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UNI Service Attribute Physical Medium Speed Mode MAC Layer Service Multiplexing CE VLAN ID/EVC Map Bundling All to One Bundling Ingress Bandwidth Profile Per Ingress UNI
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Service Attribute Values and Parameters IEEE 8023 2002 Physical Interface 10 Mbps (all UNIs) FDX Fixed Speed (all UNIs) IEEE 8023 2002 No All CE-VLAN IDs Map to the Single EVC No Yes All UNIs: CIR = 5 Mbps, CBS = 256 KB, EIR = 10 Mbps, EBS = 512 KB Process IEEE 8023 x MAC control frames Process Link Aggregation Control Protocol (LACP) Process IEEE 8021 x Port Authentication Pass to EVC Generic Attribute Registration Protocol (GARP) Pass to EVC Spanning Tree Protocol Pass to EVC a Protocol Multicasted to all Bridges in a Bridged LAN
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EVC Service Attribute EVC Type UNI List CE-VLAN ID Preservation CE-VLAN CoS Preservation Unicast Frame Delivery Multicast Frame Delivery Broadcast Frame Delivery
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Service Attribute Values and Parameters Multipoint-to-Multipoint UNI 1, UNI 2, UNI 3, UNI 4 Yes Yes Deliver Unconditionally for each UNI Pair Deliver Unconditionally for each UNI Pair Deliver Unconditionally for each UNI Pair N/A IEEE 8023 x MAC Control Frames N/A Link Aggregation Control Protocol N/A IEEE 8021 x Port Authentication Tunnel Generic Attribute Registration Protocol (GARP) Tunnel Spanning Tree Protocol (STP) Tunnel a Protocol Multicasted to all Bridges in a Bridged LAN One CoS for all UNIs Frame Delay < 30 ms, Frame Jitter: N/S, Frame Loss < 01%
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Layer 2 Control Protocol Processing
Service Performance
Figure 215 LAN extension service using E-LINE service type (Source: MEF)
VLAN tag is not modified In this case, the MEN appears as a single Ethernet segment in which any site can be a member of any VLAN The advantage here is the subscriber can configure new CE-VLANs across these sites without involving the Service Provider The service attributes are also shown in the figure Dedicated Internet access enables subscribers to have a high-speed connection to the Internet to support their business objectives An EVC can connect the subscriber s site to the local point-of presence (POP) of the Internet service provider (ISP) using a Point-to-Point E-LINE service If a customer is homed to multiple (say two) ISPs, as shown in the Figure 216, then a separate E-LINE would be used to connect each ISP If the same UNI is expected to provide Internet access and other services, then a separate EVC would be used for each of the services At the ISP, service multiplexing is typically employed over a high-speed UNI to support multiple subscribers, so in effect, each subscriber appears to have a dedicated connection
Dedicated Internet Access (DIA)
Carrier Ethernet
Service Multiplexing UNI 1 MEN EVC 1 EVC 2 UNI 3
ISP POP
UNI Service Attribute
Physical Medium Speed Mode MAC Layer Service Multiplexing CE-VLAN ID/ EVC Map Bundling All to One Bundling Ingress Bandwidth Profile Per EVC
Service Attribute Values and Parameters
IEEE 8023 2002 Physical Interface UNIs 1 and 2: 100 Mbps UNI 3: 1 Gbps UNIs 1 and 2: 100 Mbps FDX Fixed UNI 3: 1 Gbps FDX IEEE 8023 2002 No at UNIs 1 and 2 Yes at UNI 3 N/A Since Only Untagged Frames Used Over the EVC No No UNIs 1 and 2: CIR = 50 Mbps, CBS = 2 MB, EIR = 100 Mbps, EBS = 4 MB UNI 3: CIR = 500 Mbps, CBS = 20 MB, EIR = 1 Gbps, EBS = 40 MB Discard 8023 x MAC Control Frames Discard Link Aggregation Control Protocol (LACP) Discard 8021 x port Authentication Discard Generic Attribute Registration Protocol (GARP) Discard Spanning Tree Protocol Discard a Protocol Multicasted to all Bridges in a Bridged LAN
UNI 2
EVC Service Attribute
EVC Type UNI List CE-VLAN ID Preservation CE-VLAN CoS Preservation Unicast Frame Delivery Multicast Frame Delivery Broadcast Frame Delivery
Service Attribute Values and Parameters
Point-to-Point EVC 1: UNI 1, UNI 3 EVC 2: UNI 2, UNI 3 No Mapped VLAN ID for Use with Multi-homed ISPs (if required) No Deliver Unconditionally for each UNI Pair Deliver Unconditionally for each UNI Pair Deliver Unconditionally for each UNI Pair N/A3 IEEE 8023 x MAC Control Frames N/A Link Aggregation Control Protocol (LACP) N/A IEEE 8021 x Port Authentication N/A Generic Attribute Registration Protocol (GARP) N/A Spanning Tree Protocol (STP) Only 1 CoS Supported Frame Delay < 30 ms (95th percentile), Frame Jitter: N/S10, Frame Loss < 01%
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