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authentication key, which can be up to 16 characters in length Each key can have a separate lifetime value, allowing different keys to be used at different times; however, if you use this approach, it s recommended that you use the Network Time Protocol (NTP) to synchronize the date and time on your routers The accept-lifetime command specifies when you ll accept the key value, and the send-lifetime command specifies when you ll use this key to create authenticated EIGRP routing updates If you don t specify either set of time values, the default to the current time are valid indefinitely To enable authentication, you set up your EIGRP configuration on an interface:

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Since the MEF has extended its focus beyond the metro and into the WAN, it is generally more accurate to label the Metro Ethernet Network (MEN) as the Service Provider Ethernet Network (SEN), which could support the MAN and/or WAN

Router(config)# interface type number Router(config-if)# ip authentication mode eigrp AS_# md5 Router(config-if)# ip authentication key-chain eigrp AS_# key_chain_name

As you can see from this configuration, you must enable authentication for the EIGRP AS number and then specify the name of the key chain you ll use Note that since you are referencing a key chain, you can have different keys being used for different interfaces; however, all routers in the same subnet need to use the same keying information Let s look at a simple example of two routers configurations using authentication Both routers are connected to the same Ethernet segment and/or VLAN Here s RouterA s configuration:

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RouterA(config)# key chain RouterAchain RouterA(config-keychain)# key 1 RouterA(config-keychain-key)# key-string 0123456789 Router(config)# interface fastethernet 0/0 Router(config-if)# ip authentication mode eigrp 100 md5 Router(config-if)# ip authentication key-chain eigrp 100 RouterAchain

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Here s RouterB s configuration:

same EVC The attributes associated with an EVC are shown in Figure 224 (at the end of the chapter) and are employed when specifying an Ethernet service There may be one or more subscriber flows mapped to a particular EVC This capability enables an EVC to provide data privacy and security

RouterB(config)# key chain RouterBchain RouterB(config-keychain)# key 1 RouterB(config-keychain-key)# key-string 0123456789 RouterB(config)# interface fastethernet 1/0 Router(config-if)# ip authentication mode eigrp 100 md5 Router(config-if)# ip authentication key-chain eigrp 100 RouterBchain

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Following are some of the common commands you ll use when viewing and troubleshooting EIGRP on your router:

There are two basic rules that govern the delivery of Ethernet frames over an EVC A service frame must never be delivered back to the UNI where it originated, and the Ethernet frame contents (including MAC addresses) must remain unchanged The MEF has defined two types of EVCs: Point-to-Point or Multipoint-to-Multipoint In a Point-toPoint EVC, exactly two UNIs must be associated with one another whereas in a Multipointto-Multipoint EVC, two or more UNIs must be associated with one another Thus, an EVC can be used to construct a Layer 2 Private Line or a Layer 2 VPN12 service As noted in the reference Service Architecture, one or more Service Providers can be used to deliver Carrier Ethernet services The demarcation or handoff between the Service Providers is referred to as the Network-toNetwork Interfaces (NNIs) The MEF has defined several NNIs:

show ip protocols show ip route show ip eigrp neighbors show ip eigrp topology show ip eigrp interfaces show ip eigrp traffic debug ip eigrp debug eigrp packets

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You can use the show ip protocols command to display the IP routing protocols that have been configured and are running on your router Here is an example of this command for EIGRP:

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Network to Network Interfaces (NNI)

Router# show ip protocols Routing Protocol is "eigrp 200" Outgoing update filter list for all interfaces is not set Incoming update filter list for all interfaces is not set Default networks flagged in outgoing updates Default networks accepted from incoming updates EIGRP metric weight K1=1, K2=0, K3=1, K4=0, K5=0 EIGRP maximum hopcount 100 EIGRP maximum metric variance 1 Redistributing: eigrp 200 Automatic network summarization is in effect Automatic address summarization: 10000/8 for Serial0 Maximum path: 4 Routing for Networks:

10000 19216840 Routing Information Sources: Gateway Distance Last Update (this router) 90 00:00:08 1921684101 90 00:00:06 Distance: internal 90 external 170

Table 58 LRFD primary and secondary load combinations for extreme events Primary Loads (DC1 Earthquake Braking force Vehicle collision with superstructure/ re Vessel collision with superstructure Connections failure due to design error Connections failure due to construction error Superstructure collapse due to blast load 100 DC2) (LL+ IM DW (CE)

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