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Example Configuration File

The following configuration file provides example code which can be used to configure a CSP.

Remarks

The remarks or lines of code beginning with a pound sign (#) were added to this file after it was generated. The limitations of this page present the code with spaces or carriage returns that you would not see in a Command Prompt window. These spaces or carriage returns do not have any impact on the configuration.

example.cfg

# SSAInternal Messages for use with CSA configuration mode only.

SSAInternalMsg(Node_TypeTable(NodeType=1,requestedNode=1);

SSAInternalMsg(SSACardTable(Node=1,32=115,18=240,17=240,1=21,4=121,5=96,9=24,10=118,11=113,0=25);

AllInService();

AllOutOfService();

AddLLCNode(Node=1,Matrix1="208.209.43.52",Matrix2="",RequestedNode=0x01,PhysicalNode=0xffffffff,NodeType=0x00,CallControlNode=0x01,Action=0x00);

ProductLicenseDownload(Node=1,ICBCount=0x01,ICBData=2:36:16:70:70:66:74:72:65:82:86:90:66:65:76:76:50:48:75);

# De-assign all spans

AssignSpan(Node=1,Slot=0xff,Span=0xffff,Offset=0xff);

# E1 Spans Slot 0

AssignSpan(Node=1,Span=30,Slot=0,Offset=0);

AssignSpan(Node=1,Span=31,Slot=0,Offset=1);

AssignSpan(Node=1,Span=32,Slot=0,Offset=2);

AssignSpan(Node=1,Span=33,Slot=0,Offset=3);

AssignSpan(Node=1,Span=34,Slot=0,Offset=4);

AssignSpan(Node=1,Span=35,Slot=0,Offset=5);

AssignSpan(Node=1,Span=36,Slot=0,Offset=6);

AssignSpan(Node=1,Span=37,Slot=0,Offset=7);

# T1 Spans Slot 9

AssignSpan(Node=1,Span=0,Slot=9,Offset=0x0);

AssignSpan(Node=1,Span=1,Slot=9,Offset=0x1);

AssignSpan(Node=1,Span=2,Slot=9,Offset=0x2);

AssignSpan(Node=1,Span=3,Slot=9,Offset=0x3);

AssignSpan(Node=1,Span=4,Slot=9,Offset=0x4);

AssignSpan(Node=1,Span=5,Slot=9,Offset=0x5);

AssignSpan(Node=1,Span=6,Slot=9,Offset=0x6);

AssignSpan(Node=1,Span=7,Slot=9,Offset=0x7);

AssignSpan(Node=1,Span=8,Slot=9,Offset=0x8);

AssignSpan(Node=1,Span=9,Slot=9,Offset=0x9);

# VDAC Spans Slot 5

AssignSpan(Node=1,Span=16,Slot=5,Offset=0x0);

AssignSpan(Node=1,Span=17,Slot=5,Offset=0x1);

AssignSpan(Node=1,Span=18,Slot=5,Offset=0x2);

AssignSpan(Node=1,Span=19,Slot=5,Offset=0x3);

AssignSpan(Node=1,Span=20,Slot=5,Offset=0x4);

# Loop Timing. Type (Primary = 1, Secondary = 2)

LoopTimingConfig(Node=1, Slot=0, Offset=0, Type=1, Action=1);

LoopTimingConfig(Node=1, Slot=9, Offset=0, Type=2, Action=1);

# T1 Span format 0x52 ESF, B8ZS, Clear Channel

T1SpanConfig(Node=1,Span=0x00,Format1=0x52,Format2=0x06);

T1SpanConfig(Node=1,Span=0x01,Format1=0x52,Format2=0x06);

T1SpanConfig(Node=1,Span=0x02,Format1=0x52,Format2=0x06);

T1SpanConfig(Node=1,Span=0x03,Format1=0x52,Format2=0x06);

T1SpanConfig(Node=1,Span=0x08,Format1=0x52,Format2=0x01);

# T1 Span format 0x09 D4, AMI, CAS

T1SpanConfig(Node=1,Span=0x04,Format1=0x09,Format2=0x06);

T1SpanConfig(Node=1,Span=0x05,Format1=0x09,Format2=0x06);

T1SpanConfig(Node=1,Span=0x06,Format1=0x09,Format2=0x06);

T1SpanConfig(Node=1,Span=0x07,Format1=0x09,Format2=0x06);

T1SpanConfig(Node=1,Span=0x09,Format1=0x09,Format2=0x06);

# E1 Span format HDB3, Clear Channel

E1SpanConfig(Node=1,Span=30,SARegisters=248,TS16Registers=208,Format=9,LineLength=4);

E1SpanConfig(Node=1,Span=31,SARegisters=248,TS16Registers=208,Format=9,LineLength=4);

E1SpanConfig(Node=1,Span=32,SARegisters=248,TS16Registers=208,Format=9,LineLength=4);

E1SpanConfig(Node=1,Span=33,SARegisters=248,TS16Registers=208,Format=9,LineLength=4);

# E1 Span format AMI, CAS

E1SpanConfig(Node=1,Span=34,SARegisters=248,TS16Registers=208,Format=0,LineLength=4);

E1SpanConfig(Node=1,Span=35,SARegisters=248,TS16Registers=208,Format=0,LineLength=4);

E1SpanConfig(Node=1,Span=36,SARegisters=248,TS16Registers=208,Format=0,LineLength=4);

E1SpanConfig(Node=1,Span=37,SARegisters=248,TS16Registers=208,Format=0,LineLength=4);

# SS7 ANSI Stack 0 looped back to Stack 1

SS7SignalingStackConfig(Node=1,Slot=0x0b,Stack=0x00,OPC=0x01,NumModules=0x03,Data=1:0:2:0:3:0);

SS7SignalingStackConfig(Node=1,Slot=0x0b,Stack=0x01,OPC=0x02,NumModules=0x03,Data=1:0:2:0:3:0);

# SS7 ITU Stack 2 looped back to Stack 3

SS7SignalingStackConfig(Node=1,Slot=0x0b,Stack=0x02,OPC=0x03,NumModules=0x03,Data=1:1:2:1:3:1);

SS7SignalingStackConfig(Node=1,Slot=0x0b,Stack=0x03,OPC=0x04,NumModules=0x03,Data=1:1:2:1:3:1);

SS7SignalingLinkSetConfig(Node=1,StackID=0x00,LinkSetID=0x01,APC=0x02);

SS7SignalingLinkSetConfig(Node=1,StackID=0x01,LinkSetID=0x02,APC=0x01);

SS7SignalingLinkSetConfig(Node=1,StackID=0x02,LinkSetID=0x03,APC=0x04);

SS7SignalingLinkSetConfig(Node=1,StackID=0x03,LinkSetID=0x04,APC=0x03);

SS7SignalingLinkConfig(Node=1,StackID=0x00,LinkSetID=0x01,LinkID=0x00,Span=0,Channel=0x00,SLC=0x00,DataRate=0x01,ElectricalInterface=0x00);

SS7SignalingLinkConfig(Node=1,StackID=0x01,LinkSetID=0x02,LinkID=0x01,Span=1,Channel=0x00,SLC=0x00,DataRate=0x01,ElectricalInterface=0x00);

SS7SignalingLinkConfig(Node=1,StackID=0x02,LinkSetID=0x03,LinkID=0x02,Span=30,Channel=0x00,SLC=0x02,DataRate=0x01,ElectricalInterface=0x00);

SS7SignalingLinkConfig(Node=1,StackID=0x03,LinkSetID=0x04,LinkID=0x03,Span=31,Channel=0x00,SLC=0x02,DataRate=0x01,ElectricalInterface=0x00);

SS7SignalingRouteConfig(Node=1,StackID=0x00,Destination=0x00,RouteID=0x00,DPC=0x02,LinkSetID=0x01,Priority=0x01,CombinedLinkSetRef=0xffff);

SS7SignalingRouteConfig(Node=1,StackID=0x01,Destination=0x01,RouteID=0x01,DPC=0x01,LinkSetID=0x02,Priority=0x01,CombinedLinkSetRef=0xffff);

SS7SignalingRouteConfig(Node=1,StackID=0x02,Destination=0x02,RouteID=0x02,DPC=0x04,LinkSetID=0x03,Priority=0x01,CombinedLinkSetRef=0xffff);

SS7SignalingRouteConfig(Node=1,StackID=0x03,Destination=0x03,RouteID=0x03,DPC=0x03,LinkSetID=0x04,Priority=0x01,CombinedLinkSetRef=0xffff);

# SS7 CIC's on T1 spans

SSAInternalMsg(SS7CICConfigGroup(Node=1,StackID=0,BaseCICNumber=0,BaseCICSpan=0,BaseCICChannel=1,NumCICs=23,CallControlUserPart=0,Range=0:0-0:0,NumFreeCICNumsInSpan=0,DPC=2);

SSAInternalMsg(SS7CICConfigGroup(Node=1,StackID=1,BaseCICNumber=0,BaseCICSpan=1,BaseCICChannel=1,NumCICs=23,CallControlUserPart=0,Range=0:0-0:0,NumFreeCICNumsInSpan=0,DPC=1);

SSAInternalMsg(SS7CICConfigGroup(Node=1,StackID=0,BaseCICNumber=24,BaseCICSpan=2,BaseCICChannel=0,NumCICs=24,CallControlUserPart=0,Range=0:0-0:0,NumFreeCICNumsInSpan=0,DPC=2);

SSAInternalMsg(SS7CICConfigGroup(Node=1,StackID=1,BaseCICNumber=24,BaseCICSpan=3,BaseCICChannel=0,NumCICs=24,CallControlUserPart=0,Range=0:0-0:0,NumFreeCICNumsInSpan=0,DPC=1);

SS7CICConfig(Node=1,StackID=0,BaseCICNumber=0,BaseCICSpan=0,BaseCICChannel=1,NumCICs=23,DPC=2,CallControlUserPart=0);

SS7CICConfig(Node=1,StackID=1,BaseCICNumber=0,BaseCICSpan=1,BaseCICChannel=1,NumCICs=23,DPC=1,CallControlUserPart=0);

SS7CICConfig(Node=1,StackID=0,BaseCICNumber=24,BaseCICSpan=2,BaseCICChannel=0,NumCICs=24,DPC=2,CallControlUserPart=0);

SS7CICConfig(Node=1,StackID=1,BaseCICNumber=24,BaseCICSpan=3,BaseCICChannel=0,NumCICs=24,DPC=1,CallControlUserPart=0);

# SS7 CIC's on E1 spans

SSAInternalMsg(SS7CICConfigGroup(Node=1,StackID=2,BaseCICNumber=0,BaseCICSpan=0,BaseCICChannel=1,NumCICs=23,CallControlUserPart=0,Range=0:0-0:0,NumFreeCICNumsInSpan=0,DPC=3);

SSAInternalMsg(SS7CICConfigGroup(Node=1,StackID=3,BaseCICNumber=0,BaseCICSpan=1,BaseCICChannel=1,NumCICs=23,CallControlUserPart=0,Range=0:0-0:0,NumFreeCICNumsInSpan=0,DPC=4);

SSAInternalMsg(SS7CICConfigGroup(Node=1,StackID=2,BaseCICNumber=24,BaseCICSpan=2,BaseCICChannel=0,NumCICs=24,CallControlUserPart=0,Range=0:0-0:0,NumFreeCICNumsInSpan=0,DPC=4);

SSAInternalMsg(SS7CICConfigGroup(Node=1,StackID=3,BaseCICNumber=24,BaseCICSpan=3,BaseCICChannel=0,NumCICs=24,CallControlUserPart=0,Range=0:0-0:0,NumFreeCICNumsInSpan=0,DPC=3);

SS7CICConfig(Node=1,StackID=2,BaseCICNumber=60,BaseCICSpan=30,BaseCICChannel=1,NumCICs=29,DPC=4,CallControlUserPart=0);

SS7CICConfig(Node=1,StackID=3,BaseCICNumber=60,BaseCICSpan=31,BaseCICChannel=1,NumCICs=29,DPC=3,CallControlUserPart=0);

SS7CICConfig(Node=1,StackID=2,BaseCICNumber=90,BaseCICSpan=32,BaseCICChannel=0,NumCICs=30,DPC=4,CallControlUserPart=0);

SS7CICConfig(Node=1,StackID=3,BaseCICNumber=90,BaseCICSpan=33,BaseCICChannel=0,NumCICs=30,DPC=3,CallControlUserPart=0);

# T1 Instructions

InseizeInstrListConfig(Node=1,Range=9:0-9:23,InstrNum=255,InstrType=0x00,InstrData1=0x00,InstrData2=0x00);

InseizeInstrListConfig(Node=1,Range=9:0-9:23,InstrNum=1,InstrType=0x07,InstrData1=0x00,InstrData2=0x00);

InseizeInstrListConfig(Node=1,Range=9:0-9:23,InstrNum=2,InstrType=0x03,InstrData1=0x01,InstrData2=0x00);

InseizeInstrListConfig(Node=1,Range=9:0-9:23,InstrNum=3,InstrType=0x06,InstrData1=0x00,InstrData2=0x00);

InseizeInstrListConfig(Node=1,Range=9:0-9:23,InstrNum=4,InstrType=0x04,InstrData1=0x00,InstrData2=0x00);

InpulsingParametersConfig(Node=1,Range=9:0-9:23,Stage=0x01,NumDigitStrings=0x01,StageCompleteTimeout=0x3e8,AddrSignallingType=0x01,String1Method=0x01,String1Data=0x04,String2Method=0x00,String2Data=0x00);

TrunkTypeConfig(Node=1,Range=4:0-7:23,TrunkType=0x01);

TrunkTypeConfig(Node=1,Range=5:0-7:23,TrunkType=0x01);

TrunkTypeConfig(Node=1,Range=9:0-9:23,TrunkType=0x03);

StartDialConfig(Node=1,Range=9:0-9:23,StartDialType=0x01,StartDialValue=0x04);

AnswerSuperviseConfig(Node=1,Range=9:0-9:23,AnswerMode=2);

AnswerSuperviseConfig(Node=1,Range=10:0-13:29,AnswerMode=2);

# E1 Instructions

InseizeInstrListConfig(Node=1,Range=34:0-37:29,InstrNum=255,InstrType=0,InstrData2=0,instrData1=0);

InseizeInstrListConfig(Node=1,Range=34:0-37:29,InstrNum=1,InstrType=7,instrData1=0 ,InstrData2=0);

InseizeInstrListConfig(Node=1,Range=34:0-37:29,InstrNum=2,InstrType=3,instrData1=1 ,InstrData2=0);

InseizeInstrListConfig(Node=1,Range=34:0-37:29,InstrNum=3,InstrType=3,instrData1=2 ,InstrData2=0);

InseizeInstrListConfig(Node=1,Range=34:0-37:29,InstrNum=4,InstrType=2,instrData1=15,InstrData2=3);

InseizeInstrListConfig(Node=1,Range=34:0-37:29,InstrNum=5,InstrType=3,instrData1=4 ,InstrData2=0);

InseizeInstrListConfig(Node=1,Range=34:0-37:29,InstrNum=6,InstrType=2,instrData1=13,InstrData2=6);

InseizeInstrListConfig(Node=1,Range=34:0-37:29,InstrNum=7,InstrType=6,instrData1=0 ,InstrData2=0);

InseizeInstrListConfig(Node=1,Range=34:0-37:29,InstrNum=8,InstrType=4,instrData1=0 ,InstrData2=0);

InpulsingParametersConfig(Node=1,Range=34:0-37:29,Stage=1,NumDigitStrings=1,StageCompleteTimeout=1000,AddrSignallingType=3,String1Method=5,String2Method=0,String1Data=10,String2Data=0);

InpulsingParametersConfig(Node=1,Range=34:0-37:29,Stage=2,NumDigitStrings=1,StageCompleteTimeout=1000,AddrSignallingType=3,String1Method=5,String2Method=0,String1Data=255,String2Data=0);

InpulsingParametersConfig(Node=1,Range=34:0-37:29,Stage=4,NumDigitStrings=1,StageCompleteTimeout=1000,AddrSignallingType=3,String1Method=5,String2Method=0,String1Data=1,String2Data=0);

AnswerSuperviseConfig(Node=1,Range=30:1-30:30,AnswerMode=2);

AnswerSuperviseConfig(Node=1,Range=31:1-31:30,AnswerMode=2);

AnswerSuperviseConfig(Node=1,Range=32:0-32:30,AnswerMode=2);

AnswerSuperviseConfig(Node=1,Range=33:0-33:30,AnswerMode=2);

AnswerSuperviseConfig(Node=1,Range=34:0-37:29,AnswerMode=2);

# DSP Configuration

DSPSIMMConfig(Node=1,Slot=0x01,SIMM=0x01,DSP0Func=0x10,DSP1Func=0x12,DSP2Func=0x14,DSP3Func=0x08,dsp0func=22,dsp1func=24,dsp2func=5,dsp3func=1);

DSPSIMMConfig(Node=1,Slot=0x01,SIMM=0x02,DSP0Func=0x02,DSP1Func=0x02,DSP2Func=0x02,DSP3Func=0x23,dsp0func=1,dsp1func=2,dsp2func=16,dsp3func=35);

DSPSIMMConfig(Node=1,Slot=0x01,SIMM=0x03,DSP0Func=0x01,DSP1Func=0x01,DSP2Func=0x01,DSP3Func=0x01,dsp0func=1,dsp1func=2,dsp2func=18,dsp3func=35);

DSPSIMMConfig(Node=1,Slot=1,Simm=0,dsp0func=28,dsp1func=28,dsp2func=28,dsp3func=28);

RecordedAnnouncement(Node=1,Slot=0x01,SIMM=0x00,ID=0x03,Format=0x00,Encoding=0x01,File="C:\PROGRA~1\EXCEL~1\SWI~1/C__Program_Files_Excel_Switching_Corporation_SwitchKit_cfg_greeting-u.vox",CSAFilename="C:\Program Files\Excel Switching Corporation\SwitchKit\cfg\greeting-u.vox");

# VDAC Configuration. SIP & H.323

IPAddressConfig(Node=1,Slot=0x05,DataType=0x00,TLVCount=13,Data=1:9:255:10:10:144:100:255:255:255:0:5:5:255:10:10:144:1:1:9:3:10:10:144:104:255:255:255:0:5:5:3:10:10:144:1:1:9:2:10:10:144:103:255:255:255:0:5:5:2:10:10:144:1:1:9:1:10:10:144:102:255:255:255:0:5:5:1:10:10:144:1:1:9:0:10:10:144:101:255:255:255:0:5:5:0:10:10:144:1:9:4:0:0:0:0:10:4:0:0:0:0:03:00);

VOIPProtocolConfig(Node=1,Slot=4,TLVCount=0x01,Data=1:200:0:1:5);

VOIPProtocolConfig(Node=1,UnknownAIB,TLVCount=17,Data=01:0xC8:00:01:04:0x02:0x64:00:0x08:48:46:48:46:48:46:48:00:0x02:0x62:00:02:0x13:0xc4:0x02:0x65:00:0x0b:76:85:67:69:78:84:45:79:78:80:00:0x02:0x66:00:0x09:48:48:48:48:48:48:48:48:00:0x02:0x67:00:04:0x00:0x00:0x01:0xf4:0x02:0x68:00:04:0x00:0x00:0x01:0xf4:0x02:0x69:00:04:0x00:0x00:0x0f:0xa0:0x02:0x6a:00:01:0x07:0x02:0x6b:00:01:0x0b:0x02:0x72:00:04:0x00:0x00:0x0e:0x10:0x02:0x75:00:01:0x01:0x02:0x79:00:01:0x00:0x02:0x7a:00:01:0x00:0x02:0x70:00:02:0x00:0x01:0x02:0x7b:00:04:0x00:0x00:0x07:0x08:0x02:0x7c:00:04:0x00:0x00:0x01:0x2c);

ResourceAttributeConfig(Node=1,Slot=0x05,DataType=0x00,TLVCount=0x01,Data=1:208:0:1:2);

ResourceAttributeConfig(Node=1,Slot=0x05,DataType=0x00,TLVCount=0x14,Data=0:9:0:6:62:4:208:209:43:56:1:0:0:1:1:1:1:0:1:1:1:2:0:1:0:1:3:0:1:1:1:194:0:1:75:1:195:0:4:0:0:0:150:1:196:0:1:7:1:197:0:1:0:1:198:0:1:1:1:199:0:1:1:1:209:0:1:0:1:210:0:1:0:1:211:0:1:0:1:235:0:4:0:0:0:0:1:225:0:1:1:1:226:0:1:0:1:236:0:4:0:0:0:0:1:223:0:1:0:1:212:0:1:0);

ResourceAttributeConfig(Node=1,Slot=0x05,DataType=0x00,TLVCount=0x14,Data=0:9:0:6:62:4:208:209:43:57:1:0:0:1:1:1:1:0:1:1:1:2:0:1:0:1:3:0:1:1:1:194:0:1:75:1:195:0:4:0:0:0:150:1:196:0:1:7:1:197:0:1:0:1:198:0:1:1:1:199:0:1:1:1:209:0:1:0:1:210:0:1:0:1:211:0:1:0:1:235:0:4:0:0:0:0:1:225:0:1:1:1:226:0:1:0:1:236:0:4:0:0:0:0:1:223:0:1:0:1:212:0:1:0);

ResourceAttributeConfig(Node=1,Slot=0x05,DataType=0x00,TLVCount=0x14,Data=0:9:0:6:62:4:208:209:43:58:1:0:0:1:1:1:1:0:1:1:1:2:0:1:0:1:3:0:1:1:1:194:0:1:75:1:195:0:4:0:0:0:150:1:196:0:1:7:1:197:0:1:0:1:198:0:1:1:1:199:0:1:1:1:209:0:1:0:1:210:0:1:0:1:211:0:1:0:1:235:0:4:0:0:0:0:1:225:0:1:1:1:226:0:1:0:1:236:0:4:0:0:0:0:1:223:0:1:0:1:212:0:1:0);

ResourceAttributeConfig(Node=1,Slot=0x05,DataType=0x00,TLVCount=0x14,Data=0:9:0:6:62:4:208:209:43:59:1:0:0:1:1:1:1:0:1:1:1:2:0:1:0:1:3:0:1:1:1:194:0:1:75:1:195:0:4:0:0:0:150:1:196:0:1:7:1:197:0:1:0:1:198:0:1:1:1:199:0:1:1:1:209:0:1:0:1:210:0:1:0:1:211:0:1:0:1:235:0:4:0:0:0:0:1:225:0:1:1:1:226:0:1:0:1:236:0:4:0:0:0:0:1:223:0:1:0:1:212:0:1:0);

SSAInternalMsg(VOIPRouting(Node=1,Slot=5,Module=5,IP_Address=10.10.144.101-10.10.144.102-10.10.144.103-10.10.144.104-,Range=16,NumberOfChannels=160);

PPLConfig(Node=1,Range=16:0-20:31,ComponentID=0x61,Entity=0x01,ConfigData=17:2:0:12:8:8:1:20:0:21:0:22:11:50:3:51:19:52:1:53:6:54:6:55:2:56:0:57:4:58:15:59:1:60:11);

PPLTool(Node=1,CfgFile="C:\PROGRAM FILES\EXCEL SWITCHING CORPORATION\SWITCHKIT\CFG\CONFIG_1.CFG");

SSAInternalMsg(IntFileName(CfgFile="C:\PROGRAM FILES\EXCEL SWITCHING CORPORATION\SWITCHKIT\CFG\CONFIG_1.CFG",Node=1,EnableRouteNode1=1);

# ISDN Span 8 NI-2 User Side.

DChannelAssign(Node=1,Slot=10,DChannelSpanID=8,DChannel=23,SecondaryDChannelFacility=0x00,DChannelType=0x01,Data=0xff);

ISDNInterfaceConfig(Node=1,Span=0x08,Channel=0x17,Entity=0x01,Data=0:9);

ISDNInterfaceConfig(Node=1,Span=0x08,Channel=0x17,Entity=0x05,Data=0:0);

BChannelConfig(Node=1,Range=8:0-8:22,Entity=0x01,Value=0x01);

ClearAllChanGroups();

AssociateChanGroup(Range=0:1-0:23,ChannelGroup="SS7ANSI-OUT");

AssociateChanGroup(Range=1:1-1:23,ChannelGroup="SS7ANSI-IN");

AssociateChanGroup(Range=2:0-2:23,ChannelGroup="SS7ANSI-OUT");

AssociateChanGroup(Range=3:0-3:23,ChannelGroup="SS7ANSI-IN");

AssociateChanGroup(Range=30:1-30:30,ChannelGroup="SS7ITU-OUT");

AssociateChanGroup(Range=31:1-31:30,ChannelGroup="SS7ITU-IN");

AssociateChanGroup(Range=32:1-32:30,ChannelGroup="SS7ITU-OUT");

AssociateChanGroup(Range=33:1-33:30,ChannelGroup="SS7ITU-IN");

AssociateChanGroup(Range=4:1-7:23,ChannelGroup="E&M");

AssociateChanGroup(Range=8:0-8:22,ChannelGroup="ISDN");

AssociateChanGroup(Range=9:0-9:7,ChannelGroup="FXS-LS");

AssociateChanGroup(Range=16:0-20:31,ChannelGroup="VDAC");

AssociateChanGroup(Range=34:0-37:29,ChannelGroup="E1R2");

# 0 - Round Robin

# 1 - Ascending

# 2 - Descending

# 3 - LRU (Least Recently Used) is allocated first

# 4 - MRU (Most Recently Used) is allocated first

ConfigChanGroup(ChannelGroup="SS7ANSI-OUT", Entity=0, Parameter=3);

ConfigChanGroup(ChannelGroup="SS7ANSI-IN", Entity=0, Parameter=3);

ConfigChanGroup(ChannelGroup="SS7ITU-OUT", Entity=0, Parameter=3);

ConfigChanGroup(ChannelGroup="SS7ITU-IN", Entity=0, Parameter=3);

ConfigChanGroup(ChannelGroup="E&M", Entity=0, Parameter=3);

ConfigChanGroup(ChannelGroup="ISDN", Entity=0, Parameter=3);

ConfigChanGroup(ChannelGroup="FXS-LS", Entity=0, Parameter=3);

ConfigChanGroup(ChannelGroup="VDAC", Entity=0, Parameter=3);

ConfigChanGroup(ChannelGroup="E1R2", Entity=0, Parameter=3);

See Converged Services Administrator.
Range of channels provided by T1 or E1 transmission service. A physical span is a group of channels taking up a single physical wire. A logical span is a group of channels taking up less than a single logical wire, or carried over more than one physical wire.
A digital communications link - voice, data, and video at a 2.048 Mbps rate; 30B/2D or 31B/1D (ISDN); non-North American version of T1.
Digital communications link - voice, data, and video at a 1.544 Mbps rate (24 64 Kbps channels)
Extended Super Frame
Bipolar with 8-Zero Substitution. Coding method used with Clear Channel signaling to allow true 64Kbps channel data transmission speeds. See also ZBTSI.
Signaling technique where the full channel bandwidth is used for data transmission, while the framing and control bits (signaling) use a separate channel. No control or signaling is performed on this path. See B8ZS and ZBTSI.
A bit framing standard for traditional time-division multiplexing, which standard describes user channels multiplexed onto a trunk that has been segmented (framed) into 24 bytes of 8 bits each. Note: The multiplexing function is performed in the D-4 framing structure by interleaving bits of consecutive bytes as they are presented from individual circuits into each D-4 frame.
See Channel Associated Signaling.
See Signaling System Number Seven.
American National Standards Institute. ANSI administers and coordinates the U.S. voluntary standardization and conformity assessment system for the
telecommunications industry. More details on these standards may be
viewed at www.ansi.org.
International Telecommunications Union (UN)
Destination Point Code
See Circuit Identification Codes.
Digital Signal Processor
Session-Initiation Protocol. A signaling protocol used for establishing sessions in an IP network. A session could be a simple, two-way telephone call, or it could be a collaborative multi-media conference session.
ITU-T standard defines a set of call control, channel setup, and codec specifications for transmitting real-time voice and video over networks that do not offer guaranteed service or quality of service.
Internet Protocol. Part of the TCP/IP family of protocols used to route messages and tracks the addresses of nodes.
See Integrated Services Digital Network.
See Loop Start.