Creating a network with packet tracer 6.1.1 simulation

Creating a network with packet tracer simulation will be discussed Jarkom this time bro. For those who have long known elu computer network may already know what it is packet tracer. This application is often used as a medium for making a computer network simulation. With this application we can see a virtual picture of how computers to one another related to other computers through a different network. Little explanation of packet tracer: Packet Tracer is a simulator Cisco network devices that are often used as a medium of learning and training, and also in the field of computer network simulation study. The program was created by Cisco Systems and is provided free of charge to faculty, students and alumni who have participated in the Cisco Networking Academy. Packet Tracer main purpose is to provide a tool for students and teachers in order to understand the principles of computer networks and also build skills in Cisco network devices. [Wikipedia] As of this writing, the latest version of Packet Tracer has released version 6.1.1. In this version can simulate Application Layer protocols, basic Routing RIP, OSPF, and EIGRP, up to the level required in the applicable CCNA curriculum, so if at first glance this software aims for CCNA classes. Taget Packet Tracer provides simulation network are real, but there are some limitations such as the removal of some of the commands used in the original instrument, namely a reduction in the Cisco IOS command. Packet Tracer and also can not be used to model the productive network / active. With the release of version 6.1, some features are added, including BGP features. BGP does not include the CCNA curriculum, but including CCNP curriculum. Well then how do I create a simulated network with packet tracer? Before you begin, you can first download packet tracer 6.1.1 [here] 166 MB Here create a network simulation with cisco packet tracer: At times it is a tutorial that in a post on the blog [source] which makes simulation network by connecting multiple local networks in 1 course network using cisco packet tracer application.
STEP 1 :
After the install, open the Application Packet Tracer.

STEP 2
Add some computers as simulation to create a network

STEP 3
Add Switch, used to connect multiple computers in the network.

STEP 4
Connect PC to Switch Used Straight cable and connect all PCs with FastEthernet ranging from PC 1 and PC others to FastEthernet 0/1 to switch sequentially.

STEP 05
Then do the same thing as above, for the three other networks so that now there are 4 network

STEP 6 
Configuring IP Address for each computer. Double click on any PC and select Desktop> IP Configuration
.

PC 0 : 192.168.1.10
PC 1 : 192.168.1.11
PC 2 : 192.168.1.12
PC 3 : 192.168.1.14
PC 4 : 192.168.1.15
Subnet Mask  : 255.255.255.0
This network gateway equate Example 192.168.1.1 (lokal 1)
PC 6 : 192.168.2.10
Do the same with the next PC.
and together we identify the network gateway 192.168.2.1 (lokal 2)
PC 12 : 192.168.3.10
Do the same with the next PC.
and together we identify the network gateway 192.168.3.1 (lokal 3)
PC 18 : 192.168.4.10
Do the same with the next PC.
and together we identify the network gateway192.168.4.1 (lokal 4)

STEP 7
After configuring the IP, you can try first local network by trying to send a message
. (Press P to the Shortcuts Send a Message)

STEP 8
Then after all the local tiap2 successful on the network, then we connect 4 local network with 2 pieces 2620XM router. Before the turn off the router by pressing the on off green, plus the NM-4E drag to the router, and then turn the router back.

STEP 9
The connection from the switch to the router using a straight cable and to connect the two pieces of the router using a cross cable.

STEP 10
Setting the network path with a double-click and select config router FastEthernet 0/0 and then fill in the IP gateway network path earlier, as well as FastEthernet 0/1. Then select the checkbox ON. And do not forget the other router settings the same thing

STEP 11
For the latter we give the IP of the router 0 FastEthernet 1/1 eg 192.168.210.5 and 192.168.210.10 on the router 2 and tick ON.

STEP 12
Then the last one we are setting the RIP, to introduce the network path. 0 RIP routers add 192.168.1.1, 192.168.2.1, 192.168.3.1 192.168.210.5 and Router1, 192.168.4.1, 192.168.210.10

STEP 13
Finally, we've been able to connect 4 network by using 2 routers, test by sending a letter of inter-network packet network.