Where to Go Next | Cisco Systems 3825 instruction

Chapter 4 Configuring the Cisco 3825 Mobile Wireless Edge Router in a RAN-O Solution with the Command-Line

Where to Go Next

At this point you can proceed to the following:

•The Cisco IOS software configuration guide and command reference publications for more advanced configuration topics. These publications are available on the Documentation DVD that came with your router, available online at Cisco.com, or you can order printed copies.

•The System Error Messages and Debug Command Reference publications for troubleshooting information available online at Cisco.com.

	Cisco 3825 Mobile Wireless Edge Router Software Configuration Guide

OL-15667-03		4-73
OL-15667-03		4-73

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Cisco Systems 3825 manual Where to Go Next

Contents

Text Part Number OL-15667-03 Americas Headquarters Copyright 2005-2008 Cisco Systems, Inc All rights reserved Iii N T E N T S Getting Help Configuring Satellite Support OL-15667-03 Vii Document Revision HistoryObjectives Revision Date Change Summary Viii AudienceOrganization Conventions Related Documentation Cisco Mobile Wireless RAN Optimization Preface Introduction Edge Router Cisco Abis and Iub Optimization over IP Implementation RAN-Optimization Implementation Cisco GSM Abis Optimization over IP Cisco Pseudowire Emulation Edge-to-Edge PWE3 Cell Site Points-of-Presence POPs Intelligent Cell Site IP ServicesCisco Iub Optimization over IP Software features for the RAN-O Implementation Cisco IOS Software Features Redundancy Support Software FeaturesIntelligent Services QoS IP Multicast Mobile IP/FA Content caching Conf t Snmp-server enable traps ipran util Configuration Statements for CISCO-IP-RAN-BACKHAUL-MIBConf t Snmp-server enable traps ipran alarm-gsm Conf t Snmp-server enable traps ipran alarm-umtsPage Cisco 3825 router supports the following MIBs MIB Support RS-232-MIB Limitations and RestrictionsRFC1213-MIB RFC1231-MIB RFC1315-MIB RFC1406-MIB Hardware not Supported for GSM Abis RAN-O Implementation Limitations and RestrictionsHardware not Supported on the Cisco 3825 Router Hardware not Supported for Umts Iub Keyword ignore-vpi-vci Added to xconnect Command New Features in Cisco IOS Release 12.416MR2New Features in Cisco IOS Release 12.416MR1 Emulation of TDM Circuit via MPLS/IP PWE3/TDM Xconnect 10.10.10.10 200 encapsulation mpls CESoPSNInt cem 0/0/0 cem Xconnect 10.10.10.10 200 encap mpls Int cem 0/0/1 cem Xconnect 10.10.10.10 200 encap mpls Shutdown Xconnect 10.10.10.10 200 encapsulation mpls Structure-agnostic TDM over Packet SAToPStructure-aware TDM CESoPSN Interface CEM0/0/0 Atm mcpt-timers 1000 2000 3000 no atm ilmi-keepalive Transportation of ATM Service via MPLS/IP PWE3/ATMTransparent Cell Transport Service/ATM Port Mode ATM N-to-One VCC Cell Mode ATM One-to-One VCC Cell Mode ATM AAL5 CPCS-SDU Mode Cell Packing Atm mcpt-timers 2000 3000 4000 no atm ilmi-keepalive Ip local interface Loopback0 Transportation of ATM Service via L2TPv3ATM Port Cell Relay Service ATM VCC Cell Relay Service Xconnect 99.99.99.99 1100 pw-class l2tp ATM AAL5-SDU ModeXconnect 99.99.99.99 1101 pw-class l2tp Asymmetric PWE3 Ethernet over Mpls Vlan ModePort Mode Activating the Primary Member Activating the Backup MemberPWE3 over Mlppp PWE3 Redundancy PW Redundancy Without PW Class TDM PWE3 RedundancyATM PWE3 Redundancy Ethernet PWE3 Redundancy Connection Name a0/0 0/32 a0/1 0/33 ATM Cell SwitchingMaximum Number of Supported ATM Ports New Features in Cisco IOS Release 12.416MR Umts-iub congestion priority Umts Congestion Management ControlUmts-iub congestion priority protected Router# show umts-iub peering atm 0/ima0 Inverse Multiplexing over ATM IMAShow Atm 0/ima0 Permanent Virtual Circuit PVC Routing Router#show umts pvc UMTS-IubATM0/IMA0 PVC matching Shorthaul/interface name appears after the dashInterface ATM0/IMA0.1 multipoint Local PVC Behavior ChangesRemote PVCs PVC1/200 has UMTS-IubATM0/IMA0.1 ATM0/IMA.1 Version Umts QoSUMTS-IubATM0/IMA0.1 ATM0/IMA.1 Peering Information Interface Multilink2 Bandwidth remaining percent 1 queue-limit OL-15667-03 OL-15667-03 Router show ? Getting HelpRouter ? Router s? As interface serial Understanding Command ModesConfigure terminal Ctrl-Z Router# copy running-config startup-config Undoing a Command or FeatureSaving Configuration Changes Where to Go Next OL-15667-03 Understanding Boot Images First-Time Configuration Serial 0/0/0 Hwic slot Serial 1/0/0 NM slot Slot and Port Numbering Before Starting Your Router Setup Command Facility 0X02922B7F Configuring Global ParametersUsing the Setup Command Facility If any of the above Memory requirements Enter a hostname for the router this example uses Viewing the configurationIt, it becomes encrypted in the configuration Installed in your router No ip address End Completing the ConfigurationConfigure the specified interface as prompted Ip address 178.18.44.233 First-Time Configuration Completing the Configuration A P T E R Clocking Requirements for Cisco 3825 Router Before You BeginVerifying the Version of Cisco IOS Software Mwr2config#network-clock-participate ? Clock-Related CommandsNetwork-Clock-Participate Command Network-Clock-Select Command Mwr2#sh network-clocks Clock Source Command Configuration Sample #1 Show Controller CommandExample Configurations Following examples show two sample configurations Summary of Steps Configuration SequenceConfiguring the Hostname and Password Enter the show config command Verifying the Hostname and PasswordPassword prompt appears. Enter your password Exit back to global configuration mode Routerconfig# interface gigabitethernet slot/port Configuring Gigabit Ethernet InterfacesConfiguring the GE Interface IP Address Setting the Speed and Duplex Mode Specify the speed Configuring the Backhaul LinksEnabling the GE Interface Routerconfig# card type e1 0 Configuring the Card Type for the Cisco 2-port T1/E1-RANEnter the password Routerconfig-if#card type e1 t1 slot subslot Routerconfig-controller#clock source line primary internal Configuring E1 ControllersNew configuration information Routerconfig# controller e1 0/0/0 To configure PPP encapsulation, enter the following command Configuring T1 ControllersExit the controller configuration mode Specify the framing type Configure the cable lengthExit controller configuration mode Enter the following command to configure PPP encapsulation Routerconfig# network-clock-participate wic Configuring Network Clocking Support Routerconfig# interface multilink5 Configuring Multilink Backhaul InterfaceRouterconfig# network-clock-select 1 e1 0/0/0 Routerconfig# interface multilink group-number Assign an IP address to the multilink interface Handling PFC and Acfc Routerconfig-if#ppp acfc remote apply reject ignore Routerconfig# ppp pfc remote applyRouterconfig-if#ppp acfc local request forbid Routerconfig-if#ppp acfc local request Routerconfig-if# keepalive 1 Routerconfig-if# ppp multilink group group-numberRouterconfig-if#ppp multilink group Routerconfig# interface serial0/0/00 Configuring the PPP Backhaul Interfaces Routerconfig# disable eadi Configuring GSM-Abis LinksRouterconfig-if# keepalive period Routerconfig-if# keepalive Where Routerconfig# card type e1 t1 slot subslot Routerconfig-controller# clock source internal Routerconfig# controller e1 0/1/0 Routerconfig-if#gsm-abis remote 10.10.10.1 Routerconfig# interface serial 0/1/00Routerconfig-if#encapsulation gsm-abis Routerconfig-if#gsm-abis local 10.10.10.2 Configuring Umts Links Routerconfig-controller# mode atm aim Routerconfig# controller e1 0/2/0Routerconfig-controller# mode atm aim aim-slot Routerconfig# interface ATM0/2/0 Routerconfig# network-clock-participate wic numberRouterconfig# network-clock-participate aim number Routerconfig# network-clock-participate aim Create an ATM permanent virtual circuit PVC Redundant Cisco 3825 Routers Configuring RedundancyRouterconfig-if# encapsulation aal0 Routerconfig-if# pvc 0/200 qsaal Specify the interface to be used for shorthaul To go to the redundancy mode, enter the redundancy commandRedundancy mode, enter the y-cable mode Specify the interface to be used for backhauling Routerconfig-if#standby 1 ip Exit the y-cable configuration modeExit the redundancy configuration mode Routerconfig# interface gigabitethernet 0/1 Routerconfig-if# standby 1 preempt Routerconfig-if#standby 1 timers 1 Nameone Routerconfig-if# standby group-number name group-nameRouterconfig-if# standby 1 nameone Routerconfig-if#standby 1 track Loopback103 Routerconfig-r-y# standalone Configuring for Snmp SupportExit y-cable configuration mode Routerconfig-if#standby group priority Routerconfig# snmp-server queue-length Routerconfig# snmp-server community xxxxx RORouterconfig# snmp-server queue-length length Routerconfig# snmp-server enable traps envmon To enable Snmp traps for all IP-RAN notifications, enterTo enable Snmp traps for a specific environment, enter Routerconfig# snmp-server enable traps ipran Configuration Sequence Routerconfig# snmp-server host 10.20.30.40 version 2c Configuring Inverse Multiplexing over ATM IMAExit the global configuration mode Perform Steps 1 to 5 to add another member link Routerconfig-if#no atm ilmi-keepaliveSpecify the link that is included in an IMA group Randomize the ATM cell payload frames Create an ATM PVC Routerconfig-if#atm bandwith dynamicSpecify the slot location and port of IMA interface group Specify the ATM bandwith as dynamic Routerconfig-if#umts-iub remote 20.20.20.20 Routerconfig-if# pvc 2/1Routerconfig-if#umts-iub local 20.20.20.21 Routerconfig-if# duplex auto Configuring PVC Routing Hsdpa OffloadRouterconfig# interface gigabitethernet 0/0 Routerconfig-if#interface ip address 192.168.1.1 Disable the Ilmi keepalive parameters Where Routerconfig# interface ATM0/IMA0.1 multipoint Routerconfig-if#umts-iub local 20.20.20.20 192.168.10.1 Exit the interface atm configuration modeRouterconfig-subif#umts-iub local 192.168.10.2 Routerconfig-subif#umts-iub remote Routerconfig-subif# exit Configuring Umts QoSExit the sub-interface configuration mode Creating a Class Map Routerconfig# class-map match-all match-anyclassnameRouterconfig# class-map match-any llq-class Routerconfig# policy-map llq-policy Specify the Location of the Interface Allocate the remaining bandwidth to the default classLimit the queue depth of the default queue Exit the class map and policy map configuration modes Create an ATM PVC Routerconfig-if#umts-iub set dscp Routerconfig-if# umts-iub set dscp value Assigning a QoS Boilerplate to an Interface Routerconfig# interface multilink2Routerconfig-if# ip address 20.20.20.21 To configure PFC on the router, enter the following command Enable Transmission Control Protocol TCP header compressionDisable the keepalive parameters Disable the Cisco Discovery Protocol CDP on the interface Enable Mcmp Enable real-time packet interleavingConfigure a fragment delay Set the size of the output queue Assign the QoS boilerplate to the multilink interface Configuring Umts Congestion Management Control Specify the ATM bandwidth as dynamic Routerconfig-if#atm bandwidth dynamic Routerconfig-if#umts-iub set peering dscp value Routerconfig-if-atm-vc#umts-iub congestion priorityRouterconfig-if#umts-iub congestion-control Routerconfig-if# umts-iub set dscp Routerconfig-if#umts-iub set peering dscp Configuring Satellite Support Routerconfig-if#gsm-abis congestion enable Configuring Graceful DegradationRouterconfig-if#gsm-abis retransmit value Routerconfig-if#gsm-abis retransmit Routerconfig-if#gsm-abis congestion critical timeslot-range Routerconfig-if#gsm-abis congestion abateRouterconfig-if#gsm-abis congestion onset ms Routerconfig-if#gsm-abis congestion onset BTS/Node-B Configuration Example Configurations Redundancy Description Short Haul Abis E1 CRC4 framing default No keepalive Ip address 10.10.10.2 Interface Loopback1Interface Serial0/0/00 Interface GigabitEthernet0/1 no ip address shutdown No ip http server Pvc 1/36 qsaal Pvc 1/37 qsaal Pvc 1/38 qsaalPvc 1/43 qsaal Pvc 1/44 qsaal Pvc 1/45 qsaal Ip classless BSC/RNC Configuration Bandwidth remaining percent 1 queue-lmit Interface Loopback0 Pvc 1/33 Ppp multilinkInterface GigabitEthernet0/1 Interface Serial0/0/10 Server Monitoring and Managing the Cisco 3825 Router Routerconfig# interface loopback number Routerconfig# snmp-server trap-source loopback number Exit interface configuration modeRouterconfig# snmp-server enable traps Command Purpose Show Commands for Monitoring the Cisco 3825 Router Command Purpose Where to Go Next OL-15667-03 P E N D I X a Umts-iub set peering dscp Umts local Umts remote Page Release Modification Syntax Description Command ModesCommand Description Atm umts Atm umts-iub This command has no arguments or keywordsAtm umts-iub Secondary VC fails Backup delayDefaults Command Modes Command History Backup peer Configures a redundant peer for a PW VC Related Commands Description Routerconfig-if# xconnect 10.0.0.1 100 pw-class mpls Backup peer Related Commands Description Usage Guidelines Examples Cdp enableCommand Modes Command History Usage Guidelines Cem-groupTimeslots ReleaseModification Routerconfig# interface cem 0/0/1 Cem Enters circuit emulation configuration modeRouterconfig# controller el 0/0/1 Idle-pattern Class cemClass cem class-name Dejitter-buffer Cem Attached circuit in the CEM circuit configuration modeEnters circuit emulation configuration mode Sample-rate Router# clear gsm-abis serial 0/0/00 Clear gsm-abis Clear ip rtp header-compression type number Syntax Description Command Modes Command HistoryIp rtp header-compressionEnables RTP header compression Clear ip rtp header-compression Router# clear umts-iub atm 0/0/1 Clear umts-iub Dejitter-buffer size no dejitter-buffer Dejitter-buffer Encapsulation l2tpv3 Syntax Description Defaults Command Modes Command HistoryEncapsulation l2tpv3 No pseudowire-class Routerconfig# pseudowire-class l2tp Encapsulation mpls Pseudowire-class Gsm-abis congestion abate Command Description Gsm-abis congestion abate Gsm-abis congestion criticalGsm-abis congestion critical timeslot-range Timeslot-range Command Description Syntax Description Defaults Gsm-abis congestion enable Command Description Gsm-abis congestion onset ms Gsm-abis congestion onset Command Description Gsm-abis jitter Following example shows how to set the jitter level to 8 ms Command Description Ip-address Routerconfig# interface Serial10/1/0.0Gsm-abis local Gsm-abis local ip-address port Gsm-abis remote ip-address port Gsm-abis remote Show gsm-abis packet Gsm-abis retransmit sample-delayGsm-abis retransmit Gsm-abis local Gsm-abis set dscp value 12.44MR This command is introducedRouterconfig-if# gsm-abis set dscp cs2 Gsm-abis set dscp Idle-pattern pattern no idle-pattern Idle-pattern Show ima interface atm Ima-groupInterface atm Interface atm ima Ima group-id Interface atm imaIma-group Ip local interface Routerconfig-pw-class# exit Routerconfig# exit An IMA group Uti Ip protocolIp protocol l2tp uti udp No ip protocol l2tp uti udp L2tp Periodic-refresh Ip rtp header-compressionIphc-format Ietf-format Support for Serial Lines Passive KeywordIphc-format Keyword Ietf-format Keyword Unicast or Multicast RTP Packets When you have small payload sizes, as in audio traffic Ietf-format keyword Ip tcp header-compressionKeyword, all TCP packets are compressed Iphc-format keyword Cache entries Header Compression passive KeywordHeader Compression iphc-format Keyword Header Compression ietf-format Keyword Related Commands Description Ip tos value value reflect No tos value value reflect Ip tos l2tp Pseudowire-class Backhaul-notify-interval Ipran-mib backhaul-notify-intervalIpran-mib backhaul-notify-interval 60-900 seconds Ipran-mib Related Commands Description Ipran-mib location location CellSite Interface configurationIpran-mib snmp-access Ipran-mib location Ipran-mib location Ipran-mib snmp-accessIpran-mib snmp-access access Ipran-mib threshold-acceptable 20-100 Utilization percent Ipran-mib threshold-acceptable Specifies the acceptable level of traffic Ipran-mib threshold-overloadedIpran-mib threshold-overload percent Threshold-overload Ipran-mib threshold-warning percent Ipran-mib threshold-warning Period 10 seconds Keepalive Dropped Packets Usage Guidelines Keepalive Time IntervalLine Failure Keepalive Packets with Tunnel Interfaces Load-interval seconds no load-interval seconds Routerconfig# interface serialLoad-interval Show interfaces Displays ALC information Routerconfig-cmap# match ip dscp Class-map configurationPolicy-map class configuration mode Routerconfig# class-map ipdscp15 Set ip dscp Service-policyClass-map Policy-map Standby use-interface Mode y-cableMode y-cable Standalone Mpls ip No mpls ip Mpls ip Distribution Configured for label switchingMpls ldp maxhops Established by the downstream-on-demand method of label Configuration template named ether-pw Pseudowire-classPseudowire-class pw-class-name L2tp-class L2TP-class configuration modePseudowire Then enters xconnect configuration mode Routerconfig-if#pvc 0/40 l2transport L2transport VC mode12.42MR2 This command was introduced One of the supported configuration modes Redundancy Following example enables redundancy modeInvokes y-cable mode Routerconfig-r Cem class Command Modes Command History ExamplesSample-rate Sample-rate sample-rate Scrambling-payload Scrambling-payload Syntax Description Sequencing Ip cef Enables Cisco Express Forwarding CEF on the Route ProcessorSequencing will not override the value for CEM circuits Receives 1,000 out-of-order packets Show atm cell-packing Show atm cell-packing Router# show cem circuit Show cem circuitShow cem circuit cem-id Privileged Exec Show cem platform Show cem platform errorsShow cem circuit detail Displays detailed information about all CEM circuits Router# show cem platform cem0/0/1 Show cem platformShow cem platform interface Platform Displays a summary of CEM circuits Show cem circuit Show connection Show frame-relay pvc Switching Show atm pvcField Description Connect L2VPN local History Creates a graph display of the efficiency Show gsm-abis efficiencyShow gsm-abis efficiency history 72 hrs = maximum eff% 40 ######### 30 ######### 20 ######### 10 #########= maximum eff% Clear gsm-abis Clears the statistics displayed Show gsm-abis errors Clears the statistics displayed Clear gsm-abis Backhaulforcedinclusions == 1 Last cleared Show gsm-abis packetsRouter# show gsm-abis packets GSM-AbisSerial0/1/00 packets Details Provides detail information about peering Show gsm-abis peeringShow gsm-abis peering details Times ErrorPeer Pak Info Packets Show gsm-abis traffic 12.412MR This command was introducedShow gsm-abis traffic Show ip rtp header-compression type number detail Show ip rtp header-compression That can exist on an interface Ip rtp Show l2tp session Show l2tp tunnel Show l2tp redirectDisplays statistics for L2TP redirects and forwards Router# show l2tp tunnel Displays all Vpdn domains and Dnis groups configured onNetwork access server NAS Show l2tp tunnel Show l2tp multilink Destination Show mpls l2transport vcVcid Interface VC ID Status Sequencing receive disabled, send disabledField VC identifier assigned to the interface on the router Local interfaceShows the status of the interface Route AToM Layer 2 packets on a router Show mpls l2transportSummary 100 This command has no arguments or keywords Privileged ExecShow redundancy Show redundancy 101 Standalone configurationStandby Sets Hsrp attributes Clear umts-iub Clears the statistics displayed 12.44MR1 This command is introducedShow umts-iub congestion Show umts-iub congestion 103 Show umts-iub efficiencyShow umts-iub efficiency history Clear umts-iub 104 Show umts-iub errorsShow umts-iub errors Example 105 106 Show umts-iub packetsShow umts-iub packets Approximately 4 bytes Router# show umts peering atm 0/0/1 Show umts-iub peeringShow umts-iub peering details 107 Peering Example 3 with IMAExample 4 with Alternate Backhaul 192.168.10.2 to 108 109 Example 5 with Alarms over Primary BackhaulExample 6 with Congestion Control Status 110 Show umts-iub pvcShow umts-iub pvc Router# show umts-iub traffic Show umts-iub trafficShow umts-iub traffic 111 112 Show xconnect all 113 114 115 Snmp-server enable traps ipranRelated Commands Defaults 12.42MR1 This command was introduced 116 Snmp-server enable traps ipran alarm-gsmRouterconfig# snmp-server enable traps ipran alarm-gsm 117 Snmp-server enable traps ipran alarm-umtsRouterconfig# snmp-server enable traps ipran alarm-umts 118 Snmp-server enable traps ipran utilRouterconfig# snmp-server enable traps ipran util 119 Command ModesStandalone No standalone 120 Standby use-interfaceStandby use-interface interface health revertive backhaul Router# standby use-interface loopback102 revertive Stand-alone configuration121 Router# standby use-interface loopback101 health 122 Routerconfig-if atm umts-iubUmts-iub backhaul-oam Umts-iub backhaul-oam Routerconfig-ifumts-iub backhaul-timer ? Umts-iub backhaul-timerUmts-iub backhaul-timer ? 1-8timer valuein ms 12.44MR This command was introduced Umts-iub congestion-control 12.44MR1 This command was introducedRouterconfig-ifumts-iub congestion-control Umts-iub congestion-control Umts-iub congestion priority protected Default setting is PVC configurationRouterconfig-if pvc 2/1 qsaal Umts-iub congestion priority 126 Routerconfig-ifumts-iub local 10.10.10.2Umts-iub local Umts-iub local ip-address port 127 Routerconfig-ifumts-iub remote 10.10.10.1Umts-iub remote Umts-iub remote ip-address port 128 Following example shows how to configure the parametersUmts-iub set dscp 129 Umts-iub set dscp valueUmts-iub set dscp Umts-iub set peering dscp 130 Umts-iub set peering dscp IP address for the entry you wish to establish This command enables the Umts mode for alternate backhaulUmts local Umts local ip-address 132 Routerconfig-subif#umts remote 10.10.10.1Umts remote 133 Subinterface configurationXconnect 134 Loopback address on the router 135 Show xconnect Xconnect logging redundancy No xconnect logging redundancy To an L2TPv3 PW for xconnect service and enters xconnectConfiguration mode Xconnect logging redundancy Overview Configuration Examples Standalone Asymmetric PWE3 ConfigurationPE1 Hostname MWR1 Description connected to E1 4/0 of Bert Mmi snmp-timeout 180 ip cefMpls traffic-eng tunnels vpdn enable Controller E1 1/0/0 mode atm aim 1 clock source internal Ip protocol udp Ip local interface Loopback50 Controller E1 1/1/1 Interface ATM0/IMA0 no ip address load-interval Pvc 0/15 l2transport Xconnect 50.0.0.2 13 pw-class mpls Pvc 1/16 l2transportXconnect 50.0.0.2 106 pw-class mpls one-to-one Xconnect 50.0.0.2 50 pw-class mpls one-to-one Interface ATM1/0/0.3 point-to-point no snmp trap link-status PE2 Controller Cem-group Mpls traffic-eng tunnels vpdn enable ArchiveController Cem-group Unframed Ip protocol udp Ip local interface Loopback50 Class cem test Duplex auto speed auto mpls ip Xconnect 50.0.0.1 106 pw-class mpls one-to-one Pvc 1/14 l2transport Encapsulation aal0 Pvc 0/15 l2transport Xconnect 50.0.0.1 13 pw-class mpls Exec-timeout 0 0 login End Hostname mwr-pe1 Ethernet over MPLS-VLAN and Port Mode Configuration Controller E1 0/0/1 Controller E1 0/1/0 Vpdn enableXconnect 2.2.2.2 1 encapsulation mpls Vlan mode Hidekeys Hostname mwr-pe2 MRW2 Controller E1 0/2/1 Controller E1 1/0/0 Mmi snmp-timeout 180 ip arp proxy disable ip cefHidekeys Controller E1 0/0/0 Controller E1 1/0/1 Port modeNo cdp enable Clock source internal No call rsvp-sync Figure B-3 PWE3 over Mlppp Configuration PWE3 over Mlppp Configuration Class-map match-any mpls Match mpls experimental topmost Interface Multilink1000 Xconnect 2.2.2.2 5 pw-class class1 Encapsulation aal0 Xconnect 2.2.2.2 4 pw-class class1 Ip host bizarre Password labIp arp proxy disable Network-clock-select 1 E1 0/0/0 Controller E1 0/2/1 Speed 1000 full-duplex mpls mtu 2000 no cdp enable Xconnect 1.1.1.1 5 pw-class class1 Encapsulation aal0 Xconnect 1.1.1.1 4 pw-class class1 Appendix B Configuration Examples Overview Figure B-4 PWE3 Redundancy Configuration PWE3 Redundancy Configuration Xconnect 2.2.2.2 3 encapsulation mpls backup peer 2.2.2.2 Archive Log config Hidekeys Appendix B Mmi snmp-timeout 180 ip arp proxy disable ip cef No ip http server No ip http secure-server Mode atm aim Clock source internalXconnect 1.1.1.1 5 encapsulation mpls Backup Appendix B Configuration Examples Overview TDM over Mpls Configuration TDM over Mpls Configuration Cem-group 4 unframed Controller T1 0/2/0Framing esf Linecode b8zs Mwrb Ip address 50.50.50.2 Ip address 30.30.30.2Xconnect 30.30.30.1 300 encapsulation mpls Xconnect 30.30.30.1 301 encapsulation mpls Login No exec Redundancy Mode y-cable Standalone ATM over Mpls Configurations Appendix B Configuration Examples Overview Xconnect 99.99.99.99 1103 pw-class mpls-exp-5 Interface Loopback0 Ip address 88.88.88.88 No keepalive Interface ATM0/1/0 No aaa new-model Atm mcpt-timers 1000 2000 3000 no atm ilmi-keepalive Pvc 0/2 Xconnect 88.88.88.88 1103 pw-class mpls-exp-5 Exec-timeout 0 0 password lab login End ATM over L2TPv3 Configuration ATM over L2TPv3 Configuration Ip local interface Loopback0 ip tos value Interface Loopback0 Ip address 88.88.88.88 Privilege level Interface ATM0/IMA1 Controller E1 0/2/0 Controller E1 0/2/1 Xconnect 88.88.88.88 1101 pw-class l2tp Interface Loopback0 Ip address 99.99.99.99Xconnect 88.88.88.88 1100 pw-class l2tp Ip address 2.2.2.3 Channel-group 0 timeslots GSM Only Configuration Class llq-class Mwrb OL-15667-03 Umts Only Configuration No IMA Umts Only Configuration without IMA Card type E1 0 0 card type E1 0 Appendix B Configuration Examples Overview Appendix B Configuration Examples Overview GSM + Umts Configuration Combined GSM and Umts Configuration Mode atm aim Class-map match-any llq-class match ip dscp ef Umts-iub set dscp ef Ipran-mib snmp-access outOfBandKeepalive Interface ATM0/2/0 Appendix B Configuration Examples Overview OL-15667-03 GSM + Umts Configuration With IMA GSM and Umts with IMA Configuration Ppp pfc local request Pvc 2/2 qsaal Mwrb Appendix B Configuration Examples Overview Scrambling-payload GSM + Umts Configuration With IMA and PVC routing Class-map match-any llq-class Ppp multilink fragment delay 0Service-policy output llq-policy Controller E1 0/1/1 Interface ATM0/2/1 Interface Serial0/1/00 Mwrb Ip address 10.10.10.2 255.255.255.252 load-interval Pvc 2/2 qsaal Interface ATM0/IMA0.1 multipoint atm umts-iub GSM Only Configuration Via Satellite GSM Only Configuration via Satellite No keepalive Mwrb BSC side GSM congestion management configurationGSM Congestion Management BTS side RNC side Umts congestion management configurationUmts Congestion Management Node-B side IN-1 IN-2 Command line interface IN-3 IN-4 See Hsrp IN-5 IN-6 RNC