Facts About Asynchronous Transfer Mode
Asynchronous transfer mode or ATM is often a cell based switching method which has delivered an evolution in the telecommunication services right now and are relevant to interconnecting computer systems. This includes plenty of wonderful features which can work on many LAN and WAN links for businesses in Stanford.
Many of us are familiar with the term ATM, however how many actually know anything concerning its functionality or how it performs? We hardly even know what this term represents. Well ATM particularly stands for asynchronous transfer mode and is often defined as a traditional cell based switching method which especially makes the use of asynchronous time division multiplexing that permits encoding of unique data into specific sized cells or cell relay and provides specific data link layer services which particularly run on OSI Layer 1 physical links. Oftentimes individuals confuse it for packet switched networks such as the Internet Protocol or Ethernet where different sized tiny packets are utilized for data transfer.
ATM or asynchronous transfer mode typically possesses properties of both types of networking. This indicates that it can be used in both circuit switched in addition to packet switched networking. This enables it to operate as the best solution to a wide variety of data transfer. It is additionally quite appropriate for real time media transport. The model which is mainly employed in this specific manner of data transfer is primarily connection driven, therefore readily joining both end points with virtual circuit even before the data starting to transmit.
Asynchronous transfer mode solutions can easily be employed for both LAN and WAN connections. ATM also has some other distinctive features that are discussed in brief as listed here:
It has the potential of providing a data transfer rate of as much as 2.5 GBps that quickly helps to enable high bandwidth geographically dispersed applications. This is primarily beneficial for video-on-demand approaches or video conferencing which are typically dependent on the latest distributed applications. It also enables entry to remote databases along with multimedia data.
As far as traffic is concerned, ATM particularly employs a virtual network to drive traffic within different sites. In addition to point to point communications, ATM is also useful where an individual sender and a number of receiver services are involved due to its multicasting facility.
ATM is a relatively modern concept in the discipline of communication technical knowledge, and it is advancing every day to deliver new means to enhance contemporary telecommunications in Stanford.
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