Skip to main content
ROUTER CONFIGURATION

Router is generally used to connect different networks and share the information. Router is used to connect to multiple networks and forward the packets either in other networks or in its own network.

Steps to Configure: 

1) Connect PCs with switch and further switch with routers.
2) do it twice and ten connect both the routers with each other.
3) Now, assign the IP's and respective gateways to the PCs.
4) Again, assign the IP address to the serial ports for both the routers.
  
Router-1
a) interface serial 0/1/0
b) IP address= 192.168.2.1 and Subnet mask= 255.255.255.0
c) No Shut
d) exit

    same steps with Router-2, but
    a)  interface serial= 0/0/0
    b) IP Address= 192.168.2.2 and Subnet mask= 255.255.255.0

5) Now, assign IP's to interface, connecting switches.

Router-1
a) int gig 0/1
b) IP address= 192.168.110.1 and Subnet mask= 255.255.255.0
c) No Shut
d) exit

Router-2
a) int gig 0/1
b) IP address= 192.168.110.2 and Subnet mask= 255.255.255.0
c) No Shut
d) exit

6) Now, assign IP's and respective gateways to the respective PCs according to their routers.
7) Now, ping any PC.


Comments

Popular posts from this blog

Generate Traffic in Simulation Mode

Objectives Part 1: Generate Network Traffic in Simulation Mode Part 2: Examine the Functionality of the TCP and UDP Protocols Background This simulation activity is intended to provide a foundation for understanding the TCP and UDP in detail. Simulation mode provides the ability to view the functionality of the different protocols. As data moves through the network, it is broken down into smaller pieces and identified in some fashion so that the pieces can be put back together. Each of these pieces is assigned a specific name (protocol data unit [PDU]) and associated with a specific layer. Packet Tracer Simulation mode enables the user to view each of the protocols and the associated PDU. The steps outlined below lead the user through the process of requesting services using various applications available on a client PC.  This activity provides an opportunity to explore the functionality of the TCP and UDP protocols, multiplexing and the function of port numbers in ...

CISCO PACKET TRACER

Cisco Packet Tracer Cisco developed Packet Tracer to help networking academy students achieve the most optimal learning experience while gaining practical networking technology skills. Packet Tracer is a powerful network simulation platform inspiring students to experiment with network behavior and ask 'what if' questions. It supplements physical equipment in the classroom by allowing students to create a network with an almost unlimited number of devices, encouraging practice, discovery and troubleshooting.                                            Example of CISCO Packet Tracer Work space Key Features: 1. Packet Tracer Work Space : CISCO packet tracer has two work space modes, Logical and Physical. The logical work space allows users to build logical network topology by placing, connecting and clustering virtual network devices. The physical work space p...

Socket Programming

SOCKET PROGRAMMING TCP SOCKET PROGRAMMING TCP  Python provides two levels of access to network services. At a low level, you can access the basic socket support in the underlying operating system, which allows you to implement clients and servers for both connection-oriented and connectionless protocols. Python also has libraries that provide higher-level access to specific application-level network protocols, such as FTP, HTTP, and so on. What is Sockets? Sockets are the endpoints of a bidirectional communications channel. Sockets may communicate within a process, between processes on the same machine, or between processes on different continents. Sockets may be implemented over a number of different channel types: Unix domain sockets, TCP, UDP, and so on. The socket library provides specific classes for handling the common transports as well as a generic interface for handling the rest. Sockets have their own vocabulary − Term & Description 1...