By Edwin R Coover
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As consequence, one tries to create a product where high performance is achieved by a combination of marketplace components and clever design. The most common of these design tricks is parallel processing. Most are familiar with the concept of a bucket brigade, where buckets are handed back and forth along a single line. ” The process could be speeded up incrementally by faster workers (components) or by having the buckets passed in a single direction (half duplex). The throughput, however, would scale linearly if another 10 bucket brigades were added in parallel.
1995, pp. 18–26. , and R. O. Onvural, Asynchronous Transfer Mode Networks, New York, NY: Plenum Press, 1993. ), “ATM Practical Implementations Here and Now,” Advertising Supplement to Data Communications, Feb. 1996, pp. A1–A12. The Technical Challenges of High-Speed Switching I The Technical Challenges of High-Speed Switching I 3 ATM is not a bigger, brighter light bulb. Its benefits do not include simplicity. It will force one to do more planning and to understand one’s application (and network) in greater depth than predecessor smart multiplexer or virtual private network solutions.
The reasons for this complexity are readily evident. First, ATM purports to function as a service multiplexer, harmoniously combining voice, video, and computer data according to QoS guarantees. Second, ATM’s services, ABR and UBR in particular, are statistically multiplexed, which implies input flows, however brief, exceeding channel capacity. Third, ATM is a high-speed cell-switching technology where delays of any kind (queues, buffers) are to be avoided at all costs. Fourth, although ATM switches can protect themselves by selective discarding of ATM cells, the requirements of many data types, as well as the additional complications introduced by encryption and/or compression, make this option very unattractive from a throughput standpoint.
ATM switches by Edwin R Coover