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Of course, ATM s role in this evolving data network architecture is to enable convergence through the delivery of not only VoIP with guaranteed service quality levels, but also voice over frame relay, voice transport over ATM, and native voice traffic from the PSTN over an ATM infrastructure through the use of modern switching technologies that have recently emerged. Advancements are still required to effect the integration of signaling between the voice and data worlds, but this is an ongoing effort and a significant step toward the delivery of legitimately converged services.
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Many service providers today offer frame relay to their enterprise customers for VPN support and leased-line alternatives. This has proven to be a popular alternative throughout much of the U.S. and is emerging as a viable solution in the rest of the world as well. There is, however, a drawback. Today, because of their burgeoning data requirements, companies are beginning to exceed the capacity of traditional frame relay and are looking for more. Some advances have been made in frame relay environments including the capability to offer QoS and to create multilink, bonded frame circuits as a way to offer better bandwidth flexibility. Although these techniques are largely proprietary, they can be used to scale frame relay services, although both require a core network that provides higher throughput and therefore sustainable QoS. Once again, ATM rises to the challenge. With the publication and ratification of FRF.5 and FRF.8, the Frame Relay Forum put into place acceptable standards that govern the interworking of ATM and frame relay. The end result of this effort is that manufacturers now have the ability to map frame relay QoS parameters into ATM cells in the core network, as shown in Figure 7-17. This enables the service provider to offer true end-toend QoS and to be competitive with service-level agreements. This makes possible an enhanced revenue stream for service providers and enables them to charge premium prices for QoS-aware frame relay services.
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Figure 7-17 Frame Relay Bearer Service.
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Wavelength-Based Services
7
Throughout all of these optical applications, a continuum of capabilities repeatedly appears. These networks have capabilities that fall into three identifiable categories: the characteristics of the network itself, the services that it provides, and the implications of those services. They have significant bearing on the deployment of wavelength-based services. Network Characteristics Networks that serve the needs of diverse customers with varying service requirements must exhibit the following characteristics. They must be scalable to meet changing bandwidth demands and anticipate unexpected growth. They must be reliable, offering five to seven nines of reliability at all times to emulate the service level provided by carrier class voice networks. They must be flexible, offering the capability to evolve rapidly in the face of changing customer requirements and traffic patterns and finally, they must be intelligent so that they can offer value-added services over a network infrastructure that is historically flat in terms of revenue generation. Network Services The network services straddle the gap between the characteristics that define the network and the services implications. They include scalable, large-volume bandwidth, service assurance and guaranteed levels of customer service, capital and expense savings derived from increased operational efficiencies, and faster provisioning in response to customer requests for the same. These are the characteristics that network service providers can convert into a competitive advantage as well as competitive products and services. Service Implications Regardless of the measurable services deployed by a carrier, all have the following characteristics if they are successful:
Fast and accurate response to the customer base and a subsequent fast time to market Better profit margins as the result of improved cost savings and more efficient network operations Improved revenues for a variety of related reasons The lowest cost per delivered bit of bandwidth
All three of these network characteristics, network services, and service implications play key roles in the quest for marketshare.
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