PDF user manual for CopperEdge 150

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&URVV&RQQHFW1HWPRGHOThe Cross-Connect netmodel allows conversion of disparateframe formats between DSL and WAN interfaces. Under thisnetmodel, different forwarding modes support multiple encapsulationtypes as well as translation between different encapsulationtypes. For example, under the VC-VC Payload forwardingmode, a frame encapsulation on the DSL interface can be convertedinto an ATM encapsulation on the WAN interface.There are two types of Cross-Connect forwarding modes, determinedby the DSL port encapsulation: per-VC forwarding modesand per-port forwarding modes. Per-VC forwarding modes resultfrom a DSL encapsulation that allows multiple VCs per DSLport. Per-port forwarding modes result from a DSL encapsulationthat does not support VCs.Per-VC Forwarding ModesAll Cross-Connect per-VC encapsulations support up to 64PVCs on the DSL port multiplexed to a single WAN VC. EachDSL VC inherits its encapsulation from the DSL port. DLCInumbers identifying DSL VCs obey the same rules as they doon WAN VCs: numbers must be between 17 and 991, and theydo not have to be sequential. However, the numbers 16, 528,and 529 cannot be used.In general, the DSL VC’s forwarding mode is determined by theWAN VC. If the WAN encapsulation is not specified (None),packet forwarding is performed in VC-VC Payload forwardingmode. If the DSL and WAN encapsulations are the same, packetforwarding is performed in a transparent mode. If the DSL andWAN encapsulations differ, packet forwarding is performed in atranslation mode.Since the cmSubIface table has no FwdMode object, the Cross-Connect forwarding mode is found in the cmIfaceTable entry forthe WAN VC. The forwarding mode for the DSL port is per-VC,since each DSL VC has its own FwdMode.LMI is available on DSL links with per-VC forwarding modes.When LMI is in force, the CE150 acts as a DCE, and the CPEacts as a DTE. For more information, see the discussion on thecmIface and cmSubIface object groups in the CopperEdge 150CopperCraft Reference and MIB Definitions manual. Also seethe discussion of encapsulation in Appendix A.&RSSHU(GJH,QVWDOODWLRQDQG2SHUDWLQJ*XLGH
Encapsulations on DSL and WAN VCs for Per-VC ForwardingDSLEncapsulationLine CardTypeWANEncapsulationForwarding ModeQ922-1490, Q922 Frame None VC-VC-payload (transparent)Q922-1490, Q922 Frame FRF5 FRF5 (translation)Q922-1490 Frame RFC-1483 FRF8-1490-1483 (translation)RFC-1973 Frame RFC-1973 PPP-TransparentRFC-1973 Frame RFC-2364 null PPP-TranslationRFC-1973 Frame RFC-2364 LLC PPP-TranslationRFC-1973 Frame None VC-VC-PayloadVC-VC Payload Forwarding ModeThe VC-VC payload forwarding mode allows third-party CPEsto use encapsulation formats other than RFC-1483 so they canfunction as terminals on a remote LAN. In such a configuration,as the following graphic shows, the WAN interface and backbonecan be either Frame Relay or ATM. DSL VCs configured forVC-VC payload using the Cross-Connect netmodel generallyuse the Q922-1490 encapsulation type. This setting, used onlyon DSL VCs, specifies:• The DSL physical port encapsulation is Q.922, thusallowing Frame-Relay or FUNI VCs on it.• The encapsulation on every VC using that port is RFC-1490.Branch Office(IDSL Subscriber)Wiring ClosetWANCorporate HeadquartersClient:IPA: 192.168.10.2Gateway: 192.168.10.1Corporate LANRemote-Site LANSDSLModemBRI: 192.168.1.1Ethernet: 192.168.10.1PII: 1.4.2.22(Up to 6 PVCsPer DSL Port)PII: 1.2.1.900Set cmiface [1.4.2]netmodel=frameencapsulationtype=Q922PVC 900PublicNetwork(ATM or FR)UpstreamRouter192.168.1.2Set cmsubiface [1.4.2.22]destpii=1.4.1.900Set cmidslm [1.4.2]datarate=128VC-VC Payload Fowarding Model&KDSWHU$GYDQFHG&RQILJXUDWLRQ
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Evangelism After Christendom: The T
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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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Page 42 and 43: -48 VRTN-48 VRTNAlso, just below an
Page 44 and 45: Ground the CE150 ChassisWhen operat
Page 46 and 47: '6//LQN&RQQHFWLRQVThe illustrations
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Page 54 and 55: Cable Pinouts for the Craft and Dia
Page 56 and 57: '6:$10RGXOH4XDG7The DS1 WAN module
Page 58 and 59: 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
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Page 74 and 75: Management by a Radius ServerIf you
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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 94 and 95: FRF.5 Forwarding ModeThis translati
Page 96 and 97: RFC-1973 is configured on the port
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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
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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,
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Page 130 and 131: &RQILJXULQJ%DFNXSEven with a modest
Page 132 and 133: CRAFT> set cmmaintcmd [configrestor
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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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Alarm LogAlarm messages are written
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SCM-3, 34ANSI T1.606 Addendum 1 FR
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Sheet ______ of _______WAN Port Con
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