Asynchronous Transfer Mode Networking (ATM)

A detailed Summary of Asynchronous Transfer Mode Networking (ATM)

Asynchronous Transfer Mode (ATM) Networking

Asynchronous Transfer Mode (ATM) is, and will be for many years to come, the top of the line in networking technology. Since the creation of the Network (the ARPAnet (Advanced Research Project Agency Network)) scientists and engineers have strived to achieve the fastest information exchange speeds combined with the most cost-efficient hardware and software. Their products and ideas have always been based on packet technology and turn-based transfers; however, in the 1980s an experimental system called ATM challenged these axioms. The ATM consisted of a new topology - Asynchronism.

ATM is one of many networking types, such as Ethernet and Token Ring, which differs from all networking types in its fundamental methods. Where all other networks use consistent timing to organize the information exchange (this is called Synchronism,) ATMs use start and stop bits to allow information to send itself when needed (Asynchronism.) When the information is allowed to be shipped, it has always been sent in groups

Though the importance of ATM seems obvious to the programmers, "Nerds", and computer scientist most people and businesses want to know (as in any other situation) how it will specifically benefit them. When the average person replaces his PC with an ATM NC and connects to his citywide ATM Wide Area Network (WAN) or neighborhood Local Area Network (LAN) he will have the information he had previously went to the Internet for at speeds he could never image, even using a BISDN or T3 Internet connection. This glorious experience is secondly to the deliverance a business will have with ATM. According to many scientists, and business specialist, including Bill Gates, ATM will further business more in the next ten years than it has in the last fifty.

Asynchronism provides a vast array of advantages over its predecessors. Behind the popularity of ATM, the evolution of networks, and the very existence of computers lies Asynchronism's primary advance - speed. ATM transfers data from 155,52 Mbps (approximately the same speed as a Fast-Ethernet) up to 2.488

Some common words found in the essay are:
Synchronism ATMs, Asynchronism Asynchronism, Ring ATM, System OS, Agency Network, Token Ring, Mode ATM, T3 Internet, Network LAN, ATM According, users atm, networking types, transfer mode atm, token ring, standardized size, speed fast-ethernet, topology asynchronism, networking technology, mode atm, atm networking, information exchange, asynchronous transfer mode,

Approximate Word count = 708
Approximate Pages = 3 (250 words per page double spaced)

Category: Miscellaneous

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Asynchronous Transfer Mode Networking (ATM)

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