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NetFlow vs. sFlow vs. IPFIX vs. NetStream. Network Traffic Analysis and Monitoring.

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Build, Design and Test your network in a risk-free virtual environment and access the largest networking community to help. Whether you are studying for your first networking exam or building out a state-wide telecommunications network, GNS3 offers an easy way to design and build networks of any size without the need for hardware.

We can simulate any type of network device and create topology based upon our specific requirements in GNS3 for testing and simulation. This also helps in creating complex simulations of any network for testing, troubleshooting, and configuration validations. The IP address schema used is the following: rtr1: 192.168.20.1; rtr2: 192.168.20.2.
GNS3 is one of the Network Simulators, that allows you to use real router images.
For example like 224.255.0.1 multicast ip address, 230.127.0.1, 232.255.0.1, 238.255.0.1 ip addresses will also use the same MAC that we have produced.This is tru for all these 32 ip addresses.
After installing the GNS3 program, follow the steps below to add a new Router / Switch IOS image. After running GNS3, the first opening of the program is as follows.Select Local Server in.

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What is Multicast MAC Address?

As you know, a MAC address consist of 48 bits. And these 48 bits are divided into two as vendor code and host code. The first part, vendor code is given by the device vendor. It shows the manufacturer of the device. The second part, host code identifies the device within the other devices of that vendor. Thare are also some specific MAC addresses used in Multicast technology. These are Multicast MAC Addresses. So, what is a Multicast MAC address?

Multicast MACs starts with a fised part as 0100:5e. For one MAC address, only the last 23 bits of that MAC address is used to produce this Multicast MAC. The first 25 is fixed . The fixed part is 0100:5e (00000001:00000000:010111110:0 … ).

In this lesson, we will explain what is a Multicast MAC Address with an example. We will learn how to create these MACs and which Multicast IP addresses are using this same Media Access Control Address.

You can visit also Multicast Quizes page, to test yourself on Multicast Lessons.

Lets explain this usage with an example.

For our example, we have a Multicast IP Address 224.255.0.1. Let’s find the Multicast MAC of this ip address and the other Multicast IP Addresses which use the same MAC address. Because, there are 32 Multicast IP addresses that corresponds to a Multicast MAC Address.

Here, we have 4 steps to produce this MAC address. These steps are given below:

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1)Firstly, let’s write our ip address in binary format:

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224.255.0.1 = 11100000.11111111.00000000.00000001 (32 bits)

2) Then, we let’s get the last 23 bits of this binary ip address :

1111111.00000000.00000001

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3) We will take the fixed part of the Multicast MACs like below and we will write it in binary format. It is 25 bits.

0100:5e = 00000001:00000000:010111110:0

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4) Lastly, we will combine the fixed 25 bits with the last 23 bits of the multicast ip to create our Multicat MAC Address :

00000001:00000000:01011110:01111111.00000000.00000001 = 01:00:5e:7F:00:01

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For Multicast IP Address, the first 4 bits are fixed, these first four bits are 1110. The last 23 bits are used for Multicast MAC Address. And the remainning 5 bits in the middle can be any value. So, 2^5, you can create 32 different IP address with this changable area.

For our example, the Multicast IP addresses that share the same Multicast MAC Address are showed below. Engravelab expert v7.1 software download. Here, with the 5th, 6th, 7th, 8th and 9th bits, 32 different Multicast IP Addresses can be written.

11100000.10000000.00110000.00001000

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These Multicast IP Addresses that can be used with this created