i will do this lab today Names and addresses used in lab
They overwrites the names and address from cisco labs.

X - is the number of devices on a rack . It should be consistent with the group number.


SWITCH

Switch Name: S_X

Designed VLANs and their names :
VLAN no    VLAN name
10 - LabX_10
20 - LabX_20
99 - LabX_99_management

Ports to VLANs assigment:
VLAN 10: Fa 0/1-10
VLAN 20: Fa 0/11-20
Trunk : Fa 0/21-24 and Gi 0/1-2

Network addresses used for different VLANs:
NET1 for VLAN 10: 172.16.10.0/24
NET2 for VLAN 20: 172.16.20.0/24
NET3 for VLAN 99 : 172.16.99.0/24

Cable connections:
A. version for exercise with VLAN connecting through dedicated ports
VLAN 10: S_X Fa 0/3 - S_Y Fa 0/5
VLAN 20: S_X Fa 0/13 - S_Y Fa 0/15
VLAN 99: S_X Fa 0/22 - S_Y Fa 0/24

B. version for exercise with VLAN connecting through trunk port
Trunk: S_X Fa 0/22 - S_Y Fa 0/24

IP addresses assigned to management interface (VLAN 99) of switch:
S_X : 172.16.99.X9/24
defaul gateway : 172.16.99.X0

IPv6 configuration :
...


COMPUTERS
The IP addresses assigned to the computers:
PC1 : 172.16.10.X1/24 gateway : 172.16.10.X0
PC2 : 172.16.20.X2/24 gateway : 172.16.20.X0

IPv6 configuration :
...


ROUTER

Router Name: R_X

A.
IP addresses assigned to the router LAN interfaces
 Fa 0/0 (Fa 0/2/0 or other): 172.16.99.X0 255.255.255.0

IPv6 configuration :
...

B.
version for the exercise with VLAN connecting through trunk port
VLAN 10: FastEthernet 0/0.10 : 172.16.10.X0/24 ,
VLAN 20: FastEthernet 0/0.20 : 172.16.20.X0/24 ,
VLAN 99 : FastEthernet 0/0.99 : 172.16.99.X0/24 native VLAN

Version for Router 2610
VLAN 99 : Ethernet 0/ 0: 172.16.99.X0/24 , ( not set the native VLAN)

IPv6 configuration :
...

IP addresses assigned to the router's WAN interfaces :

WAN1 : 10.X.N.1/30, (eg 10.1.2.1 for net between the groups 1 and 2)
WAN2 : 10.M.X.2/30, (eg 10.5.1.2 for net between groups of 5 and 1)
... ( the same pattern for the other interfaces )
WAN3 : 10.X.L.1/30
WAN4 : 10.K.X.2/30

IPv6 configuration :
...


The laboratory base on following exercises:
* [4.1.4.6] CCNA R&S2 v. 5.0 - the basic configuration of the router, configure an SSH connection, the configuration of IPv6 
* [4.1.4.7] CCNA R&S2 v. 5.0 - configuration of the router using the CCP (Cisco Configuration Professional) 
* [5.1.2.4] CCNA R&S2 v. 5.0 - inter-VLAN routing via dedicated ports 
* [5.1.3.7] CCNA R&S2 v. 5.0 - routing between VLANs through a trunk port


Task 0 - The basic configuration of the router and switch.

0 point
*[ 4.1.4.6 ] CCNA R&S2 v. 5.0 - the basic configuration of the router , configure an SSH connection , the configuration of IPv6

Configuration of PC computer

- Connect PC1 computer to port Fa 0 /1 of the switch.
- Connect PC2 computer to port Fa 0 /11 of the switch.

- Configure PCs to work in the lab network :
IP addresses:

PC1 : 172.16.10.X1/24 , gateway : 172.16.10.X0

PC2 : 172.16.20.X2/24 , gateway : 172.16.20.X0
...
X - is the number of the router on the stand and the number of a laboratory student group.

- Set the default gateway to the IP address of the router,
- Remove remaining existing gates, turn off the Internet interface .

To properly connect to a laboratory set, default gateway on Cisco NIC must be configured as the IP address of the router. You also need to remove the exiting default gateway on Internet NIC by disabling this interfeace.


Basic router configuration
Depending on the operating system version and model of your router commands can differ slightly .

- Connect the lowermost Fast Ethernet router port ( 0/0 or 0/2/0 ) to the switch port Fa 0/23.
- Configure IP addressing on PCs.
- Run the putty or hyperterminal and check the console connection .
- Displays the current configuration of the router. Note the names of interfaces .
R_X#show running-config
- Check the memory size frames, nvram , flash and processor type in your router .
R_X#show version
- Check whether there is a startup configuration,
R_X#show startup-config
- If there is a configuration page , delete it and reboot the router.
R_X#erase startup-config
R_X#reload
At the start of unconfigured cisco device startup proposes wants to input into initial configuration mode . Bring out this process by typing respectively
Would you like to terminate autoinstall?[yes/no]:yes<ENTER>
Would you like to enter the initial configuration dialog?[yes/no]:no<ENTER>
- Please refer to the router CLI .
Check the various configuration levels ( user , privileged user , interface , console , terminals, ... ) .
Router>
Router>enable
Router#
Router#configure terminal
Router(config)#
...
- Configure the name of the router.
Router(config)#hostname R_X
R_X(config)#
- Set up the message of the day ( MOTD ) .
R_X(config)#banner motd #The supervised. Access only to authorized users#
- Set password to access :
enable password unencrypted - class,
console password - cisco
terminals password - cisco

R_X#configure terminal
R_X(config)#enable password class
R_X(config)#line console 0
R_X(config-line)#password cisco
R_X(config-line)#logging synchronous
R_X(config-line)#exec-timeout 0 0
R_X(config-line)#login
R_X(config-line)#exit
R_X(config)#line vty 0 4
R_X(config-line)#password cisco
R_X(config-line)#logging synchronous
R_X(config-line)#exec-timeout 0 0
R_X(config-line)#login
R_X(config-line)#exit
logging synchronous command prevents the user before interrupting his commands through the messages printed on the console.
exec-timeout command specifies the idle time after which the connection to the router is cloced. A value of 0 makes the connection will not be interrupted. The default value is 10 minutes.

What does 0 0 in the command exec-timeout ? How to set the automatic logout after 5 minutes ?

- Turn off automating DNS IP addresses resolving.
R_X(config)#no ip domain-lookup<Enter>
- Set IP address on router LAN interface
R_X(config)#interface Fa 0/0 (Fa 0/2/0 or other)
R_X(config-if)#ip address 172.16.99.X0 255.255.255.0
R_X(config-if)#no shutdown
R_X(config-if)#end

- Save the current configurations to nvram .
R_X#copy running-config startup-config
Destinatiion filename [startup-config]?<Enter>
- Compare the configuration in RAM and NVRAM .
R_X#show running-config
R_X#show startup-config
- Back up your configuration by capturing the print of command show running-config from the console to a text file c :/cisco/users/firstname.secondname /R_X_config.txt

Basic switch configuration
- Delete the previous configuration and reboot the switch .
Delete a file vlan.dat that contain information about configured VLANs,
S_X#delete flash:vlan.dat
Delete filename [vlan.dat]?<Enter>
Delete flash:vlan.dat?[confirm]<Enter>
Delete the nvram memory ( startup-config )
S_X#erase startup-config
S_X#reload
Proceed with reload?[confirm]<Enter>
At the start of unconfigured cisco device startup proposes wants to input into initial configuration mode . Bring out this process by typing respectively
Would you like to terminate autoinstall?[yes/no]:yes<ENTER>
Would you like to enter the initial configuration dialog?[yes/no]:no<ENTER>
- Please refer to the router CLI .
Check the various configuration levels ( user , privileged user , interface , console , terminals, ... ) .
Switch>
Switch>enable
Switch#
Switch#configure terminal
Switch(config)#
...
- Configure the switch name
Switch(config)#hostname S_X
S_X(config)#
- Set password to access :
enable password unencrypted - class,
console password - cisco
terminals password - cisco

S_X#configure terminal
S_X(config)#enable password class
S_X(config)#line console 0
S_X(config-line)#password cisco
S_X(config-line)#logging synchronous
S_X(config-line)#exec-timeout 0 0
S_X(config-line)#login
S_X(config-line)#exit
S_X(config)#line vty 0 15
S_X(config-line)#password cisco
S_X(config-line)#logging synchronous
S_X(config-line)#exec-timeout 0 0
S_X(config-line)#login
S_X(config-line)#exit

logging synchronous command prevents the user before interrupting his commands through the messages printed on the console.
exec-timeout command specifies the idle time after which the connection to the router is cloced. A value of 0 makes the connection will not be interrupted. The default value is 10 minutes.

What does 0 0 in the command exec-timeout ? How to set the automatic logout after 5 minutes ?

- Set up the message of the day ( MOTD ) .
S_X(config)#banner motd #The supervised. Access only to authorized users#
* Default gateway,
S_X (config) ip defaul-gateway 172.16.99.X0
* A description of the connected interfaces ,
* Disable DNS lookup for IP dns addresses translation,
S_X(config)#no ip domain-lookup<Enter>

Task 1 - VLAN configuration.
1 points
*[ 5.1.2.4 ] CCNA R&S2 v. 5.0 - inter-VLAN routing via dedicated ports
[6.2.2.5] CCNA R&S2 v. 6.0 - Configuring VLANs and Trunking
[6.3.2.4] CCNA R&S2 v. 6.0 - Configuring Per-Interface Inter-VLAN Routing


- Check connection of PC1 computer to port Fa 0 /1 of the switch.
- Check connection of PC2 computer to port Fa 0 /11 of the switch.

Switch configuration
- Create following VLANs :
VLAN no  - VLAN name      
10 - LabX_10
20 - LabX_20
99 - LabX_99_management
S_X(config)#vlan 10
S_X(config-vlan)#name LabX_10
S_X(config-vlan)#vlan 20
S_X(config-vlan)#name LabX_20
S_X(config-vlan)#vlan 99
S_X(config-vlan)#name LabX_99_management
S_X(config-vlan)#exit
S_X(config)#
- Assign VLANs to the following ports:
VLAN 10 - Fa 0/1-10
VLAN 20 - Fa 0/11-20
S_X(config)#interface range FastEthernet 0/1-10
S_X(config-if-range)#switchport mode access
S_X(config-if-range)#switchport access VLAN 10
S_X(config)#interface range FastEthernet 0/11-20
S_X(config-if-range)#switchport mode access
S_X(config-if-range)#switchport access VLAN 20

S_X(config)#interface range FastEthernet 0/21-24
S_X(config-if-range)#switchport mode access
S_X(config-if-range)#switchport access VLAN 99
S_X(config)#interface range Gi 0/1-2
S_X(config-if-range)#switchport mode access
S_X(config-if-range)#switchport access VLAN 99
- Turn on all ports using range command.
S_X(config)#interface range Fa 0/1-24
S_X(config-if-range)# no shutdown
S_X(config)#interface range Gi 0/1-2
S_X(config-if-range)# no shutdown
S_X(config-if-range)# end
S_X#
- Configure the Management VLAN (IP address, turn on the interface).
Configure an IP address for management VLAN to enables communication with the switch . Communication with the switch will only be possible after you have configured one active connection in VLAN 99. In the exercise it will be the trunk connection between the switch and the router.
S_X(config)#interface vlan 99
S_X(config-if)#ip address 172.16.99.X9 255.255.255.0
S_X(config-if)#no shutdown
- Copy the configuration to NVRAM .
- make the communication tests between VLANs
PC1 - PC2
PC1, PC2 - switch
PC1, PC2 - router
router - switch
Save the results. Some connection may not work.
Explain why it is working or not.

- make the possibilities of communication to different networks
PC_X1 - PC_Y1
PC_X2 - PC_Y2
R_X - R_Y
S_X - S_Y

Save the results. Some connection may not work.
Explain why it is working or not.

Task 2 -  Connecting corresponding VLAN on different switches with dedicated links (cables).
Points 2


Connecting corresponding VLAN on different switches with dedicated ports (cables)
- Connect the corresponding VLANs from the neighboring switches. Use additional cables.

Connect S_X Fa 0/3 port to S_Y Fa 0/5 port
Connect S_X Fa 0/13 port to S_Y Fa 0/15 port
Connect S_X Fa 0/22 port to S_Y Fa 0/24 port

- Check the following connections:

1.
- PC_X1 -  PC_Y1,
- PC_X2 - PC_Y2,
- PC_X1 - PC_N1 (N correspond to index number of other group)
- PC_X2 - PC_N2 (N correspond to index number of other group)

2.

- S_X - S_Y
- R_X - S_X
- R_X - R_Y
- R_X - S_Y
- PC1 - PC2 (may not to work),
- PC1 - S_X (may not to work),
- PC2 - S_X (may not to work),

Save the results. Some connection may not work.
Explain why it is working or not.

- Ask instructor to check your exercise.

Task 3 - Interconnecting VLANs configured on different switches through a trunk links.
Points: 2

Interconnection the different VLANs form different switches through the trunk link.
1 point
To save the ports and facilitate management and configuration administrator decide to implement trunk link between switches.

- Disconnect the cables from previous step. (Fa 0/3, Fa 0/5, Fa 0/13, Fa 0/15)
- Interconnect the adjacent switches with single wire. Use the trunk ports.
Connect S_X Fa 0/19 port to S_Y 0/21 port

- Configure the last ports on your switch as trunk ports. Set the native VLAN to 99.
Trunk - Fa 0/19-24 i Gi 0/1-2, native VLAN 99

S_X(config)#interface range FastEthernet 0/19-24, Gi 0/1-2
S_X(config-if-range)#switchport mode trunk
S_X(config-if-range)#switchport trunk native VLAN 99
S_X(config-if-range)#end

- Check the trunk configuration 
S_X# show interface (Fa 0/19 or Fa 0/21) trunk
S_X# show interface (Fa 0/19 or Fa 0/21) switchport

- Check the following connections:

1.
- PC_X1 -  PC_Y1,
- PC_X2 - PC_Y2,
- PC_X1 - PC_N1 (N correspond to index number of other group)
- PC_X2 - PC_N2 (N correspond to index number of other group)
- S_X - S_Y

2.
- PC1 - PC2 (may not to work),
- PC1 - PC1 default gateway (may not to work),
- PC2 - PC2 default gateway (may not to work),
- PC1 - S_X (may not to work),
- PC2 - S_X (may not to work),

Show the solutions before proceeding 

- Remove the static trunk configuration
S_X(config)#interface range Gi 0/1
S_X(config-if-range)#no switchport nonegotiate
S_X(config-if-range)#no switchport mode trunk
S_X(config-if-range)#exit

- Configure the trunk using different options:
1. S_X set as switchport mode dynamic auto  - S_Y set as switchport mode dynamic auto
2. S_X set as switchport mode dynamic auto  - S_Y set as switchport mode dynamic desirable 
3. S_X set as switchport mode dynamic desirable  - S_Y set as switchport mode dynamic desirable 
4. S_X set as switchport mode dynamic auto  - S_Y set as switchport mode trunk
5. S_X set as switchport mode access  - S_Y set as switchport mode trunk

Option 1:

S_X(config)#interface range Gi 0/1
S_X(config-if-range)#switchport mode dynamic auto
S_X(config-if-range)#exit

S_Y(config)#interface range Gi 0/1
S_Y(config-if-range)#switchport mode dynamic auto
S_Y(config-if-range)#exit

- Check the trunk configuration 
S_X# show interface Gi 0/1 trunk
S_X# show interface Gi 0/1 switchport

- Check the following connections:

1.
- PC_X1 -  PC_Y1,
- PC_X2 - PC_Y2,
- PC_X1 - PC_N1 (N correspond to index number of other group)
- PC_X2 - PC_N2 (N correspond to index number of other group)
- S_X - S_Y

2.
- PC1 - PC2 (may not to work),
- PC1 - PC1 default gateway (may not to work),
- PC2 - PC2 default gateway (may not to work),
- PC1 - S_X (may not to work),
- PC2 - S_X (may not to work),

- Save the results. Some connection may not work.
Explain why it is working or not.


Option 2:

S_X(config)#interface range Gi 0/1
S_X(config-if-range)#switchport mode dynamic auto
S_X(config-if-range)#exit
S_Y(config)#interface range Gi 0/1
S_Y(config-if-range)#switchport mode dynamic desirable
S_Y(config-if-range)#exit

- Check the trunk configuration
S_X# show interface Gi 0/1 trunk
S_X# show interface Gi 0/1 switchport
- Check the following connections:

1.
- PC_X1 -  PC_Y1,
- PC_X2 - PC_Y2,
- PC_X1 - PC_N1 (N correspond to index number of other group)
- PC_X2 - PC_N2 (N correspond to index number of other group)
- S_X - S_Y

2.
- PC1 - PC2 (may not to work),
- PC1 - PC1 default gateway (may not to work),
- PC2 - PC2 default gateway (may not to work),
- PC1 - S_X (may not to work),
- PC2 - S_X (may not to work),

- Save the results. Some connection may not work.
Explain why it is working or not.



Option 3:

Follow the previuos steps

- Save the results. Some connection may not work.
Explain why it is working or not.

Option 4:

Follow the previuos steps

- Save the results. Some connection may not work.
Explain why it is working or not.


Option 5:

Follow the previuos steps

- Save the results. Some connection may not work.
Explain why it is working or not.


- Ask instructor to check your exercise. give all the answers and possible questions. explect me to know nothing explain everything what needed