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complete optical networking layer beneath the packet layer and one that, from the perspective of the packet layer, provides perfect QoS Ethernet frames that are mapped within an STS path will traverse the SONET portion of the network with no contention for network resources and therefore no packet loss, no packet jitter (delay variation), and only minimal additional latency (typically tens of microseconds per SONET node traversed, plus speed of light delays on transmission links) An EoS solution that combines robust Ethernet-level QoS control and judicious use of the underlying SONET network can provide unparalleled Carrier Ethernet QoS
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Standardized services This attribute, too, depends a great deal on the packet level functions of a Carrier Ethernet solution However, the transport layer remains a large and integral component of service delivery Standardized services depend on a predictable transport layer one that operates consistently over different portions of the network and different vendors implementations and transparently under a variety of packet-level implementations and a range of standardized service types EoS solutions excel at providing predictable transport for standardized Carrier Ethernet services Moreover, EoS solutions allow service providers to use the enormous installed based of SONET equipment, which helps make those services more ubiquitous another key factor in the delivery of standardized Carrier Ethernet services
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While EoS networks can also meet the other two key attributes, scalability and service management, these attributes tend to depend almost exclusively on the functions at the packet layer, and very little on the functions of the underlying transport network
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At a high level, EoS enables service providers to leverage the strengths of SONET technology and its massive installed base to cost-effectively deliver Ethernet services Specifically, EoS (and the MSPP) best fit in access networks where
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Carrier Ethernet services must be supported As the previous section discusses, EoS technology can play a key role in enabling Carrier Ethernet services, especially those that require dedicated bandwidth The service bandwidth requires optical access Because many Ethernet services operate at rates up to 1Gbps, optical access is often necessary The customer location requires a mix of Ethernet and traditional circuit services This requires a multi-service access platform Since SONET is the de facto method to deliver DS-n and OC-N services over optical access networks, the MSPP is an ideal tool here The Ethernet service requires highly fault-tolerant access The SONET standard supports ring topologies (ie, physical diversity) and restoration in less than 60 ms following a fiber or node failure The access network requires a high degree of operational integrity Ethernet OAM capabilities are emerging (eg, in standards such as IEEE 8021ag [12]) and will
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provide valuable capabilities at the Ethernet layer Meanwhile, SONET provides a set of underlying operational capabilities that no other transport technology can rival
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The SONET access network already exists One network typically costs less than two
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Clearly these criteria cover a wide range of service provider applications and deployment scenarios and make EoS-enabled MSPPs an excellent general-purpose solution for the delivery of Carrier Ethernet services over optical access networks Still, EoS does not fit everywhere Some scenarios where EoS and MSPPs may not provide the optimal solution include the following:
Access networks where none of the above criteria hold The benefits of EoS show up in many but not all service provider applications Some Ethernet access applications have no TDM component and require little or no redundancy Some Ethernet services are best-effort and don t require Carrier Ethernet attributes Some low-bandwidth access applications may be best served with other technologies, such as Ethernet over copper Access networks that require a high degree of Ethernet switching capability For reasons discussed previously, most of today s MSPP implementations support Ethernet switching functionality, but typically at lower interface densities and higher cost points than pure Ethernet solutions, such as Native Ethernet or Virtual Private LAN Service (VPLS) based solutions Limited OSS support The strong operational capabilities of SONET forge a double-edged sword As discussed previously, these capabilities are so strong and so entrenched in carriers OSSs that adding new functionality, such as EoS, can be complex and expensive Generally more Ethernet functionality means more cost and complexity Equipment vendors and service providers must walk a fine line so that they integrate enough Ethernet functionality to lower network deployment costs, but not so much that the networks cannot be managed cost-effectively
Table 113 summarizes where EoS and MSPP solutions best fit and do not fit in service provider access networks
TABLE 113 Application Fits for EoS and MSPPs Where EoS and MSPPs Do Not Fit Access networks where none of the best t criteria hold Access networks that require a high degree of Ethernet switching capability Access networks where OSS support for EoS is limited
Where EoS and MSPPs Best Fit Carrier Ethernet services are required The service bandwidth requires optical access The customer location requires a mix of Ethernet and traditional TDM services The Ethernet service requires highly fault-tolerant access The access network requires a high degree of operational integrity The SONET access network already exists
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