In nine pages this networking of computer data is examined in terms of definition, history, and usage. Six sources are cited in the bibliography and an outline is also included.
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all aspects of data networking is also discussed. This paper includes an outline as well. O U T L I N E I. INTRODUCTION II. ASYNCHRONUS
TRANSFER MODE A. Definition B. The History of ATM C. What it is used for D. Some terms used in the business III. THE USE OF ASYNCHRONUS TRANSFER
MODE IN TECHNOLOGY TODAY A. Services it provides B. About path connections C. ATM Architecture IV. THE FUTURE OF ASYNCHRONUS TRANSFER MODE A. What is being developed right now B.
Expectations for the future C. Cost Comparisons for future use V. ASYNCHRONUS STANDARDS AND PROTOCOL A. Layers of protocol 1. Constant Bit Rate 2. Variable bit rates
in real time 3. Variable bit rate not real time 4. ABR 5. UBR VI. CONCLUSION ASYNCHRONUS TRANSFER MODE Also known as ATM, Asynchronus Transfer Mode
is considered the backbone of computer network technology. ATM is able to carry any type of information including video, data, voice, and text. It is considered to be
the most useful choice as far as transfer in Broadband Integrated Services Digital Networks (B-ISDN). Businesses prefer ATM because it is able to liberally and without any problems to
speak of be able to communicate with both legacy equipment as well as the new generation of operating systems. This is what permits companies to best utilize their communications
outlay (ATM PG). ATM was first engineered in order to help handle the increasing requirements of current network systems. The most significant consideration is the appearance of
many types of communication services that have dissimilar and even sometimes unidentified bandwidth necessities. In todays modern networks clients want more than ever a plethora of new technological abilities.
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