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Ethernet beyond the LAN is usually delivered as service by a Service Providers, and hence the economics associated with delivering this service should be attractive to the Service Providers Put another way, delivering Ethernet services should entail both top-line (revenue) and bottom-line (profitability) growth One of the key drivers for Ethernet services from an enterprise customer s standpoint is the significantly lower cost per bit usually a tenfold increase in bandwidth is available for only a two- or threefold increase in cost Conversely, however, for the Service Providers offering the service, this means that their revenues per bit are similarly reduced Understandably, Service Providers can be reluctant to offer Ethernet-based services given that they can derive substantially higher revenues from incumbent legacy services like Frame Relay, Private Line, especially if customers are not demanding new services

Pay Period Measure & Pay Q1 Measure & Calculate Q1 to Q2; Subtract Q1 Payment Measure and Calculate Q1 to Q3; Subtract Q1, Q2 Payments Measure and Calculate Q1 to Q4; Subtract Q1, Q2, and Q3 Payments

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Vendors Adaptix Model/Family BX-3000 SX-500, SX-300 Airspan Aperto Networks Axxcelera ASMAX PacketMAX ExcelMAX BS AB MAX Azonic Systems Huawei Motorola Navini Networks Nokia Nortel Polonix (ENTE) Proxim Wireless Redline Communications Telsima WiNetworks e!max Tsunami RedMAX StartMAX WinMAX Ripwave MX Flexi WiMAX MAXGear Comments WiMAX Base Station, OFDMA, MIMO option WiMAX SS, OFDMA OFDM, PMP, PtP, licensed and unlicensed OFDM 33 38 GHz OFDM, FDD, NLOS, licensed Unlicensed 5725 5850 GHz NLOS, LOS, OFDM Trial announced but not available yet Product announced but not available yet Beam-forming, OFDMA, software upgradeable to WiMAX compatible WiMAX BS announced but not available yet Teamed with LG to announce product plan 35 GHz, 515 585 GHz, OFDM, 35 Mbps 34 36 GHz, OFDM, 254 Mbps 34 36/33 35 GHz, OFDM, 23 Mbps 33 38 GHz, 24 17 GHz, OFDM/OFDMA 35 GHz, 58 GHz, NLOS

by Abdul Kasim (with support from Nan Chen) This chapter has two distinct sections; the first summarizes the various commercial solutions for delivering Carrier Ethernet services Specifically, it considers the solutions described in Part II of the book and attempts to provide a perspective of the entire landscape with respect to where and when each of them fits best A direct one-on-one comparison is, in most cases, a less meaningful exercise (it would be akin to comparing apples to oranges) This is critically important to understand since all the solutions are not equal in the sense that some of them are more applicable in one situation versus another; further more and importantly, there are inherently distinct functional differences between the solutions Understanding where they fit is, therefore, essential for both Service Providers and enterprise end users alike and equips them to choose the right solution or solutions (in fact, as the few real-life examples described illustrate, it is not uncommon for several Carrier Ethernet solutions to be employed in complementary roles by a single Service Provider1) This task is often considerably more complex given the plethora of options that they (appear to)2 typically have The second section of this chapter attempts3 to deduce the possible evolution of Carrier Ethernet and its underlying delivery mechanisms over a span of the next few years Emerging activities in the standards bodies, technological advancements, applications, demand, competition, and substitutes are some of the considerations that are extrapolated to get a reasonable picture of the future

Cumulative: Use a cumulative performance/payment period when you want the salesperson to be paid at more frequent intervals than the ultimate measurement period As an example, paid quarterly on cumulative year-to-date performance provides payouts each quarter based on year-to-date performance

1 As usual, this Service Provider may use several Network Operators networks to deliver the service 2

The example assumes the use of the H323 Fast Connect procedure If the called H323 terminal did not support that procedure, then the Connect message would not include a faststart element In that case, the arrival of the Connect message at the gateway would not immediately lead to an ANM back to the PSTN Rather, the logical channel procedures of H245 would first be used to establish the media path between the gateway and the called terminal

Even though it may appear that there are numerous options available, there are usually fewer that are actually optimally suited for a particular Service Provider s (or an Enterprise s) circumstance Nonetheless, it is still a challenge to discern the best fit 3 It would be presumptuous to assert anything more definitive in this very dynamic realm

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