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The addition of an intelligent control plane represents a third trend for EoS networks As stated previously, PWE3 and MPLS support an IP-based control plane that governs all aspects of connection management at the pseudowire and MPLS layers (eg, routing of connections through the network, distribution of pseudowire and MPLS labels, resource allocation, and QoS support) This control plane places the resources for real-time connection (or virtual connection, for pseudowires and MPLS tunnels) management within the network itself, not in external systems such as element management systems (EMSs) or human beings This automates the connection management process, which can dramatically speed service provisioning times and reduce provisioning errors Generalized MPLS (GMPLS) extends the benefits of the MPLS control plane to physical layer connections such as SONET paths and DWDM lightpaths (ie, wavelengths) While the GMPLS control plane is functionally similar to the MPLS control plane it uses many of the same routing and label distribution protocols the two control planes work at different network layers and often operate independently Because an EoS

PW MPLS Tunnel Ethernet PE MSPP DS-n OC-N ring Ethernet MSPP MSPP DS-n PE MSPP Only switches MPLS tunnel Only switches IP/MPLS network MPLS tunnel

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note that the coder portion of the coder/decoder represents a module that converts an analog voice signal into a pulse-code modulation (PCM) digitized voice signal The PCM digitized signal results from samples of the analog voice signal occurring 8000 times per second and each sample being converted into an 8-bit value Thus, the data transmission rate of each digitized voice conversation represents a 64-kbit/s data stream In the opposite direction, the decoder portion of the coder/decoder converts the digital signal back into its equivalent analog signal In examining the use of the T1 multiplexer shown in Figure 73, note that 24 voice inputs are digitized A basic T1 frame consists of one 8-bit sample from each of the 24 voice channels plus a 1-bit framing bit that provides synchronization between T1 multiplexers Thus, the operating rate of the T1 circuit becomes 193 bits/frame 8000 frames/s, or 1544 Mbits/s In an era of increasing use of broadband communications, such as digital subscriber lines (DSLs), the use of T1 and E1 circuits to interconnect a central office to a DLC RT located within a neighborhood represents a problem That problem is one of capacity A DSL typically provides a transmission rate of a minimum of 640 kbits/s in the downstream direction from the telephone company central office to the subscriber, while transmission in the uplink direction from the subscriber to the telephone company normally occurs at a minimum rate of 160 kbits/s To obtain this transmission capacity a DSL modem , modulates data at frequencies beyond the 0- to 4-kHz range used by human voice Today telephone companies support over 10 types of DSL products, with most operating by splitting the bandwidth of the twisted-pair wire into two distinct channels beyond the 0 to 4 kHz used to transport

network element such as an MSPP can support Ethernet/MPLS/SONET, it is often the place where the MPLS control plane meets the GMPLS control plane As the deployment of control plane functions grows, MSPPs will play an important role in tying together the MPLS and GMPLS control planes This will help service providers to see a more unified view of Layer 1 and Layer 2 connection management and further speed provisioning times and reduce network operations costs

Answers: 1,3,4,5

This section examines a small network that highlights the economic benefits of EoS Figure 1111 illustrates this example network, which comprises five customer locations (A through E), two central offices (COs), and one data center Two access rings connect the customer locations to the COs, and an interoffice facility (IOF) ring connects the COs and the data center In this example, the service provider uses two types of EoS-equipped network elements to build the network:

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MSPPs, which are capable of supporting OC-12, OC-48, and OC-192 SONET interfaces, Ethernet interface cards that support EoS transport (Ethernet/GFP/VCAT/ LCAS), and Ethernet interface cards that support RPR/SONET Small micro-MSPPs ( -MSPPs) that support OC-12 SONET interfaces and EoS transport only

11

Discussion:

EoS Network Elements in the Example Network Typical Cost: Common Equipment + SONET and DS-n Interfaces $40,000 $10,000 Typical Cost: EoS Transport Interface Card (GFP/VCAT/LCAS) $4000 $1000 Typical Cost: EoS/RPR Card $6000 N/A

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