PDF user manual for CopperEdge 150

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&RQILJXULQJWKH2$0)XQFWLRQTo configure the OAM function, first configure the ATM WANport, then the WAN VC, and finally the OAM object itself.1. Configure the ATM WAN port for AdminStatus usingthe object group, IfTable. If the status is not alreadyUp, set it to Up.CRAFT> set cmiftable [1.2.1] adminstatus=up2. Configure the ATM VC for AdminStatus, using theobject group, cmAtmVcl. If the status is not already Up,set it to Up.CRAFT> set cmatmvcl [1.2.1.101] adminstatus=up3. Configure the ATM WAN port for OAM AdminState,using the object group, cmAtmIfExt. If the status is notalready Enabled, set it to Enabled.CRAFT> set cmatmifext [1.2.1] oamadminstate=enabled4. Configure the ATM VCL for OAMAdminState, using theobject group, cmAtmVcl. If the state is not alreadyEnabled, set it to Enabled.CRAFT> set cmatmvcl [1.2.1.101]oamadminstate=enabled5. Check your work in the cmAtmVcl group:CRAFT> get cmatmvcl [1.2.1.101]Group: cmAtmVclTableInstance: [1.2.1.101]PII = 1.2.1.101Vpi = 2Vci = 11AdminStatus= UpOperStatus= UpLastChange= 12 day 1 hour 44 min 54.0 sec(2000/09/28-14:44:46)AalType= Aal5Aal5CpcsTransmitSduS = 1600Aal5CpcsReceiveSduSi = 1600RowStatus= ActiveTransmitTrafficDescr = 2OAMState = normal (0)OAMAdminState = enabledOAMAutoLBState = disabledOAMManualLBCmd = noneOAMManualLBCmdStatus = noneOAMLBInterval = 17OAMLBTimeOut = 18OAMTxAISCells = 0OAMRxRDICells = 0OAMRxAISCells = 0OAMTxRDICells = 0OAMTxLBRequestCells = 0OAMRxLBResponseCells = 0OAMRxLBRequestCells = 0OAMTxLBResponseCells = 0OAMRxUnsupportedCell = 0OAMTxDiscards = 0OAMRxDiscards = 0With this configuration, the OAM function will respond to AISmessages from the network by sending out RDI messages. Italso will respond to Loopback Request messages sent by a deviceon the other end of the network. But, it will not send outLoopback Requests.&RSSHU(GJH,QVWDOODWLRQDQG2SHUDWLQJ*XLGH
&RQILJXULQJWKH2$0/RRSEDFN)XQFWLRQThe loopback function has two parts: an automatic functionand a manual function. You can operate them at the same timeor separately. The automatic function is simply for discoveringwhen a fault occurs; the manual function is for discoveringwhere the fault is on the connection.Automatic Loopback RequestsThe automatic loopback function will operate as long the portand the VC are UP and as long as the OAMAdminState functionis Enabled. It will operate at the periods specified in the Intervaland Timeout objects. It will record loopback failure in the OAM-State object.To configure the loopback function within the OAM function,first configure the ports and VCs as described in the previoussection, then the OAMAutoLBState object. You may want tomake changes in the loopback interval and the loopback timeout.Follow these steps:1. Check the ATM WAN port and the ATM VC for theirAdminStatus. Make sure they are both set to Up.2. Configure the ATM VC for OAMAutoLBState by settingit to Enable:CRAFT> set cmatmvcl [1.2.1.101]oamautolbstate=enabled3. Check the OAMLBInterval object. Its default is 17seconds; it has a range of 1 to 999 seconds. Reset it ifnecessary.OAMLBInterval specifies how often a Loopback Requestwill be sent until either a Loopback Response isreceived or a timeout occurs. If no response is receivedbefore timeout, the OAMState object indicates aloopback failure.4. Check the OAMLBTimeOut object. Its default is 18; ithas a range of 1 to 999 seconds. Reset it if necessary toa longer period.OAMLBTimeOut specifies how long Loopback Requestswill be sent. The timeout period must always be longerthan the interval period.With this configuration, the OAM function will send out periodicf5End2End Loopback requests to the device on the far end ofthe network. If the device at the far end receives the requests—if no breaks exist on the connection—it will return Loopback responsesduring each period. If the device on the near end doesnot receive a response before the timeout period end, it recordsa loopback failure in the OAMState object.&KDSWHU$GYDQFHG&RQILJXUDWLRQ
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Evangelism After Christendom: The T
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LPLWHG:DUUDQW\Copper Mountain Netwo
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Optional Equipment . . . . . . . .
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DSL IMUX . . . . . . . . . . . . .
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Alarms. . . . . . . . . . . . . . .
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Appendix E CPE Inside Wiring. . . .
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IDSL Loop with Multiple Network Ele
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5HYLVLRQ+LVWRU\Rev Rev Date Summary
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&RQFHSWRI2SHUDWLRQThe following ill
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• One DSL Connector Cable—10 fe
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System SoftwareIn addition to the c
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PORTSTATUSMONRECEIVEMONTRANSMITMODU
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-48 VRTN-48 VRTNAlso, just below an
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Ground the CE150 ChassisWhen operat
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'6//LQN&RQQHFWLRQVThe illustrations
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1 2 7 (We recommend that you do not
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6\VWHP&RQWURO0RGXOHThe System Contr
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Cable Pinouts for the Craft and Dia
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'6:$10RGXOH4XDG7The DS1 WAN module
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Power-Up LED SequencHBefore you con
Page 60 and 61: data traffic. The Network indicator
Page 62 and 63: &RQQHFWWKH3RZHUNow that you underst
Page 64 and 65: 6\VWHP&RQILJXUDWLRQ*XLGHOLQHVConfig
Page 66 and 67: &RSSHU&UDIW/LQH(GLWRUCommand string
Page 68 and 69: • A PII such as 1.4.24 identifies
Page 70 and 71: You can enter multiple Get commands
Page 72 and 73: ,QLWLDO&RQILJXUDWLRQWith the CE150
Page 74 and 75: Management by a Radius ServerIf you
Page 76 and 77: To create the Private community nam
Page 78 and 79: 4. In this example of an interface
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Page 84 and 85: CMCPCompatible = NoEncapsulationTyp
Page 86 and 87: When many DSL links comprise a virt
Page 88 and 89: 15. Log out of the Command Line Int
Page 90 and 91: Each CopperVPN group is separate an
Page 92 and 93: &URVV&RQQHFW1HWPRGHOThe Cross-Conne
Page 94 and 95: FRF.5 Forwarding ModeThis translati
Page 96 and 97: RFC-1973 is configured on the port
Page 98 and 99: +LJK'HQVLW\,QWHUQHW$FFHVV+',$1HWPRG
Page 100 and 101: • A unique circuit identifier is
Page 102 and 103: To configure the CE150 to act as a
Page 104 and 105: When the netmodel is IP, the CPE or
Page 106 and 107: 2. The CE150 forwards the request t
Page 108 and 109: 2$0)DXOW0DQDJHPHQWIRU$70:$1/LQNVThe
Page 112 and 113: Manual Loopback RequestsThe manual
Page 114 and 115: Every source of IP packets can be i
Page 116 and 117: )LOWHU&ULWHULDEach IP filter includ
Page 118 and 119: SrcMaskSrcAdrsDstMaskDstAdrsIpProto
Page 120 and 121: &RQILJXULQJDQ,08;%XQGOHIn general,
Page 122 and 123: '6/9RLFHDQG'DWD6HUYLFHIn addition t
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Page 130 and 131: &RQILJXULQJ%DFNXSEven with a modest
Page 132 and 133: CRAFT> set cmmaintcmd [configrestor
Page 134 and 135: )HDWXUHV'6)UDPH5HOD\0RGXOHNo specia
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Page 144 and 145: &RQILJXULQJ:$19&VVirtual Circuits,
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Page 148 and 149: As a practical matter, however, a u
Page 150 and 151: &RQILJXULQJ'6$70The CE150 provides
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Page 156 and 157: 2YHUYLHZRI9R'6/In delivering digiti
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To simplify the process of addressi
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3. Two IP Addressing Groups:The two
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3. Set the VC for data on the WAN p
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7. Set the VC for data on the first
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10. Set the DSL port (1.4.13) for t
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13. If the IP addresses are already
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16. Set the addressing for the seco
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2YHUYLHZRI*GPWDQG*OLWHBoth the G.dm
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3. Set the VC on the DSL port. Use
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,31HWPRGHOIn the IP netmodel, the e
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3. Set the VC on the DSL port. Use
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&('LDJQRVWLF)HDWXUHVThe CE150 inclu
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1 2 7 (A green-lit Ethernet LED is
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• Yellow—A far-end failure cond
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5HVRXUFH,GHQWLILFDWLRQThe resource
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• CPE-IDSL• Netopia-SDSL• CPE
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Alarm LogAlarm messages are written
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7UDSVIn the CE150, every internal e
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([DPSOH$ODUPVDQG(YHQWVElog DisplayT
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6DYH&RQILJXUDWLRQ)DLOXUHIf the syst
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'+&33UREOHPVThe proper functioning
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The IDSL Module includes a CPE moni
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'6/RRSEDFNVFor DS3 boards, either A
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7. At the CE150 console, wait five
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10. Display the message entries in
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7. When the module is seated in the
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In general, the netmodels behave qu
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7KHFP,IDFH7DEOHAt the center of all
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IpAddr(Read/Write)NetMask(Read/Writ
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$ODUPVType Severity DescriptionAtmV
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Type Severity DescriptionIDSLTiming
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CE150, CE200 CopperEdge 150 and Cop
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LLAN Local Area Network. A short di
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VP Virtual Path. A unidirectional A
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SCM-3, 34ANSI T1.606 Addendum 1 FR
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Diagnostic port, 29, 33Ethernet por
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RFC-2225 network protocol, 8RFC-239
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Sheet ______ of _______WAN Port Con
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