Free network packet sender tool
Once it arrives at the relevant program in your friend’s computer, the “headers” and “trailers” are stripped off, and the payloads/data are put together, each in its place as indicated by its identifiers, to display the video. Although, there are times when a packet can get lost, but we’ll discuss that later. Consequently, all packets follow a suitable route towards their destination, and they don’t all get stuck in one route.
This is done by assigning identifiers to the network packets in such a way that the recipient computer understands and reassembles them into the original video.Įach packet is then sent off separately through the best available route into the internet network sequentially, to ensure even distribution of network traffic data.
In that split second which it takes you to click “send,” and the video gets to your friend’s inbox, a lot happens.įirst, your computer fragments the video into smaller chunks, each containing a piece of the video. Take for example you sent a friend a cat video (who doesn’t love cat videos). We can explain the concepts by analyzing any of the numerous tasks you perform with your computer. Without these fragmentations, it will be a lot harder to move big chunks of information across a network. They are the basic units of information transfer over a network, as each information being sent off by a sender is broken down into small structures to enable easy and quick transmission over network links. A network packet or IP packet can be referred to as a unit of data (of about 1 KBS to 1.5 KBS) flowing from an origin to a destination address (from a sender to a receiver) within the internet or packet-switched network. Everything flowing through a network can be classified as part of data enclosed in a packet.