unicast, multicast, and broadcast MAC addresses on a LAN? Provide examples for each type, along with an explanatio
Networking Model
Networking is a method of linking two or more devices in order to share data, give technical support, and communicate. It refers to the communication between connected computing devices such as desktops, laptops, smartphones, servers, and tablets and also Internet of Things (IoT) devices such as cameras, doorbells, door locks, and various sensors.
Design of the Network System
For a medium and a large scale business around the globe computers and networking plays a major role. With the access of these digital components hardware, all the necessities are interconnected and thus business runs smoothly. As the daily consumption rate of a product is increasing day by day thus the networking factor or the network design of a business is also becoming more complex.
Networking
Networking refers to the communication shared between a group of computers. A group of computers connected to each other for the purpose of sharing resources and information is called a computer network. The first computer network was ARPANET, which stands for Advanced Research Projects Agency Network.
How can one differentiate between unicast, multicast, and broadcast MAC addresses on a LAN? Provide examples for each type, along with an explanation.
There are three straightforward ways to move data over a network: unicast, broadcast, and multicast. So let's start by summarising how these three differ from one another:
- One-to-One: Unicast (from one source to one destination)
- Broadcast: One-to-All (from one source to all potential destinations)
- Multicast: One-to-Many traffic sent from one source to many destinations who express interest in receiving it.
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