What Is Asynchronous Transfer Mode
Asynchronous transfer mode or ATM can be described as a cell based switching technique that has produced a change in the communication services of today and are relevant to interconnecting computer systems. This encompasses a great deal of great functions that can work on both LAN and WAN links for businesses in Seneca.
Many of us are familiar with the term ATM, however how many really understand anything concerning its functionality or how it performs? We barely even know what this abbreviation represents. Well ATM actually means asynchronous transfer mode and may be defined as a typical cell based switching approach which expressly uses asynchronous time division multiplexing which enables encoding of certain data into definite sized cells or cell relay and provides distinct data link layer services that particularly run on OSI Layer 1 physical links. Most often individuals confuse it for packet switched networks such as the Internet Protocol or Ethernet where differing sized small packets are utilized for data transfer.
ATM or asynchronous transfer mode generally includes benefits of two kinds of networking. This suggests that it can be utilized in each of circuit switched in addition to packet switched networking. This enables it to act as the ideal solution to a broad range of data transfer. It is additionally very suitable for real time media transport. The model that is mainly used in this specific mode of data transfer is generally connection oriented, thus readily joining the two end points with virtual circuit even before the data beginning to transmit.
Asynchronous transfer mode technology will readily be applied for both LAN and WAN links. ATM additionally has some other unique features which are mentioned in brief as follows:
ATM has the potential of providing a data transfer speed of as much as 2.5 GBps that effortlessly helps to enable high bandwidth distributed applications. This is generally beneficial for video-on-demand techniques or video conferencing which are frequently based on the latest distributed applications. It also enables entry to remote databases such as multimedia data.
It utilizes the fundamental techniques to switch among single integrated switching methods. Therefore, it is specifically suitable for those distributed applications which typically generate constant bit rate or CBR traffic. This is also ideal for variable bit rate or VBR.
ATM is a relatively modern principle in the discipline of communication technology, and it is advancing daily to deliver new ways to improve contemporary networking in Seneca.
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