.
14.2
Prerequisites :
The ConfigMaker 2.4 CdRom.
A Pentium class Pc running win95, Win98 or NT with a CdRom drive, comm port 1 , with at
least 32Mb ram and 20Mb of spare disk space and Svga monitor running with a minimum of
600x800 pixels resolution with 256 colours.
HyperTeminal program configured and working on the Comm port as described previously.
14.3 Connect the 1605 Console port to the PC Communications 1 port [Com1].
Enter the Hyperterm program from Start, Programs, Accessories, Communications,
Hyperterm.
Click on the Cisco.ht icon from the HyperTerminal window to open the saved configuration.
The Status line at the bottom of the HyperTerminal window, should now include
VT100 9600 8-N-1
Press <CR> whilst in the HyperTerminal window and ensure there is an
intelligible response
from the Cisco router Console facility.
Exit the HyperTerminal program to allow Com1 to be used exclusively by the ConfigMaker
program.
NOTE: Only one application can use a port at a time.
15 Installing the ConfigMaker software.
15.1
Insert the CISCO CONFIGMAKER V2.4 CD-ROM. Into the CD-ROM drive. Normally this will
trigger the autoload facility.
If nothing happens, use Explorer to browse the CdRom looking for the Setup.exe file.
[ Right click the Start button then click on Explore to open Explorer.
Look down the left
hand side of the screen in the Folders box looking for the Cd icon ( usually drive
D ) Double
click the Cd icon to browse the CdRom ]. Double click on the Setup.exe file
to launch the
installation procedure.
At the Cisco ConfigMaker Welcome window click Next.
Answer Yes to the Software Licence Agreement.
At Select Components window click Next to start loading the software from
the CdRom.
Untick the README file then click the Finish button.
When the loading has completed, double click the Cisco ConfigMaker 2.4 icon on the
Desktop.
At the Getting Started with Cisco ConfigMaker it is recommended that you view the tutorial.
Click Yes to view the tutorial. Exit the tutorial when finished.
16 Using ConfigMaker software to configure a Cisco 3640 Kilostream Router.
16.1
Ensure that the blue console cable is attached to the console port and ComPort, and is
working as above.
With a blank Network Diagram window recreate the network diagram of the working
example.
In Devices window select Routers Click on Cisco 3600 series Highlight Cisco 3640
Move mouse over to Network Diagram window and click where you want to
position the
first router. I.e. Drag & Drop.
The Cisco 3640 Device Wizard opens at Assign Name Highlight Cisco 3640
and
replace with a Device name of Left Click Next button
16.2 Assign Passwords Login Password set to lowercase q ( passwords are case sensitive )
Enter Password Type in q tab to Re-enter Password and type in q
Enable Password set to lowercase qq ( passwords are case sensitive )
Enter Password Type in qq tab to Re-enter Password and type in qq
Click Next button
16.3 Select Network Protocols ensure a tick is in the TCP/IP tickbox click Next button
Cisco 3640 at Slot 0 select 2Ethernet 2 WAN Slot
Indicate Cards Installed at WAN Slot 0 (empty) select 1 Serial (Async/Sync)
click Next button then click Finish button the Left Router is now shown in
the
Network Diagram window.
Double click on the Left Router to bring up the Left Properties window
To view the currently generated IOS commands for Local once the Left Properties
window
is open click on the IOS Configuration tab.
Enable SNMP set to disable, by removing the tick from the box, then Apply
then OK
before closing Left’s Properties
16.4 In Devices window select Routers Click on Cisco 1600 series Highlight Cisco 1605
Move mouse over to Network Diagram window and click where you want to position the
second router.
The Cisco 1605 Device Wizard opens at Assign Name Highlight Cisco 1605 and
replace with a Device name of Right Click Next button
16.5 Assign Passwords Login Password set to lowercase q ( passwords are case sensitive )
Enter Password Type in q tab to Re-enter Password and type in q
Enable Password set to lowercase qq ( passwords are case sensitive )
Enter Password Type in qq tab to Re-enter Password and type in qq
Click Next button
16.6 Select Network Protocols ensure a tick is in the TCP/IP tickbox click Next button
16.7 Indicate Cards Installed at WAN Slot 0 (empty) select 1 Serial (Async/Sync)
click Next button then click Finish button the Right Router is now shown in
the
Network Diagram window.
Double click on the Right Router to bring up the Right Properties window
To view the currently generated IOS commands for Right once the Right Properties window
is open click on the IOS Configuration tab.
Enable SNMP set to disable, by removing the tick from the box, then Apply
then OK
before closing Right’s Properties
In Connections window select PPP (Sync Serial ) move the mouse over the
network
window and click on first the Left Router then move to the Right Router
This connects the two routers using PPP encapsulation. Click Next.
16.8
PPP Wizard Left Specify IP address type in the Ser0 Ip address for
Left
i.e. 128.2.6.1
The Subnet Mask will alter to 255.255.255.252 or 30 Network bits change to 24
bits using
the down arrow to the right of the Network bits box the Subnet Mask will now read
255.255.255.0 Click Next button.
16.9
PPP Wizard Right Specify IP address type in the Ser0 Ip address for Right
i.e. 128.2.6.2
Ensure that the Subnet Mask reads 255.255.255.0 Click Next button.
Click Finish button
16.10
Now from the Devices window click on Host and move the mouse over to the
location in
the Network window that is required for the Laptop double click Host and change
Name
to Laptop Click Apply then Click OK
16.11
Now from the Devices window click on Host and move the mouse over to the location
in
the Network window that is required for the 4400 double click Host and
change Name to
4400 Click Apply then Click OK
16.12
Now from the Devices window click on Ethernet LAN move the mouse over to the
Network window and position the Ethernet LAN somewhere between the Laptop and Local
Router
16.13
From the Connections Window click on Ethernet- move the mouse first onto the
Laptop - click on the Laptop icon and hold down the mouse button then drag
the mouse
onto the Ethernet LAN to connect them.
Ethernet Wizard – Setup Click Next button Enter the Ip address for Laptop i.e. 128.2.1.1
Enter the Subnet Mask of 255.255.255.0 or 24 Network bits Click Next button
16.14 Click Finish button
16.15
From the Connections Window click on Ethernet- move the mouse first onto the
Left Router - click on Left icon and hold down the mouse button then drag
the mouse onto
the Ethernet LAN to connect them. Click Next button
Ethernet Wizard – Setup Select Ethernet 0 [ Eth0 ] [ Ethernet 1 is unused
in the
working example ] Click Next button
Enter the Ip address for Left eth0 i.e. 128.2.1.2
Enter the Subnet Mask of 255.255.255.0 or 24 Network bits Click Next
button
Click Finish button
16.16
Now from the Devices window click on Ethernet LAN move the mouse over to the
Network window and position the Ethernet LAN somewhere between the 4400
and
Right Router
16.17
From the Connections Window click on Ethernet move the mouse first onto the 4400
and then onto the Ethernet LAN to connect them.
16.18
From the Connections Window click on Ethernet- move the mouse first onto the
4400 -
click on the 4400 icon and hold down the mouse button then drag the mouse onto the
Ethernet LAN to connect them.
Ethernet Wizard – Setup Click Next button Enter the Ip address for 4400 i.e. 128.2.60.2
Enter the Subnet Mask of 255.255.255.0 or 24 Network bits Click Next button
Click Finish button
16.19
From the Connections Window click on Ethernet- move the mouse first onto the
Right
Router - click on Right icon and hold down the mouse button then drag the mouse
onto
the Ethernet LAN to connect them. Click Next button
Ethernet Wizard – Setup Select Ethernet 0 [ Eth0 ] [ Ethernet 1 is unused
in the
working example ] Click Next button
Enter the Ip address for Right eth0 i.e. 128.2.60.3
Enter the Subnet Mask of 255.255.255.0 or 24 Network bits Click Next
button
Click Finish button
16.20
The basic network is now complete. Next check the IOS settings of both the Left and
Right routers.
First double click on the required Router to bring up the Properties window
then click on
the IOS Configuration tab to view the currently generated IOS commands.
16.21
To use the configuration on the router it next must be delivered or downloaded to that
router.
You must first be connected directly to the router that you wish to download with the console cable.
Click on the desired Router then click on Deliver configuration Wizard in the right hand window.
Confirm delivery method is console delivery, click Next.
Ensure that the display criteria are correct and all complied with! Click Next again. This next phase takes several minutes to complete.
16.22 When completed it will show status, click Finnish.
If you make any changes remember to save the new configuration.
At the [Router name]# prompt type in copy Ñ running Ñ startup
16.23 The network diagram is shown below
17 Auto Detect Device Wizard
17.1 Where a Cisco router has previously been
configured use the Auto Detect Device Wizard
[ in the Devices window ] to automatically identify the device when directly connected to
your
computer [ by the blue console cable to Com1 ] . The Wizard can also read the current
configuration
from the device and will incorporate it in the network diagram.
17.2 The following device was identified
Model: Cisco 1605
Type: Routers
Hardware Configuration
- O Cisco 1605
L E 2 Ethernet
L Wan slot 0: 1Serial [Async/Sync ]
Click Next button to continue
Software Details:
Cisco IOS software:
Name: c1600-y-m2. 120-8
Version: 12.0 (8)
Booted via: flash
Feature set: Not available
Click Next button to continue
Auto Detect Device Wizard Read Configuration
Click checkbox Yes, I want to read the IOS configuration from the device
Click Next button to continue
Auto Detect Device Wizard Read Configuration
Parsed IOS configuration
Interface Connection Type Connect To
Ethernet0 Ethernet ( new Ethernet LAN ) Change button
Async/Sync0 PPP (sync/serial) ( new Unknown Device ) Change button
To change the " Connect To" device, click on the Change button to its right
18 Configure a Cisco 1605 on an ISDN Network using ConfigMaker 2.4
18.1 Ensure the equipment is set-up and ConfigMaker 2.4 is installed as detailed above.
18.2 .Ensure that the blue console
cable is attached to the console port and the Com Port, and is
working as above.
18.3 With a blank Network Diagram window recreate the network diagram of the ISDN working example.
18.4 In Devices window select Routers Click on Cisco 1600 series Highlight Cisco 1605
Move mouse over to Network Diagram window and click where you want to position the first router.
The Cisco
1605 Device Wizard opens at Assign Name Highlight Cisco 1605 and replace
with
a Device name of Left
Click Next button
18.5 Assign Passwords Login Password set to lowercase q ( passwords are case sensitive )
At Enter Password Type in q tab to Re-enter Password and type in q
Enable Password set to lowercase qq ( passwords are case sensitive )
At Enter
Password Type in qq tab to Re-enter Password and type in qq
Click Next
button
18.6 Select Network Protocols ensure a tick is in TCP/IP tickbox Click Next button
18.7 Indicate Cards Installed at WAN Slot 0 (empty) select ISDN BRI (U, S/T) {WIC36-1
Click Finish button
18.8 Double click on the Left Router to bring up the Left Properties window.
To view the
currently generated IOS commands for Left once the Left Properties window is open
click on the IOS
Configuration tab.
18.9 In Devices window select Routers Click on Cisco 1600 series Highlight Cisco 1605
Move mouse over to Network Diagram window and click where you want to position the second
router.
The Cisco
1605 Device Wizard opens at Assign Name Highlight Cisco 1605 and replace
with
a Device name of Right
Click Next button
18.10 Assign Passwords Login Password set to lowercase q ( passwords are case sensitive )
At Enter Password Type in q tab to Re-enter Password and type in q
Enable Password set to lowercase qq ( passwords are case sensitive )
At Enter
Password Type in qq tab to Re-enter Password and type
in qq
Click Next
button
Select Network Protocols ensure a tick is in the TCP/IP tickbox Click Next button
18.11 Indicate Cards Installed at WAN Slot 0 (empty) select ISDN BRI (U, S/T) {WIC36-1
Click Next
button then Click Finish button
The Right
Router is now shown in the Network Diagram window double click on the Right
Router
to bring up
the Right Properties window
To
view the currently generated IOS commands for Right once the Right Properties
window is
open click
on the IOS Configuration tab.
18.12 In Connections window select ISDN move the mouse over
the network window and click on first
the Left
Router then move to the Right Router
This
connects the two routers using ISDN.
18.13 ISDN Wizard click Next button Specify Information
for Left
Select ISDN
switch Type click on Net3 (U.K and others)
Click Next Button
Left
– Specify IP address [BRI]
Known as
d1 ( Dialer1 ) 128.2.6.1
Change
Subnet Mask to 255.255.255.0 [ 24 Network bits ]
Click Next button
Specify Information for Right Select ISDN switch Type
Click
on Net3 (U.K and others) Click Next Button
Right – Specify IP address [BRI]
Known as d1 ( Dialer1 ) 128.2.6.2
The Subnet Mask will already have been set to 255.255.255.0 [ 24 Network bits ]
Click Next button.
Enter Destination Phone Number
Phone number(s) to call Right enter 1111
Phone number(s) to call Left enter 2222 Click Next button
Enter Authentication Information
" To prevent unauthorised access to the ISDN interfaces, the ISDN connection requires
a
password to access it ". Enter your password for this ISDN connection here
( this password secures both incoming and outgoing access ).
Enter CHAP Password: qq Click Next button Click Finish button
18.14 PPP Wizard Left Specify IP address type in the Ser0 Ip address for Left i.e. 128.2.6.1
The Subnet Mask will alter to 255.255.255.252 or 30 Network bits change to 24
bits using the
down arrow to the right of the Network bits box the Subnet Mask will now read 255.255.255.0
Click Next button.
18.15 PPP Wizard Right Specify IP address
type in the Ser0 Ip address for Right i.e. 128.2.6.2
The Subnet Mask will alter to 255.255.255.252 or 30 Network bits Change to 24
bits using the
down arrow to the right of the Network bits box the Subnet Mask will now read 255.255.255.0
Click Next button. Click Finish
button
18.16 Now from the Devices window
click on Host and move the mouse over to the location in the
Network window that is required for the Laptop Double click Host and
change Name to
Laptop Click Apply then Click OK
18.17 Now from the Devices window click on Host
and move the mouse over to the location in the
Network window that is required for the 4400 Double click Host and
change Name to 4400
Click Apply then Click OK
Now from the Devices window click on Ethernet LAN move the mouse over to the Network
window and position the Ethernet LAN somewhere between the Laptop and Left
Router
18.18 From the Connections Window
click on Ethernet- move the mouse first onto the Laptop -
click on the Laptop icon and hold down the mouse button then drag the mouse onto
the
Ethernet LAN to connect them.
Ethernet Wizard – Setup Click Next button Enter the Ip address for Laptop i.e. 128.2.1.1
Enter the Subnet Mask of 255.255.255.0 or 24 Network bits Click Next
button
Click Finish button
18.19 From the Connections Window
click on Ethernet- move the mouse first onto the Left Router -
click on Left icon and hold down the mouse button then drag the mouse onto the Ethernet
LAN
to connect them. Click Next button
Ethernet Wizard – Setup Select Ethernet 0 [ Eth0 ] [ Ethernet 1 is unused
in the working
example ] Click Next button
Enter the Ip address for Left eth0 i.e. 128.2.1.2
Enter the Subnet Mask of 255.255.255.0 or 24 Network bits Click Next
button Click Finish button
18.20 Now from the Devices window
click on Ethernet LAN move the mouse over to the Network
window and position the Ethernet LAN somewhere between the 4400 and Right
Router
From the Connections Window click on Ethernet move the mouse first onto the 4400
and then
onto the Ethernet LAN to connect them.
18.21 From the Connections Window
click on Ethernet- move the mouse first onto the 4400 - click
on the 4400 icon and hold down the mouse button then drag the mouse onto the Ethernet
LAN
to connect them.
Ethernet Wizard – Setup Click Next button Enter the Ip address for 4400 i.e. 128.2.60.2
Enter the Subnet Mask of 255.255.255.0 or 24 Network bits Click Next button
18.22 Click Finish button
18.23 From the Connections Window
click on Ethernet- move the mouse first onto the Right
Router - click on Right icon and hold down the mouse button then drag the mouse onto
the
Ethernet LAN to connect them. Click Next button
Ethernet Wizard – Setup Select Ethernet 0 [ Eth0 ] [ Ethernet 1 is unused
in the working
example ] Click Next button
Enter the Ip address for Right eth0 i.e. 128.2.60.3
Enter the Subnet Mask of 255.255.255.0 or 24 Network bits Click Next button
Click Finish button
18.24 The basic network is now complete. Next check the IOS settings of both the Left and Right routers.
First double click on the required Router to bring up the Properties window then
click on the
IOS Configuration tab to view the currently generated IOS commands.
18.25 To use the configuration on the router it next must be delivered or downloaded to that router.
You must first be connected directly to the router that you wish to download with the console cable.
Click on Deliver configuration Wizard in the right hand window.
18.26 If you make any changes remember to save the new configuration.
At the [Router name]# prompt type in copy Ñ running Ñ startup
18.27 The network diagram is shown below.
18.28
19 Configmaker 2.4 Firewall Wizard
19.1 Open Config Maker 2.4
Produce or display the network diagram.
Click on the Router which is to have the Firewall (in example it is called Right)
Click on Firewall Wizard on right hand site of the screen.
19.2 Firewall Wizard
The Firewall Wizard sets up a firewall between your networks and the connection to the
internet
or Corporate Network. It configures the Cisco IOS Firewall feature set and Cisco access
control
lists on the router.
The configuration applies to Right which is the router connected to the internet or
Corporate
Network.
To continue, click Next Click Next
19.3 FIREWALL Firewall
Does the router have the Cisco IOS Firewall feature set installed on Right?
Click on Yes, No or Autodetect then Click Next
19.4 FIREWALL Policy
A firewall policy for a LAN or device defines who has access to the LAN or device and what
it can access.
In the following pages, you will specify a policy for each LAN and device connected to
Right
and for each server connected to this network.
For each network, the policy applies to it and all other subnetworks connected to this network.
To define your firewall policy, click Next Click Next
19.5 FIREWALL Policy EthernetLAN_1 Accessing Policy.
EthernetLAN_1 policy
Define the firewall policy for this device. Looking from the device's point of view,
specify
who (client) can access what services (policy) on this device (server).
Click on …
19.6 FIREWALL Policy Left accessing EthernetLAN_1
Permission - display all options and highlight & click desired one
Options are:-
Deny All Services
Access Selected Services
Access All Services
Deny Selected Services
19.7 The list of IP Services are:-
BGP (179)
BOOTP-CLIENT (68)
BOOTP-SERVER (67)
CU-SEEME (7648-7649)
DNS (53)
FINGER (79)
H.323 (1720)
HTTP (80)
ICMP
IKE (500)
NeWS (144)
NFS (2049)
NNTP (199)
RCMD (512-514)
REAL AUDIO (7070)
REXEC (514)
RLOGIN (513)RTELNET (107)
SFTP (115)
SMTP (25)
SNMP (161)
SNMP-TRAPS (162)
SQL-NET (1521)
STRMWORKS (1558)
TACACS (49)
TFTP (69)
VDOLIVE (7000)
19.8 Double click to select each required IP
Service
You can add extra IP Services
Click OK when complete
19.9 FIREWALL EthernetLAN_1 Access Policy
displays permissions set so far
Click Next
& repeat the Paras for all required devices listed.
20 CISCO ROUTERS
Other FECO’s will detail information on specific Cisco models.
21 CISCO ROUTER CABLE
ADAPTORS
NOTE. Cisco provides different RJ45 to 9pin/25pin adaptors for connection of the Cisco
Routers
to VDU’s, PC’s and Modems. These can be used with the approriate cables for
connection, but
are DIFFERENT from the Perle/Chase Router Connectors. Only use Cisco Adaptors on Cisco
equipment and Perle/Chase Adaptors on Perle/Chase equipment.