-- -- RS-DVMS-MIB.mi2 -- RS-DVMS-MIB DEFINITIONS ::= BEGIN IMPORTS rsRegModules, rsProdBroadcastMeasurement FROM RS-COMMON-MIB OBJECT-GROUP, NOTIFICATION-GROUP, MODULE-COMPLIANCE FROM SNMPv2-CONF IpAddress, Integer32, Unsigned32, OBJECT-TYPE, MODULE-IDENTITY, OBJECT-IDENTITY, NOTIFICATION-TYPE FROM SNMPv2-SMI DateAndTime, TruthValue, RowStatus, TEXTUAL-CONVENTION FROM SNMPv2-TC; -- ### -- ### Module identification -- ### rsDvmsMibModule MODULE-IDENTITY LAST-UPDATED "201811081500Z" ORGANIZATION "Rohde&Schwarz" CONTACT-INFO "Rohde&Schwarz GmbH & Co. KG Muehldorfstrasse 15 D-81671 Munich Germany" DESCRIPTION "MIB for DVMS " REVISION "201811081500Z" DESCRIPTION "- added signalInterfacesRfDvbt2MeasApplication." REVISION "201609071500Z" DESCRIPTION "- added tsPtsPcrDelay(84) to TsTestFailureSummary - added ptsPcrDelay(4700) to IndexTransportStreamTest - added ptsPcrDelay(4700), ptsPcrDelayLowerLimit(4701) and ptsPcrDelayUpperLimit(4702) to IndexTransportStreamTestConfig - added ptsPcrDelayLimitLower(541) and ptsPcrDelayLimitUpper(542) to LogEntryEvent." REVISION "201508101500Z" DESCRIPTION "- added esInfoVideoHEVC(48), esInfoVideoAvsPlus(49) and esInfoAudioAvsPlus(50) to TsTreeEsInfo." REVISION "201411261500Z" DESCRIPTION "- removed state undefined from enum CAMode." REVISION "201405071500Z" DESCRIPTION "- added selectElementSectionNumber - added tsTreeListTableProviderName, tsTreeListTableRunningState and tsTreeListTableCAMode to tsTreeListTableEntry - added tsTreeServiceIdProviderName, tsTreeServiceIdRunningState and tsTreeServiceIdCAMode to tsTreeServiceIdEntry." REVISION "201309271500Z" DESCRIPTION "- added templateLogicalChannelNumberMissing and templateLogicalChannelNumberMismatch to LogEntryEvent." REVISION "201306031500Z" DESCRIPTION "- added signalInterfacesRfDvbt2Profile for T2 Version 1.3.1 - new attributes for moduleEntry in moduleTable to query detailed information on the modules." REVISION "201304261500Z" DESCRIPTION "- RfDvbt2Version extended for T2 Version 1.3.1 RfDvbt2CodeRate extended for T2 Version 1.3.1 RfDvbt2TransmissionSystem extended for T2 Version 1.3.1 added rfDvbt2L1PreSigPostScrambled and rfDvbt2L1PreSigT2BaseLITE to LogEntryEvent added measurementsSigInterfacesDvbt2L1PostScrambled and measurementsSigInterfacesDvbt2L1BaseLITE to measurementsSigInterfacesDvbt2Entry added l1PreSigL1PostScrambled and l1PreSigT2BaseLITE to IndexTransportStreamTestConfig" REVISION "201212041500Z" DESCRIPTION "- added rfTimingOffset to IndexTransportStreamTest" REVISION "201210221500Z" DESCRIPTION " added the oids signalInterfacesRfDvbtResetResults, signalInterfacesRfDvbsResetResults and signalInterfacesRfDvbt2ResetResults to allow a reset of the rf measurement results." REVISION "201205071500Z" DESCRIPTION " added for convenience measurementsSigInterfaceEchoLimitDelayValue and measurementsSigInterfaceEchoLimitLevelValue to measurementsSigInterfacesEchoLimitEntry, - added measurementsSigInterfacesDvbtAllEchoesWithinLimits to measurementsSigInterfacesDvbtEntry, - added measurementsSigInterfacesDvbt2AllEchoesWithinLimits to measurementsSigInterfacesDvbt2Entry." REVISION "201111161500Z" DESCRIPTION " corrected the description for measurementsSigInterfacesDvbt2BitrateOffsetMin, measurementsSigInterfacesDvbt2BitrateOffsetMax, measurementsSigInterfacesDvbt2BitrateOffsetValue - added new entries measurementsSigInterfacesDvbtGuardIntervalStart, measurementsSigInterfacesDvbtGuardIntervalStop, measurementsSigInterfacesDvbtUnambiguousStop - added new entries signalInterfacesRfDvbtSpectrumPixel and signalInterfacesRfDvbt2SpectrumPixel - added new entries signalInterfacesRfDvbtSaveSpectrum and signalInterfacesRfDvbt2SaveSpectrum - added new entries to MeasurementsSigInterfacesDvbt2Entry (Common PLP), - added new entries to LogEntryEvent for RF DVB-T2 and T2-MI, - added logEntryT2MIPacketType and logEntryT2MIPacketId to the logEntry, - renamed LogEntryEvent rfDvbt2SignalTemplateFftmodeDiffFromSpecValue to rfDvbt2L1PreSigFftmodeDiffFromSpecValue, - renamed LogEntryEvent rfDvbt2SignalTemplateGuardIntervalDiffFromSpecValue to rfDvbt2L1PreSigGuardIntervalDiffFromSpecValue, - renamed LogEntryEvent rfDvbt2SignalTemplateCoderateDiffFromSpecValue to rfDvbt2DataPlpCoderateDiffFromSpecValue, - renamed LogEntryEvent rfDvbt2SignalTemplateConstellationDiffFromSpecValue to rfDvbt2DataPlpConstellationDiffFromSpecValue, - renamed LogEntryEvent rfDvbt2SignalTemplateCellIdDiffFromSpecValue to rfDvbt2L1PreSigCellIdDiffFromSpecValue, - added new entries to IndexTransportStreamTestConfig for RF DVB-T2 and T2-MI, - renamed IndexTransportStreamTestConfig signalTemplateFFTDVBT2 to l1PreSigFFTDVBT2, - renamed IndexTransportStreamTestConfig signalTemplateConstellationDVBT2 to dataPlpConstellationDVBT2, - renamed IndexTransportStreamTestConfig signalTemplateGuardIntervalDVBT2 to l1PreSigGuardIntervalDVBT2, - renamed IndexTransportStreamTestConfig signalTemplateCodeRateDVBT2 to dataPlpCodeRateDVBT2, - renamed IndexTransportStreamTestConfig signalTemplateCellIDDVBT2 to l1PreSigCellIDDVBT2, - added new entries to IndexTransportStreamTest for RF DVB-T2 and T2-MI, - added new entries to TsTestFailureSummary for RF DVB-T2 and T2-MI, - renamed controlMonitoringConfigRfLimitSigTempDvbt2Table to controlMonitoringConfigRfLimitDvbt2Table, - renamed controlMonitoringConfigRfLimitSigTempDvbt2Entry to controlMonitoringConfigRfLimitDvbt2Entry, - renamed controlMonitoringConfigRfLimitSigTempDvbt2Constellation to controlMonitoringConfigRfLimitDataPlpDvbt2Dvbt2Constellation, - renamed controlMonitoringConfigRfLimitSigTempDvbt2FftMode to controlMonitoringConfigRfLimitL1PreSigDvbt2Dvbt2FftMode, - renamed controlMonitoringConfigRfLimitSigTempDvbt2GuardInterval to controlMonitoringConfigRfLimitL1PreSigDvbt2Dvbt2GuardInterval, - renamed controlMonitoringConfigRfLimitSigTempDvbt2CodeRate to controlMonitoringConfigRfLimitDataPlpDvbt2Dvbt2CodeRate, - renamed controlMonitoringConfigRfLimitSigTempDvbt2CellID to controlMonitoringConfigRfLimitL1PreSigDvbt2Dvbt2CellID, - added new entries to controlMonitoringConfigRfLimitDvbt2Entry (L1-pre Signalling, Data PLP and Common PLP), - introduced new table signalInterfacesT2miPlpTable, - added rfDvbt2LdcIterationsUpperLimit to LogEntryEvent, - added berLDPCIterationsUpperLimitDVBT2 to IndexTransportStreamTestConfig, - added EchoMeasurementType (K58), - added controlMonitoringConfigAlarmOptionEchoMeasurementTable (K58) - added entry siteConfigurationNewSaveRecallActive." REVISION "201110041500Z" DESCRIPTION "- added measurementsSigInterfacesDvbt2PLPReserved1 - extended the description for DVB-T2 measurements" REVISION "201106071500Z" DESCRIPTION "- added IP parameters - added siteSetExternalClock - renamed saveDeviceFootPrint to siteSaveDeviceFootPrint" REVISION "201104201500Z" DESCRIPTION "- changed names DvbtEcho and EchoDvbt to Echo added definitions for saveDeviceFootprint, signalInterfacesRfDvbtActivateEchoMeasurement, signalInterfacesRfDvbt2ActivateEchoMeasurement, measurementsSigInterfacesDvbt2PlpTable additional entries for DVB-T2 table" REVISION "201102111500Z" DESCRIPTION "- added definitions for SFN echo and shoulder attenuation measurement for DVB-T and DVB-T2 standard (controlMonitoringConfigRfLimitSfnEchoTable, measurementsSigInterfacesEchoTable, measurementsSigInterfacesEchoLimitTable, measurementsSigInterfacesDvbtLowerShoulderValue, measurementsSigInterfacesDvbtUpperShoulderValue, measurementsSigInterfacesDvbt2LowerShoulderValue, measurementsSigInterfacesDvbt2UpperShoulderValue)" REVISION "201012201500Z" DESCRIPTION "- added DVB-T2 parameters" REVISION "201009131500Z" DESCRIPTION "- added definitions in controlMonitoringTable (MonitoringClearAll, ElapsedTime)" REVISION "201009061500Z" DESCRIPTION "- implemented DVB-S parameters" REVISION "201009011500Z" DESCRIPTION "- activated DVB-S parameters" REVISION "201007211500Z" DESCRIPTION "- added broadcast standards isdbt, isdbtb - added objects for export of table interpreter data exportPacketInterpreterFileName exportTablePESInterpreterFileName exportControl" REVISION "201004131500Z" DESCRIPTION "- added definitions in ProfileBitrate - added definition in IndexBitRateLimits" REVISION "201004061500Z" DESCRIPTION "- fixed comma syntax in ModulePortCapability, ModulePortType, ModuleEntry and groupControlMonitoringConfigRf" REVISION "201003041500Z" DESCRIPTION "Initial version of the MIB for DVMS" ::= { rsRegModules 152 } -- -- Textual conventions -- RunningState ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION " " SYNTAX INTEGER { undefined(0), notRunning(1), startsInAFewSeconds(2), pausing(3), running(4), serviceOffAir(5), reserved6(6), reserved7(7) } CAMode ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION " " SYNTAX INTEGER { notScrambled(0), scrambled(1) } AlarmClass ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION " " SYNTAX INTEGER { alarm(1), warning(2), info(3) } AlarmLine ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION " " SYNTAX Integer32 (0..255) AlarmLineEventEnable ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION " " SYNTAX BITS { alarmLineEventEnable(0) } AlarmLineState ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION " " SYNTAX BITS { closedVirtualContact1(0), closedVirtualContact2(1), closedVirtualContact3(2), closedVirtualContact4(3), closedVirtualContact5(4), closedVirtualContact6(5), closedVirtualContact7(6), closedVirtualContact8(7), closedVirtualContact9(8), closedVirtualContact10(9), closedVirtualContact11(10),closedVirtualContact12(11), closedVirtualContact13(12),closedVirtualContact14(13), closedVirtualContact15(14), closedVirtualContact16(15), closedVirtualContact17(16), closedVirtualContact18(17), closedVirtualContact19(18), closedVirtualContact20(19), closedVirtualContact21(20), closedVirtualContact22(21), closedVirtualContact23(22), closedVirtualContact24(23), closedVirtualContact25(24), closedVirtualContact26(25), closedVirtualContact27(26), closedVirtualContact28(27), closedVirtualContact29(28), closedVirtualContact30(29), closedVirtualContact31(30), closedVirtualContact32(31), closedVirtualContact33(32), closedVirtualContact34(33), closedVirtualContact35(34), closedVirtualContact36(35), closedVirtualContact37(36), closedVirtualContact38(37), closedVirtualContact39(38), closedVirtualContact40(39), closedVirtualContact41(40), closedVirtualContact42(41), closedVirtualContact43(42), closedVirtualContact44(43), closedVirtualContact45(44), closedVirtualContact46(45), closedVirtualContact47(46), closedVirtualContact48(47), closedVirtualContact49(48), closedVirtualContact50(49), closedVirtualContact51(50), closedVirtualContact52(51), closedVirtualContact53(52), closedVirtualContact54(53), closedVirtualContact55(54), closedVirtualContact56(55), closedVirtualContact57(56), closedVirtualContact58(57), closedVirtualContact59(58), closedVirtualContact60(59), closedVirtualContact61(60), closedVirtualContact62(61), closedVirtualContact63(62), closedVirtualContact64(63), closedVirtualContact65(64), closedVirtualContact66(65), closedVirtualContact67(66), closedVirtualContact68(67), closedVirtualContact69(68), closedVirtualContact70(69), closedVirtualContact71(70), closedVirtualContact72(71), closedVirtualContact73(72), closedVirtualContact74(73), closedVirtualContact75(74), closedVirtualContact76(75), closedVirtualContact77(76), closedVirtualContact78(77), closedVirtualContact79(78), closedVirtualContact80(79), closedVirtualContact81(80), closedVirtualContact82(81), closedVirtualContact83(82), closedVirtualContact84(83), closedVirtualContact85(84), closedVirtualContact86(85), closedVirtualContact87(86), closedVirtualContact88(87), closedVirtualContact89(88), closedVirtualContact90(89), closedVirtualContact91(90), closedVirtualContact92(91), closedVirtualContact93(92), closedVirtualContact94(93), closedVirtualContact95(94), closedVirtualContact96(95), closedVirtualContact97(96), closedVirtualContact98(97), closedVirtualContact99(98), closedVirtualContact100(99), closedVirtualContact101(100), closedVirtualContact102(101), closedVirtualContact103(102), closedVirtualContact104(103), closedVirtualContact105(104), closedVirtualContact106(105), closedVirtualContact107(106), closedVirtualContact108(107), closedVirtualContact109(108), closedVirtualContact110(109), closedVirtualContact111(110), closedVirtualContact112(111), closedVirtualContact113(112), closedVirtualContact114(113), closedVirtualContact115(114), closedVirtualContact116(115), closedVirtualContact117(116), closedVirtualContact118(117), closedVirtualContact119(118), closedVirtualContact120(119), closedVirtualContact121(120), closedVirtualContact122(121), closedVirtualContact123(122), closedVirtualContact124(123), closedVirtualContact125(124), closedVirtualContact126(125), closedVirtualContact127(126), closedVirtualContact128(127), closedVirtualContact129(128), closedVirtualContact130(129), closedVirtualContact131(130), closedVirtualContact132(131), closedVirtualContact133(132), closedVirtualContact134(133), closedVirtualContact135(134), closedVirtualContact136(135), closedVirtualContact137(136), closedVirtualContact138(137), closedVirtualContact139(138), closedVirtualContact140(139), closedVirtualContact141(140), closedVirtualContact142(141), closedVirtualContact143(142), closedVirtualContact144(143), closedVirtualContact145(144), closedVirtualContact146(145), closedVirtualContact147(146), closedVirtualContact148(147), closedVirtualContact149(148), closedVirtualContact150(149), closedVirtualContact151(150), closedVirtualContact152(151), closedVirtualContact153(152), closedVirtualContact154(153), closedVirtualContact155(154), closedVirtualContact156(155), closedVirtualContact157(156), closedVirtualContact158(157), closedVirtualContact159(158), closedVirtualContact160(159), closedVirtualContact161(160), closedVirtualContact162(161), closedVirtualContact163(162), closedVirtualContact164(163), closedVirtualContact165(164), closedVirtualContact166(165), closedVirtualContact167(166), closedVirtualContact168(167), closedVirtualContact169(168), closedVirtualContact170(169), closedVirtualContact171(170), closedVirtualContact172(171), closedVirtualContact173(172), closedVirtualContact174(173), closedVirtualContact175(174), closedVirtualContact176(175), closedVirtualContact177(176), closedVirtualContact178(177), closedVirtualContact179(178), closedVirtualContact180(179), closedVirtualContact181(180), closedVirtualContact182(181), closedVirtualContact183(182), closedVirtualContact184(183), closedVirtualContact185(184), closedVirtualContact186(185), closedVirtualContact187(186), closedVirtualContact188(187), closedVirtualContact189(188), closedVirtualContact190(189), closedVirtualContact191(190), closedVirtualContact192(191), closedVirtualContact193(192), closedVirtualContact194(193), closedVirtualContact195(194), closedVirtualContact196(195), closedVirtualContact197(196), closedVirtualContact198(197), closedVirtualContact199(198), closedVirtualContact200(199), closedVirtualContact201(200), closedVirtualContact202(201), closedVirtualContact203(202), closedVirtualContact204(203), closedVirtualContact205(204), closedVirtualContact206(205), closedVirtualContact207(206), closedVirtualContact208(207), closedVirtualContact209(208), closedVirtualContact210(209), closedVirtualContact211(210), closedVirtualContact212(211), closedVirtualContact213(212), closedVirtualContact214(213), closedVirtualContact215(214), closedVirtualContact216(215), closedVirtualContact217(216), closedVirtualContact218(217), closedVirtualContact219(218), closedVirtualContact220(219), closedVirtualContact221(220), closedVirtualContact222(221), closedVirtualContact223(222), closedVirtualContact224(223), closedVirtualContact225(224), closedVirtualContact226(225), closedVirtualContact227(226), closedVirtualContact228(227), closedVirtualContact229(228), closedVirtualContact230(229), closedVirtualContact231(230), closedVirtualContact232(231), closedVirtualContact233(232), closedVirtualContact234(233), closedVirtualContact235(234), closedVirtualContact236(235), closedVirtualContact237(236), closedVirtualContact238(237), closedVirtualContact239(238), closedVirtualContact240(239), closedVirtualContact241(240), closedVirtualContact242(241), closedVirtualContact243(242), closedVirtualContact244(243), closedVirtualContact245(244), closedVirtualContact246(245), closedVirtualContact247(246), closedVirtualContact248(247), closedVirtualContact249(248), closedVirtualContact250(249), closedVirtualContact251(250), closedVirtualContact252(251), closedVirtualContact253(252), closedVirtualContact254(253), closedVirtualContact255(254), closedVirtualContact256(255) } AnalysisState ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION "." SYNTAX INTEGER { analysisStateOff(0), analysisStateTs(1), analysisStateRf(2), analysisStateRfTs(3), analysisStateIp(4), analysisStateIpTs(5) } ModulePortCapability ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION " " SYNTAX BITS { inASI(0), inSMPTE310M(1), reserved2(2), reserved3(3), reserved4(4), inDVBT(5), inDVBS(6), inIP(7), reserved8(8), reserved9(9), reserved10(10), reserved11(11), reserved12(12), inDVBT2(13), inASIT2MI(14), inIPT2MI(15) } ModulePortIndex ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION "The index of the port of a module." SYNTAX Unsigned32 ModulePortType ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION "IO setting for module ports 1 to 4." SYNTAX INTEGER { off(1), inASI(2), inSMPTE310M(3), outASI(4), inDVBT(5), inDVBS(6), reserved7(7), inIP(8), reserved9(9), reserved10(10), reserved11(11), reserved12(12), reserved13(13), inDVBT2(14), outIP(15), inASIT2MI(16), inIPT2MI(17) } ModulePortLEDState ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION "Possible values for the LED state of each of the module ports" SYNTAX INTEGER { ledStateGrey(0), ledStateGreen(1), ledStateYellow(2), ledStateRed(3), ledStateLOS(4) } ModulePortLogType ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION "Possible values for the log type of each of the module ports" SYNTAX INTEGER { logTypeContinuous(1), logTypeTransition(2) } ModulePortStateBits ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION "Definition of state bits of each of the module ports. portStateLedBit2 to portStateLedBit0 represent a three bit integer value which corresponds to values defined with ModulePortLEDState." SYNTAX BITS { portStateLedBit2(0), portStateLedBit1(1), portStateLedBit0(2), portStateWanrningCurrent(3), portStateWanrningPast(4), portStateMonitoringStopped(5), portStateModuleDisconnected(6), portStateReserved7(7) } BroadcastStandard ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION " " SYNTAX INTEGER { atsc(1), dvb(2), scte(3), isdbt(4), isdbtb(5) } Enable ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION "This type is used for the '...Enable' objects of tests and measurements. It determines whether the test is enabled and also which events can be generated by this test/measurement. If the testEnable bit is 0, the test will not be performed and the failTrapEnable bit is ignored. If the testEnable bit is 1, the test will be performed. Additionally, a testFailTrap or measurementFailTrap will be sent when the test state becomes 'fail'. The 'unknownTrapEnable' bit is only relevant to measurements. If it is set to 1, a 'measurementUnknownTrap' will be sent when the '...MeasurementState' object becomes 'unknown'." SYNTAX BITS { testEnable(0) } ExportControlType ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION " " SYNTAX BITS { exportControlInactive(0), exportControlPacketInterpreterStart(1), exportControlPacketInterpreterRunning(2), exportControlPacketInterpreterFinished(3), exportControlTablePESInterpreterStart(4), exportControlTablePESInterpreterRunning(5), exportControlTablePESInterpreterFinished(6), exportControlHeaderMapInterpreterStart(7), exportControlHeaderMapInterpreterRunning(8), exportControlHeaderMapInterpreterFinished(9) } LogEventEnable ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION " " SYNTAX BITS { logAlarmEventEnable(0), logWarningEventEnable(1), logInfoEventEnable(2), logSystemEventEnable(3) } TsTestFailureSummary ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION "Bit string providing a status summary of all tests defined in this MIB module. A bit is set to 1 if the state of the corresponding test is 'fail'. In several cases, a single bit summarizes the results of a set of tests. If the state of any of the tests in the set is 'fail', the bit is set to one. An example of this is 'bitratePID' where the single bit summarizes whether all the PID bit rates are within range. To aid identification, the bits are numbered in the order in which the associated tests appear in the MIB. Other than this, there is no connection between the bit number and the OID of the test." SYNTAX BITS { tsSyncLoss(0), tsSyncByteError(1), tsPatError2(2), tsContinuityCountError(3), tsPmtError2(4), tsPidError(5), tsTransportError(6), tsCrcError(7), tsPcrRepetitionError(8), tsPcrDiscontinuityError(9), tsPcrAccuracyError(10), tsPtsError(11), tsCatError(12), tsNitActualError(13), tsNitOtherError(14), tsSiRepetitionError(15), tsBufferError(16), tsUnreferencedPID(17), tsSdtActualError(18), tsSdtOtherError(19), tsEitActualError(20), tsEitOtherError(21), tsEitPfError(22), tsRstError(23), tsTdtError(24), tsSFNSyncError(25), tsBitRateError(26), tsTSIDMatchError(27), tsTSModificationError(28), tsCAAlternationError(29), tsTSTemplateError(30), tsDVBHError(31), tsPSIPBasicsError(32), tsMGTError(33), tsVCTError(34), tsSTTError(35), tsRRTError(36), tsEITATSCError(37), tsETTError(38), tsCETTError(39), tsDETError(40), tsLTSTError(41), tsDCCTError(42), tsDCCSCTError(43), tsReservedBit44(44), tsReservedBit45(45), tsReservedBit46(46), tsReservedBit47(47), tsRFSyncError(48), tsRFInputLevelError(49), tsRFMERError(50), tsRFBERError(51), tsRFPERError(52), tsRFSignalTemplateError(53), tsRFSfnEchoError(54), tsRFShoulderAttenuationError(55), tsIPSyncError(56), tsIPMDIDelayFactorError(57), tsIPMDILossRateError(58), tsIPStreamError(59), tsRfDvbt2L1PreSig(60), tsRfDvbt2CommonPlp(61), tsRfDvbt2DataPlp(62), tsT2miTsSyncLoss(63), tsT2miSyncByte(64), tsT2miPat(65), tsT2miContinuityCount(66), tsT2miPmt(67), tsT2miTransport(68), tsT2miCrc(69), tsT2miPcrDiscontinuity(70), tsT2miPcrRep(71), tsT2miPcrJitter(72), tsT2miUnreferencedPid(73), tsT2miDataRate(74), tsT2miPacketType(75), tsT2miPacketCount(76), tsT2miPacketCrc(77), tsT2miPacketPayload(78), tsT2miPacketPlpNumBlocks(79), tsT2miPacketTransmissionOrder(80), tsT2miPacketTimestamp(81), tsT2miPacketFrameLength(82), tsT2miPacketConsistency(83), tsPtsPcrDelay(84) } FloatingPoint ::= TEXTUAL-CONVENTION DISPLAY-HINT "63a" STATUS current DESCRIPTION "FloatingPoint provides a means of representing non-integer numbers in SNMP. Numbers are represented as a string of ASCII characters in standard format. For example, '3', '3.142' and '0.3142E1' are all valid numbers. The syntax for the string is as follows: [] encloses an optional element, | is the separator for a set of alternatives, and () encloses syntax that is to be viewed as a unit. FloatingPoint ::= ([Sign] (Float1 | Float2 | DigitSequence) [ExponentPart]) | NAN Float1 ::= DigitSequence '.' [DigitSequence] Float2 ::= '.' DigitSequence DigitSequence ::= Digit [DigitSequence] ExponentPart ::= ('e' | 'E') [Sign] DigitSequence Digit ::= '0'..'9' Sign ::= '+' | '-' NAN indicates an invalid value." SYNTAX OCTET STRING (SIZE (1..63)) GoldenStreamTemplateMaskIndex ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION " GoldenStreamTemplateMaskIndex assigns a unique numerical value to each type of property of a Transport Stream which could be defined by the template mask" SYNTAX INTEGER { transportStream(1000), transportStreamTsid(1100), transportStreamOriginalNetworkId(1200), transportStreamLowerBitrate(1300), transportStreamUpperBitrate(1400), emms(2000), emmsMandatory(2100), emmsLowerBitrate(2200), emmsUpperBitrate(2300), userPrivateData(3000), userPrivateDataLowerBitrate(3100), userPrivateDataUpperBitrate(3200), unreferencedPids(4000), unreferencedPidsLowerBitrate(4100), unreferencedPidsUpperBitrate(4200), nullPackets(5000), nullPacketsLowerBitrate(5100), nullPacketsUpperBitrate(5200), services(6000), servicesMandatory(6100), servicesServiceName(6200), servicesPcrPid(6300), servicesPmtPid(6400), servicesLowerBitrate(6500), servicesUpperBitrate(6600), servicesEsPids(6700), servicesEsPidsMandatory(6710), servicesEsPidsType(6720), servicesEsPidsConditionalAccess(6730), servicesEsPidsLowerBitrate(6740), servicesEsPidsUpperBitrate(6750), servicesEsPidsEcms(6760), servicesEsPidsEcmsMandatory(6761), servicesEsPidsEcmsLowerBitrate(6762), servicesEsPidsEcmsUpperBitrate(6763), servicesParentalRating(6800), servicesEcms(6900), servicesEcmsMandatory(6910), servicesEcmsLowerBitrate(6920), servicesEcmsUpperBitrate(6930), servicesEitsActual(7000), servicesEitPresentFollowing(7100), servicesEitsScheduled(7200), servicesEitsScheduled1(7201), servicesEitsScheduled2(7202), servicesEitsScheduled3(7203), servicesEitsScheduled4(7204), servicesEitsScheduled5(7205), servicesEitsScheduled6(7206), servicesEitsScheduled7(7207), servicesEitsScheduled8(7208), servicesEitsScheduled9(7209), servicesEitsScheduled10(7210), servicesEitsScheduled11(7211), servicesEitsScheduled12(7212), servicesEitsScheduled13(7213), servicesEitsScheduled14(7214), servicesEitsScheduled15(7215), servicesEitsScheduled16(7216) } IndexBitRateLimits ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION " " SYNTAX INTEGER { ts(1), video(2), audio(3), other(4), nullPackets(5), pat(6), pmt(7), cat(8), nitActual(9), nitOther(10), bat(11), sdtActual(12), sdtOther(13), eitActualPf(14), eitActualSchedule(15), eitOtherPf(16), eitOtherSchedule(17), tdt(18), tot(19), rst(20), mip(21), aip(22), mgt(23), cvct(24), tvct(25), stt(26), rrt(27), ett(28), cett(29), det(30), ltst(31), dcct(32), dccsct(33), service(34) } IndexTransportStreamTest::= TEXTUAL-CONVENTION STATUS current DESCRIPTION "IndexTransportStreamTest assigns a unique numerical value to each of the TR 101 290 transport stream tests in section 5.2. The number allocated is: priority * 1000 + test number * 10 + subtest Subtest is 0 if there is no subtest. Subtest 'a' is numbered 1, 'b' is 2, etc. The enumeration names are derived directly from the test names in TR 101 290 taking into account the syntax requirements of the MIB. CHANGED from TR 101 290 for DVMS: priority * 1000 + test number * 100 + subtest The entry allTests (1) is only valid for the HidingOfEvents table." REFERENCE "TR 101 290 section 5.2" SYNTAX INTEGER { allTests(1), tsSync(1100), syncByte(1200), pat(1300), continuityCount(1400), pmt(1500), pidDistance(1600), transportError(2100), crc(2200), pcrDiscontinuityError(2300), pcrRepetitionError(2400), pcrJitterError(2500), ptsRepetitionError(2600), cat(2700), siRepetition(3100), unreferencedPID(3200), sdtActual(3300), sdtOther(3400), eitActual(3500), eitOther(3600), eitPfError(3650), rst(3700), tdt(3800), nitActual(3900), nitOther(3950), sfnSync(4100), bitRateError(4200), tsIDMatchError(4300), tsModification(4400), caAlternation(4500), dvbh(4600), ptsPcrDelay(4700), psipBase(5100), mgt(5200), vct(5300), stt(5400), rrt(5500), eit(5600), ett(5700), cett(6100), det(6200), ltst(6300), dcct(6400), dccsct(6500), heitActual(6610), heitOther(6620), heitPresFoll(6630), meit(6640), leit(6650), tsTemplate(7000), rfSync(8000), rfInputLevel(8100), rfMer(8200), rfBer(8300), rfErroredPackets(8400), rfSignalTemplate(8500), rfTimingOffset(8600), rfShoulderAttenuation(8700), rfSfnEchoError(8800), ipSync(9000), ipMDIDelayFactor(9100), ipMDIMediaLossRate(9200), ipStreamCharacteristics(9300), rfDvbt2L1PreSig(9400), rfDvbt2CommonPlp(9410), tsRfDvbt2DataPlp(9420), t2miTsSyncLoss(9500), t2miSyncByte(9600), t2miPat(9700), t2miContinuityCount(9800), t2miPmt(9900), t2miTransport(10000), t2miCrc(10100), t2miPcrDiscontinuity(10200), t2miPcrRep(10300), t2miPcrJitter(10400), t2miUnreferencedPid(10500), t2miDataRate(10600), t2miPacketType(10700), t2miPacketCount(10800), t2miPacketCrc(10900), t2miPacketPayload(11000), t2miPacketPlpNumBlocks(11100), t2miPacketTransmissionOrder(11200), t2miPacketTimestamp(11300), t2miPacketFrameLength(11400), t2miPacketConsistency(11500) } IndexTransportStreamTestConfig ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION "IndexTransportStreamTest assigns a unique numerical value to each of the TR 101 290 transport stream tests in section 5.2. The number allocated is: priority * 1000 + test number * 10 + subtest Subtest is 0 if there is no subtest. Subtest 'a' is numbered 1, 'b' is 2, etc. The enumeration names are derived directly from the test names in TR 101 290 taking into account the syntax requirements of the MIB. CHANGED from TR 101 290 for DVMS: priority * 1000 + test number * 100 + subtest" REFERENCE "TR 101 290 section 5.2" SYNTAX INTEGER { tsSync(1100), tsSyncLoss(1101), tsSyncLock(1102), syncByte(1200), syncByteSingleByteInvalid(1201), syncByteSuccessiveByteInvalid(1202), pat(1300), patUpperPeriod(1301), patTableId(1302), patScrambled(1303), continuityCount(1400), continuityCountPacketOrderDiscontinuous(1401), continuityCountPacketMoreThanTwice(1402), continuityCountPacketLost(1403), continuityCountPacketIncorrectDiscontinuityFlag(1404), pmt(1500), pmtErrorUpperPeriod(1501), pmtErrorScrambled(1502), pidDistance(1600), pidErrorVideoUpperPeriod(1601), pidErrorAudioUpperPeriod(1602), pidErrorDataUpperPeriod(1603), transportError(2100), crc(2200), crcErrorPat(2201), crcErrorCat(2202), crcErrorPmt(2203), crcErrorNit(2204), crcErrorBat(2205), crcErrorSdt(2206), crcErrorEit(2207), crcErrorTot(2208), crcErrorSit(2209), crcErrorTsdt(2210), crcErrorMip(2211), crcErrorAit(2212), crcErrorMgt(2220), crcErrorVct(2221), crcErrorStt(2222), crcErrorRrt(2223), crcErrorEtt(2224), crcErrorCett(2225), crcErrorDet(2226), crcErrorLtst(2227), crcErrorDcct(2228), crcErrorDccsct(2229), crcErrorHEitActualPresentFollow(2230), crcErrorHEitActualScheduleBasic(2231), crcErrorHEitActualScheduleExtended(2232), crcErrorHEitOtherPresentFollow(2233), crcErrorHEitOtherScheduleBasic(2234), crcErrorHEitOtherScheduleExtended(2235), crcErrorMeit(2236), crcErrorLeit(2237), crcErrorDct(2238), crcErrorDlt(2239), crcErrorPcat(2240), crcErrorSdtt(2241), crcErrorBit(2242), crcErrorNBitBody(2243), crcErrorNBitRef(2244), crcErrorLdt(2245), crcErrorCdt(2246), crcErrorLit(2247), crcErrorErt(2248), crcErrorItt(2249), pcrDiscontinuityError(2300), pcrRepetitionError(2400), pcrRepetitionErrorLowerPeriod(2401), pcrRepetitionErrorUpperPeriod(2402), pcrJitterError(2500), ptsRepetitionError(2600), catError(2700), catErrorMissing(2701), catErrorTableId(2702), siRepetition(3100), siRepetitionPatLowerPeriod(3101), siRepetitionPatUpperPeriod(3102), siRepetitionCatLowerPeriod(3103), siRepetitionCatUpperPeriod(3104), siRepetitionPmtLowerPeriod(3105), siRepetitionPmtUpperPeriod(3106), siRepetitionNitActualLowerPeriod(3107), siRepetitionNitActualUpperPeriod(3108), siRepetitionNitOtherLowerPeriod(3109), siRepetitionNitOtherUpperPeriod(3110), siRepetitionSdtActualLowerPeriod(3111), siRepetitionSdtActualUpperPeriod(3112), siRepetitionSdtOtherLowerPeriod(3113), siRepetitionSdtOtherUpperPeriod(3114), siRepetitionBatLowerPeriod(3115), siRepetitionBatUpperPeriod(3116), siRepetitionEitActualPfLowerPeriod(3117), siRepetitionEitActualPresentUpperPeriod(3118), siRepetitionEitActualFollowingUpperPeriod(3119), siRepetitionEitOtherPfLowerPeriod(3120), siRepetitionEitOtherPresentUpperPeriod(3121), siRepetitionEitOtherFollowingUpperPeriod(3122), siRepetitionRstLowerPeriod(3123), siRepetitionRstUpperPeriod(3124), siRepetitionTdtLowerPeriod(3125), siRepetitionTdtUpperPeriod(3126), siRepetitionTotLowerPeriod(3127), siRepetitionTotUpperPeriod(3128), siRepetitionAitLowerPeriod(3129), siRepetitionAitUpperPeriod(3130), siRepetitionHEitActPresFollLowerPeriod(3131), siRepetitionHEitActPresUpperPeriod(3132), siRepetitionHEitActFollUpperPeriod(3133), siRepetitionHEitOthPresFollLowerPeriod(3134), siRepetitionHEitOthPresUpperPeriod(3135), siRepetitionHEitOthFollUpperPeriod(3136), siRepetitionMEitLowerPeriod(3137), siRepetitionMEitUpperPeriod(3138), siRepetitionLEitLowerPeriod(3139), siRepetitionLEitUpperPeriod(3140), siRepetitionPcatLowerPeriod(3141), siRepetitionPcatUpperPeriod(3142), siRepetitionBitLowerPeriod(3143), siRepetitionBitUpperPeriod(3144), siRepetitionNBitBodyLowerPeriod(3145), siRepetitionNBitBodyUpperPeriod(3146), siRepetitionNBitRefLowerPeriod(3147), siRepetitionNBitRefUpperPeriod(3148), unreferencedPID(3200), sdtActual(3300), sdtActualRepetitionLowerPeriod(3301), sdtActualRepetitionUpperPeriod(3302), sdtActualTableId(3303), sdtOther(3400), sdtOtherRepetitionLowerPeriod(3401), sdtOtherRepetitionUpperPeriod(3402), eitActual(3500), eitActualPfRepetitionLowerPeriod(3501), eitActualPresentRepetitionUpperPeriod(3502), eitActualFollowingUpperPeriod(3503), eitActualTableId(3504), eitOther(3600), eitOtherPfRepetitionLowerPeriod(3601), eitOtherPresentRepetitionUpperPeriod(3602), eitOtherFollowingUpperPeriod(3603), eitPfError(3650), hEitAct(3651), hEitActLowerDistance(3652), hEitActPresentUpperDistance(3653), hEitActFollowUpperDistance(3654), hEitActTableId(3655), hEitActPresentFollowUpperDistance(3656), hEitActScheduleBasicUpperDistance(3657), hEitActScheduleExtendedUpperDistance(3658), hEitOth(3659), hEitOthLowerDistance(3660), hEitOthPresentUpperDistance(3661), hEitOthFollowUpperDistance(3662), hEitPresentFollow(3663), hEitPresentFollowSection0Missing(3664), hEitPresentFollowSection1Missing(3665), mEit(3666), mEitLowerDistance(3667), mEitUpperDistance(3668), mEitPresentUpperDistance(3669), mEitFollowUpperDistance(3670), lEit(3671), lEitLowerDistance(3672), lEitUpperDistance(3673), lEitPresentUpperDistance(3674), lEitFollowUpperDistance(3675), rst(3700), rstErrorLowerPeriod(3701), rstErrorTableId(3702), tdt(3800), tdtErrorLowerPeriod(3801), tdtErrorUpperPeriod(3802), tdtErrorTableId(3803), nitActual(3900), nitActualErrorRepetitionLowerPeriod(3901), nitActualErrorRepetitionUpperPeriod(3902), nitActualErrorRepetitionTableId(3903), nitOther(3950), nitOtherErrorRepetitionLowerPeriod(3951), nitOtherErrorRepetitionUpperPeriod(3952), sfnSync(4100), sfnSyncErrorMoreThanOneMip(4101), sfnSyncErrorMegaframeWithoutMip(4102), sfnSyncErrorMipTsHeaderInvalid(4103), sfnSyncErrorInconsistentLengthField(4104), sfnSyncErrorMaxDelayOutOfRange(4105), sfnSyncErrorSyncTimeStamp(4106), sfnSyncErrorCrcErrorInMip(4107), sfnSyncErrorPointerDoesNotMatch(4108), sfnSyncErrorUnperiodicMipInsertion(4109), sfnSyncErrorMipPointerNotConstant(4110), sfnSyncErrorTimingMaxDeviation(4111), sfnSyncErrorBitrateInconsistency(4112), sfnSyncError1PPSRefClockMissing(4113), sfnSyncErrorNetworkDelayUpper(4114), sfnSyncErrorNetworkDelayLower(4115), bitRateError(4200), bitRateErrorTs(4201), bitRateErrorVideo(4202), bitRateErrorAudio(4203), bitRateErrorOther(4204), bitRateErrorNullPackets(4205), bitRateErrorPat(4206), bitRateErrorPmt(4207), bitRateErrorCat(4208), bitRateErrorNitActual(4209), bitRateErrorNitOther(4210), bitRateErrorBat(4211), bitRateErrorSdtActual(4212), bitRateErrorSdtOther(4213), bitRateErrorEitActualPf(4214), bitRateErrorEitActualSchedule(4215), bitRateErrorEitOtherPf(4216), bitRateErrorEitOtherSchedule(4217), bitRateErrorTdt(4218), bitRateErrorTot(4219), bitRateErrorRst(4220), bitRateErrorMip(4221), bitRateErrorAit(4222), bitRateErrorMgt(4223), bitRateErrorCvct(4224), bitRateErrorTvct(4225), bitRateErrorStt(4226), bitRateErrorRrt(4227), bitRateErrorEitAtsc(4228), bitRateErrorEtt(4229), bitRateErrorCett(4230), bitRateErrorDet(4231), bitRateErrorLtst(4232), bitRateErrorDcct(4233), bitRateErrorDccsct(4234), bitRateErrorHEitActualPresFoll(4235), bitRateErrorHEitActualScheduleBasic(4236), bitRateErrorHEitActualScheduleExtended(4237), bitRateErrorHEitOtherPresFoll(4238), bitRateErrorHEitOtherScheduleBasic(4239), bitRateErrorHEitOtherScheduleExtended(4240), bitRateErrorMEit(4241), bitRateErrorLEit(4242), bitRateErrorDct(4243), bitRateErrorDlt(4244), bitRateErrorPcat(4245), bitRateErrorSdtt(4246), bitRateErrorBit(4247), bitRateErrorNBitBody(4248), bitRateErrorNBitRef(4249), bitRateErrorLdt(4250), bitRateErrorCdt(4251), bitRateErrorLit(4252), bitRateErrorErt(4253), bitRateErrorItt(4254), tsIDMatchError(4300), tsModification(4400), tsModificationErrorChangeOfTsId(4401), tsModificationErrorAdditionalService(4402), tsModificationErrorServiceDisappeared(4403), tsModificationErrorAdditionalElement(4404), tsModificationErrorElementDisappeared(4405), tsModificationErrorChangeOfElementStreamType(4406), tsModificationErrorChangeOfPcrPid(4407), caAlternation(4500), caAlternationFlagOn(4501), caAlternationFlagOff(4502), caAlternationLowerDistance(4503), caAlternationUpperDistance(4504), dvbH(4600), dvbHConstantBitRateLowerLimit(4601), dvbHConstantBitRateUpperLimit(4602), dvbHBurstPeakRateLowerLimit(4603), dvbHBurstPeakRateUpperLimit(4604), dvbHBurstOffTimeUpperLimit(4605), dvbHEstimatedPowerSavingLowerLimit(4606), dvbHIPPacketErrorBeforeMPEFEC(4607), dvbHDeltaTMarginLowerLimit(4608), dvbHDeltaTMarginUpperLimig(4609), dvbHIncompleteSection(4610), ptsPcrDelay(4700), ptsPcrDelayLowerLimit(4701), ptsPcrDelayUpperLimit(4702), psipBase(5100), psipBasePid(5101), psipParadigm(5102), mgt(5200), mgtRepetitionLowerPeriod(5201), mgtRepetitionUpperPeriod(5202), vct(5300), cvctRepetitionLowerPeriod(5301), cvctRepetitionUpperPeriod(5302), tvctRepetitionLowerPeriod(5303), tvctRepetitionUpperPeriod(5304), stt(5400), sttRepetitionLowerPeriod(5401), sttRepetitionUpperPeriod(5402), rrt(5500), rrtRepetitionLowerPeriod(5501), rrtRepetitionUpperPeriod(5502), eit(5600), eit0repetitionLowerPeriod(5601), eit0repetitionUpperPeriod(5602), eit1repetitionLowerPeriod(5603), eit1repetitionUpperPeriod(5604), eit2repetitionLowerPeriod(5605), eit2repetitionUpperPeriod(5606), eit3repetitionLowerPeriod(5607), eit3repetitionUpperPeriod(5608), eit4to127repetitionLowerPeriod(5609), eit4to127repetitionUpperPeriod(5610), ett(5700), ettRepetitionUpperPeriod(5701), ettRepetitionLowerPeriod(5702), cett(6100), cettRepetitionLowerPeriod(6101), cettRepetitionUpperPeriod(6102), det(6200), det0repetitionLowerPeriod(6201), det0repetitionUpperPeriod(6202), det1repetitionLowerPeriod(6203), det1repetitionUpperPeriod(6204), det2to127repetitionLowerPeriod(6205), det2to127repetitionUpperPeriod(6206), ltst(6300), ltstRepetitionLowerPeriod(6301), ltstRepetitionUpperPeriod(6302), dcct(6400), dcctRepetitionUpperPeriod(6401), dcctRepetitionLowerPeriod(6402), dccsct(6500), dccsctRepetitionLowerPeriod(6501), dccsctRepetitionUpperPeriod(6502), tsTemplate(7000), synchronisationDVBT(8000), synchronisationAGCUnlockedDVBT(8001), synchronisationCarrierUnlockedDVBT(8002), synchronisationMPEGUnlockedDVBT(8003), inputLevelDVBT(8010), inputLevelLowerLimitDVBT(8011), inputLevelUpperLimitDVBT(8012), merDVBT(8020), merLowerLimitDVBT(8021), merLowerLimit2DVBT(8022), berDVBT(8030), berUpperLimitDVBT(8031), berBeforeViterbiUpperLimitDVBT(8032), erroredPacketsDVBT(8040), erroredPacketsUpperLimitDVBT(8041), signalTemplateDVBT(8050), signalTemplateFFTDVBT(8051), signalTemplateConstellationDVBT(8052), signalTemplateGuardIntervalDVBT(8053), signalTemplateHierarchyDVBT(8054), signalTemplateCodeRateDVBT(8055), signalTemplateCellID(8056), signalTemplateTimeSlicingDVBT(8057), signalTemplateMPEFECDVBT(8058), signalTemplateInDepthDeinterleaverDVBT(8059), timingOffsetDVBT(8070), timingOffsetFrequencyOffsetLowerLimitDVBT(8071), timingOffsetFrequencyOffsetUpperLimitDVBT(8072), timingOffsetBitrateOffsetLowerLimitDVBT(8073), timingOffsetBitrateOffsetUpperLimitDVBT(8074), shoulderAttenuation(8077), shoulderAttenuationLowerLimit(8078), shoulderAttenuationUpperLimit(8079), sfnEchoTolerance(8080), sfnEchoCenter1(8081), sfnEchoCenter2(8082), sfnEchoCenter3(8083), sfnEchoCenter4(8084), sfnEchoCenter5(8085), sfnEchoCenter6(8086), sfnEchoCenter7(8087), sfnEchoCenter8(8088), sfnEchoCenter9(8089), sfnEchoCenter10(8090), sfnEchoCenter11(8091), sfnEchoCenter12(8092), sfnEchoCenter13(8093), sfnEchoCenter14(8094), sfnEchoCenter15(8095), sfnEchoCenter16(8096), synchronisationDVBS(8100), synchronisationCarrierDVBS(8101), synchronisationUniqueWordProcessorDVBS(8102), synchronisationOffsetPositiveDVBS(8103), synchronisationOffsetNegativeDVBS(8104), inputLevelDVBS(8110), inputLevelLowerLimitDVBS(8111), inputLevelUpperLimitDVBS(8112), merDVBS(8120), merLowerLimitDVBS(8121), merCNLowerLimitDVBS(8122), merCNUpperLimitDVBS(8123), merEBN0LowerLimitDVBS(8124), merEBN0UpperLimitDVBS(8125), berDVBS(8130), berBeforeLDPCUpperLimitDVBS(8131), berBeforeBCHUpperLimitDVBS(8132), berAfterBCHUpperLimitDVBS(8133), berBeforeViterbiUpperLimitDVBS(8134), berAfterViterbiUpperLimitDVBS(8135), erroredPacketsDVBS(8140), erroredPacketsUpperLimitDVBS(8141), signalTemplateDVBS(8150), signalTemplateConstellationDVBS(8151), signalTemplatePilotsDVBS(8152), signalTemplateCodeRateDVBS(8153), signalTemplateSpectrumDVBS(8154), signalTemplateFECFrameDVBS(8155), -- synchronisationQAM8VSB(8200), -- synchronisationCarrierQAM8VSB(8201), -- synchronisationMPEGUnlockedQAM8VSB(8202), -- inputLevelQAM8VSB(8210), -- inputLevelLowerLimitQAM8VSB(8211), -- inputLevelUpperLimitQAM8VSB(8212), -- merQAM8VSB(8220), -- merLowerLimitQAM8VSB(8221), -- merLowerLimit2QAM8VSB(8222), -- berQAM8VSB(8230), -- berUpperLimitQAM8VSB(8231), -- erroredPacketsQAM8VSB(8240), -- erroredPacketsUpperLimitQAM8VSB(8241), -- timingOffsetQAM8VSB(8250), -- timingOffsetFrequencyOffsetLowerLimitQAM8VSB(8251), -- timingOffsetFrequencyOffsetUpperLimitQAM8VSB(8252), -- timingOffsetBitrateOffsetLowerLimitQAM8VSB(8253), -- timingOffsetBitrateOffsetUpperLimitQAM8VSB(8254), synchronisationIP(8300), synchronisationLossAfterSecondsIP(8301), synchronisationLockAfterSecondsIP(8302), mdiDelayFactorUpperLimitIP(8310), mdiMediaLossRateUpperLimitIP(8320), streamCharacteristicsIP(8330), interarrivalJitterIP(8331), dataTypeIP(8332), tsPacketsPerIPPacketIP(8333), dataLengthLowerLimitIP(8334), dataLengthUpperLimitIP(8335), ipBitRateLowerLimitIP(8336), ipBitRateUpperLimitIP(8337), tsBitRateLowerLimitIP(8338), tsBitRateUpperLimitIP(8339), nominalTsBitRateLowerLimitIP(8340), nominalTsBitRateUpperLimitIP(8341), synchronisationDVBT2(8400), synchronisationAGCUnlockedDVBT2(8401), synchronisationCarrierUnlockedDVBT2(8402), synchronisationMPEGUnlockedDVBT2(8403), inputLevelDVBT2(8410), inputLevelLowerLimitDVBT2(8411), inputLevelUpperLimitDVBT2(8412), merDVBT2(8420), merLowerLimitDVBT2(8421), merLowerLimit2DVBT2(8422), berDVBT2(8430), berBeforeLDPCUpperLimitDVBT2(8431), berBeforeBCHUpperLimitDVBT2(8432), berLDPCIterationsUpperLimitDVBT2(8433), erroredPacketsDVBT2(8440), signalTemplateDVBT2(8450), l1PreSigFFTDVBT2(8451), dataPlpConstellationDVBT2(8452), l1PreSigGuardIntervalDVBT2(8453), dataPlpCodeRateDVBT2(8454), l1PreSigCellIDDVBT2(8455), timingOffsetDVBT2(8470), timingOffsetFrequencyOffsetLowerLimitDVBT2(8471), timingOffsetFrequencyOffsetUpperLimitDVBT2(8472), timingOffsetBitrateOffsetLowerLimitDVBT2(8473), timingOffsetBitrateOffsetUpperLimitDVBT2(8474), signalTemplateNumberOfPlpsDVBT2(8481), l1PreSigDVBT2(8490), l1PreSigStreamTypeDVBT2(8494), l1PreSigBandwidthExtensionDVBT2(8495), l1PreSigTransmissionSystemDVBT2(8496), l1PreSigS1RawDVBT2(8497), l1PreSigS2DVBT2(8498), l1PreSigRepetitionFlagDVBT2(8499), l1PreSigPAPRReductionDVBT2(8500), l1PreSigPostConstellationDVBT2(8501), l1PreSigPostCodeRateDVBT2(8502), l1PreSigPostFECTypeDVBT2(8503), l1PreSigPostSizeDVBT2(8504), l1PreSigPostInfoSizeDVBT2(8505), l1PreSigPilotPatternDVBT2(8506), l1PreSigTxIdAvailabilityDVBT2(8507), l1PreSigNetworkIdDVBT2(8508), l1PreSigSystemIdDVBT2(8509), l1PreSigFramesPerSuperframeDVBT2(8510), l1PreSigSymbolsPerFrameDVBT2(8511), l1PreSigRegenerationCountIndicatorDVBT2(8512), l1PreSigPostExtensionFlagDVBT2(8513), l1PreSigNumberOfRfFrequenciesDVBT2(8514), l1PreSigCurrentRfIndexDVBT2(8515), l1PreSigCRC32DVBT2(8516), l1PreSigT2VersionDVBT2(8517), l1PreSigReservedDVBT2(8518), l1PreSigL1PostScrambled(8519), l1PreSigT2BaseLITE(8520), commonPlpDVBT2(8530), commonPlpIdDVBT2(8531), commonPlpTypeDVBT2(8532), commonPlpPayloadDVBT2(8533), commonPlpGroupIdDVBT2(8534), commonPlpConstellationDVBT2(8535), commonPlpConstellationRotatedDVBT2(8536), commonPlpCodeRateDVBT2(8537), commonPlpFECTypeDVBT2(8538), commonPlpMaxPlpBlocksDVBT2(8539), commonPlpFrameIntervallDVBT2(8540), commonPlpTimeInterleaverLengthDVBT2(8541), commonPlpTimeInterleaverTypeDVBT2(8542), commonPlpInBandFlagADVBT2(8543), commonPlpModeDVBT2(8544), commonPlpStaticFlagDVBT2(8545), commonPlpStaticPaddingFlagDVBT2(8546), commonPlpFixedFrequencyFlagDVBT2(8547), commonPlpFirstRfIndexDVBT2(8548), commonPlpFirstFrameIndexDVBT2(8549), commonPlpInBandFlagBDVBT2(8550), commonPlpReserved1DVBT2(8551), dataPlpDVBT2(8560), dataPlpIdDVBT2(8561), dataPlpTypeDVBT2(8562), dataPlpPayloadDVBT2(8563), dataPlpGroupIdDVBT2(8564), dataPlpConstellationRotatedDVBT2(8565), dataPlpFECTypeDVBT2(8566), dataPlpMaxPlpBlocksDVBT2(8567), dataPlpFrameIntervallDVBT2(8568), dataPlpTimeInterleaverLengthDVBT2(8569), dataPlpTimeInterleaverTypeDVBT2(8570), dataPlpInBandFlagADVBT2(8571), dataPlpModeDVBT2(8572), dataPlpStaticFlagDVBT2(8573), dataPlpStaticPaddingFlagDVBT2(8574), dataPlpFixedFrequencyFlagDVBT2(8575), dataPlpFirstRfIndexDVBT2(8576), dataPlpFirstFrameIndexDVBT2(8577), dataPlpInBandFlagBDVBT2(8578), dataPlpReserved1DVBT2(8579), t2miTsSync(8600), t2miTsSyncNoTransportStream(8601), t2miTsSyncOK(8602), t2miTsSyncByte(8610), t2miSingleSyncByteInvalid(8611), t2miTwoOrMoreSuccessiveSyncBytesInvalid(8612), t2miPat(8620), t2miPatDistanceUpper(8621), t2miPatMissing(8622), t2miPatTableId(8623), t2miPatScrambled(8624), t2miContinuityCount(8630), t2miContinuityCountPacketOrderDiscontinuous(8631), t2miContinuityCountPacketOccursMoreThanTwice(8632), t2miContinuityCountPacketLost(8633), t2miContinuityCountPacketIncorrectUseOfDiscontinuityFlag(8634), t2miPmt(8640), t2miPmtDistanceUpper(8641), t2miPmtMissing(8642), t2miPmtScrambled(8643), t2miTransport(8650), t2miCrc(8660), t2miCrcPar(8661), t2miCrcPmt(8662), t2miPcrDiscontinuity(8670), t2miPcrRep(8680), t2miPcrRepLower(8681), t2miPcrRepUpper(8682), t2miPcrJitter(8690), t2miPcrJitterAccuracy(8691), t2miPcrJitterOverallJitter(8692), t2miUnreferencedPid(8700), t2miDataRateLimit(8710), t2miDataRateLimitLowerTS(8711), t2miDataRateLimitUpperTS(8712), t2miDataRateLimitLowerT2MI(8713), t2miDataRateLimitUpperT2MI(8714), t2miTSDataRateLimitLowerPid(8715), t2miDataRateLimitUpperPid(8716), t2miDataRateLimitLowerNullPacket(8717), t2miDataRateLimitUpperNullPacket(8718), t2miDataRateLimitLowerPat(8719), t2miDataRateLimitUpperPat(8720), t2miDataRateLimitLowerPmt(8721), t2miDataRateLimitUpperPmt(8722), t2miPacketType(8800), t2miPacketTypeMissing(8801), t2miPacketBBWrongNumber(8802), t2miPacketCount(8810), t2miPacketCrc(8820), t2miPacketPayloadPlpId(8830), t2miPacketPlpNumBlocksWrongNumber(8840), t2miPacketTransmissionOrder(8850), t2miPacketTimestamp(8860), t2miPacketTimestampDifferentInSuperframe(8861), t2miPacketTimestampDiscontinuity(8862), t2miPacketFrameLength(8870), t2miPacketConsistency(8880), t2miPacketConsistencyDataRate(8881), t2miPacketConsistencyLeapSecond(8882) } ISDBTLayer ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION "Layer of a ISDB-T transport stream object." SYNTAX INTEGER { notTransmitted(0), layerA(1), layerB(2), layerC(3), notTransmitted1(4), notTransmitted2(8) } LogEntryState ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION "LogEntryState is used to represent the state of a logEntry. 'new' means that the corresponding log event now appears and was not previously active. 'continued' means that the corresponding log event was previously active and is still active. 'disappeared' means that the corresponding log event was previously active but has now disappeared. 'system' means that the corresponding log event was a system message." SYNTAX INTEGER { new(1), continued(2), disappeared(3), system(4) } MacAddress ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION "MacAddress represents the MAC address containing six bytes." SYNTAX OCTET STRING (SIZE (6)) -- MacAddressReadable ::= TEXTUAL-CONVENTION -- STATUS current -- DESCRIPTION -- "MacAddressReadable represents the MAC address in readable text form, for example 00:11:22:33:44:55 ." -- SYNTAX OCTET STRING MonitoringState ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION " " SYNTAX INTEGER { monitoringStart(1), monitoringStop(2) } PCRJitterMeasurementType ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION "PCRJitterMeasurementType is used to represent the jitter measurement type which can either be Accuracy or OverallJitter." SYNTAX INTEGER { accuracy(1), overallJitter(2) } EchoMeasurementType ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION "EchoMeasurementType allows the definition of the echo measurement time reference." SYNTAX INTEGER { strongestEchoIsTimeReference(0), firstEchoIsTimeReference(2) } PID ::= TEXTUAL-CONVENTION DISPLAY-HINT "x" STATUS current DESCRIPTION "An object of type PID directly represents an MPEG2 PID number." REFERENCE "ISO 13818-1 2.1.32" SYNTAX INTEGER (0..8191) QpsnrAnalysisType ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION " " SYNTAX INTEGER { standard(1), detail(2) } QpsnrAverageWindow ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION " " SYNTAX INTEGER { totalMeasurement(1), displayedWindow(2), fixedTime(3) } QpsnrControl ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION "Use QpsnrControl to start or stop qPSNR monitoring or detail analysis of recorded sections, to start or stop replay of a recorded section or to save a recorded section." SYNTAX INTEGER { stop(1), startMonitoring(2), startDetailAnalysis(3), startReplay(4) } QpsnrRecordMaxFiles ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION "The maximun number of files stored." SYNTAX INTEGER { recordMaxFiles1(1), recordMaxFiles10(10), recordMaxFiles100(100), recordMaxFiles1000(1000) } QpsnrReplayApplication ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION "The method used to replay recorded sections. Value tsGenerator is only valid for DVM400 with Option DVM400-B2 (TS generator) installed." SYNTAX INTEGER { videoPlayer(1), tsGenerator(2) } TableID ::= TEXTUAL-CONVENTION DISPLAY-HINT "x" STATUS current DESCRIPTION "An object of type Table ID represents an MPEG2 table ID." REFERENCE "" SYNTAX INTEGER (0..255) TableIDExtension ::= TEXTUAL-CONVENTION DISPLAY-HINT "x" STATUS current DESCRIPTION "An object of type Table ID Extension represents an MPEG2 table ID extension." REFERENCE "" SYNTAX INTEGER (0..65535) ProfilePcrJitter ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION " " SYNTAX INTEGER { mgf1(0), mgf2(1), mgf3(2) } ProfileBitRate ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION " " SYNTAX INTEGER { mgb1(0), mgb1a(1), mgb1b(2), mgb2(3), mgb2a(4), mgb2b(5), mgb5(6), mgb5a(7), mgb5b(8), mgb5c(9), mgb5d(10), mgb1Packet188(11), mgb1aPacket188(12), mgb1bPacket188(13), mgb2Packet188(14), mgb2aPacket188(15), mgb2bPacket188(16), mgb5Packet188(17), mgb5aPacket188(18), mgb5bPacket188(19), mgb5cPacket188(20), mgb5dPacket188(21), mgb5e(22), mgb5ePacket188(23) } RateStatus ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION "RateStatus is used in trap control." SYNTAX INTEGER { disabled(1), enabled(2), enabledThrottled(3) } ReadableString ::= TEXTUAL-CONVENTION DISPLAY-HINT "255t" STATUS current DESCRIPTION "An octet string containing a human-readable string. This string may have originally been encoded as specified in EN 300 468 Annex A, but this is not a requirement. To maintain generality, the information is represented using the ISO/IEC IS 10646-1 character set, encoded as an octet string using the UTF-8 transformation format described in RFC2279. Control codes are interpreted as specified in EN 300 468 Annex A, section A.1. The interpretation of other control codes is undefined. For information encoded in 7-bit US-ASCII, the UTF-8 encoding is identical to the US-ASCII encoding. UTF-8 may require multiple bytes to represent a single character/code point; thus the length of this object in octets may be different from the number of characters encoded. Similarly, size constraints refer to the number of encoded octets, not the number of characters represented by an encoding." REFERENCE "RFC 2279" SYNTAX OCTET STRING (SIZE (0..255)) ReceiveFileCount ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION "ReceiveFileCount is used for selecting auto increment function of TS Capture. This function allows you to create a new file during every storage operation. To differentiate the files from each other, a number is appended to the name. When the specified upper limit is reached, the oldest files are overwritten. These options are available: receiveFileCount1: Off receiveFileCount10: 0 - 9 receiveFileCount100: 0 - 99 receiveFileCount1000: 0 - 999 Thus up to 1000 events can be stored automatically in triggered recordings" SYNTAX INTEGER { receiveFileCount1(1), receiveFileCount10(10), receiveFileCount100(100), receiveFileCount1000(1000) } LogEntryClass ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION " " SYNTAX INTEGER { alarm(1), warning(2), info(3), system(4) } LogEntryEvent ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION " " SYNTAX INTEGER { tsSyncNoTransportStream(3), tsSyncOK(4), syncByteSingleSyncByteInvalid(7), syncByteTwoOrMoreSuccessiveSyncBytesInvalid(8), patRepetitionPeriodTooLong(11), patMissing(12), patTableIdIsOtherThan0x00(13), patScramblingControlFieldIsOtherThan0x00(14), continuityCountPacketOrderDiscontinuous(17), continuityCountPacketOccursMoreThanTwice(18), continuityCountPacketLost(19), continuityCountPacketIncorrectUseOfDiscontinuityFlag(20), pmtRepetitionPeriodTooLong(23), pmtMissingButReferencedInPat(24), pmtScramblingControlFieldIsOtherThan0x00(25), pidDidNotOccurWithinSpecifiedVideoUpperPeriod(28), pidDidNotOccurWithinSpecifiedAudioUpperPeriod(29), pidDidNotOccurWithinSpecifiedDataUpperPeriod(30), pidVideoElementMissingButReferencedInPmt(31), pidAudioElementMissingButReferencedInPmt(32), pidDataElementMissingButReferencedInPmt(33), transportErrorIndicatorPacketInvalid(36), crcErrorInPat(39), crcErrorInCat(40), crcErrorPmt(41), crcErrorInNitActual(42), crcErrorInNitOther(43), crcErrorInBat(44), crcErrorInSdtActual(45), crcErrorInSdtOther(46), crcErrorInEitActualPf(47), crcErrorInEitActualSchedule(48), crcErrorInEitOtherPf(49), crcErrorInEitOtherSchedule(50), crcErrorInTot(51), crcErrorInSit(52), crcErrorInTsdt(53), crcErrorInAit(54), crcErrorInMip(55), crcErrorInMgt(56), crcErrorInCvct(57), crcErrorInTvct(58), crcErrorInStt(59), crcErrorInRrt(60), crcErrorInEitK(61), crcErrorInEttK(62), crcErrorInCett(63), crcErrorInDetK(64), crcErrorInLtst(65), crcErrorInDcct(66), crcErrorInDccsct(67), pcrDiscontinuityUpperLimitViolation(70), pcrRepetitionPeriodTooShort(73), pcrRepetitionPeriodTooLong(74), pcrRepetitionPcrMissingButReferencedInPmt(75), pcrJitterAccuracyOutOfLimit(78), pcrJitterOverallJitterOutOfLimit(79), ptsRepetitionPeriodTooLong(82), ptsRepetitionPtsMissingButRequiredByServiceType(83), catMissingButScrambledPacketsDetected(86), catTableIdIsOtherThan0x01(87), siRepetitionIntervalBetweenPatSectionsTooShort(90), siRepetitionPatRepetitionPeriodTooLong(91), siRepetitionPatMissing(92), siRepetitionIntervalBetweenCatSectionsTooShort(93), siRepetitionCatRepetitionPeriodTooLong(94), siRepetitionCatMissing(95), siRepetitionIntervalBetweenPmtSectionsTooShort(96), siRepetitionPmtRepetitionPeriodTooLong(97), siRepetitionPmtMissing(98), siRepetitionIntervalBetweenNitActualSectionsTooShort(99), siRepetitionNitActualRepetitionPeriodTooLong(100), siRepetitionNitActualMissing(101), siRepetitionIntervalBetweenNitOtherSectionsTooShort(102), siRepetitionNitOtherRepetitionPeriodTooLong(103), siRepetitionIntervalBetweenSdtActualSectionsTooShort(104), siRepetitionSdtActualRepetitionPeriodTooLong(105), siRepetitionSdtActualMissing(106), siRepetitionIntervalBetweenSdtOtherSectionsTooShort(107), siRepetitionSdtOtherRepetitionPeriodTooLong(108), siRepetitionIntervalBetweenBatSectionsTooShort(109), siRepetitionBatRepetitionPeriodTooLong(110), siRepetitionIntervalBetweenEitActualPfSectionsTooShort(111), siRepetitionEitActualPresentRepetitionPeriodTooLong(112), siRepetitionEitActualPresentMissing(113), siRepetitionEitActualFollowingRepetitionPeriodTooLong(114), siRepetitionEitActualFollowingMissing(115), siRepetitionIntervalBetweenEitOtherPfSectionsTooShort(116), siRepetitionEitOtherPresentRepetitionPeriodTooLong(117), siRepetitionEitOtherFollowingRepetitionPeriodTooLong(118), siRepetitionIntervalBetweenRstSectionsTooShort(119), siRepetitionRstRepetitionPeriodTooLong(120), siRepetitionIntervalBetweenTdtSectionsTooShort(121), siRepetitionTdtRepetitionPeriodTooLong(122), siRepetitionTdtMissing(123), siRepetitionIntervalBetweenTotSectionsTooShort(124), siRepetitionTotRepetitionPeriodTooLong(125), siRepetitionIntervalBetweenAitSectionsTooShort(126), siRepetitionAitRepetitionPeriodTooLong(127), siRepetitionAitMissing(128), nitActualIntervalBetweenSectionsTooShort(131), nitActualRepetitionPeriodTooLong(132), nitActualMissing(133), nitActualTableIdInvalid(134), nitOtherIntervalBetweenSectionsTooShort(137), nitOtherRepetitionPeriodTooLong(138), sdtActualRepetitionPeriodTooLong(141), sdtActualIntervalBetweenSectionsTooShort(142), sdtActualMissing(143), sdtActualTableIdInvalid(144), sdtOtherIntervalBetweenSectionsTooShort(147), sdtOtherRepetitionPeriodTooLong(148), eitActualIntervalBetweenSectionsTooShort(151), eitActualRepetitionPeriodOfSection0PresentTooLong(152), eitActualRepetitionPeriodOfSection1FollowingTooLong(153), eitActualTableIdInvalid(154), eitActualRepetitionPeriodPresentFollowingTooLong(155), eitActualPresentFollowingMissing(156), eitOtherIntervalBetweenSectionsTooShort(157), eitOtherRepetitionPeriodOfSection0PresentTooLong(158), eitOtherRepetitionPeriodOfSection1FollowingTooLong(159), eitPfSection0PresentMissing(162), eitPfSection1FollowingMissing(163), rstIntervalBetweenSectionsTooShort(166), rstTableIdInvalid(167), tdtIntervalBetweenSectionsTooShort(170), tdtRepetitionPeriodTooLong(171), tdtMissing(172), tdtTableIdInvalid(173), eitActualScheduleRepetitionPeriodTooLong(174), eitActualScheduleMissing(175), psipInvalidTableIdInbasePid0x1FFB(176), psipProgramParadigmPmtPidIsNotBasePid(177), psipProgramParadigmPcrPidIsNotBasePid0x01(178), psipProgramParadigmVideoPidIsNotBasePid0x01(179), psipProgramParadigmAudioPidIsNotBasePid0x04(180), psipProgramParadigmDataPidIsNotBasePid0x0A(181), mgtIntervalBetweenSectionsTooShort(184), mgtRepetitionPeriodTooLong(185), mgtMissing(186), cvctIntervalBetweenSectionsTooShort(189), cvctRepetitionPeriodTooLong(190), tvctIntervalBetweenSectionsTooShort(191), tvctRepetitionPeriodTooLong(192), vctMissing(193), sttIntervalBetweenSectionsTooShort(196), sttRepetitionPeriodTooLong(197), sttRMissing(198), rrtIntervalBetweenSectionsTooShort(201), rrtIntervalRepetitionPeriodTooLong(202), rrtMissing(203), eit0IntervalBetweenSectionsTooShort(206), eit0RepetitionPeriodTooLong(207), eit0Missing(208), eit1IntervalBetweenSectionsTooShort(209), eit1RepetitionPeriodTooLong(210), eit1Missing(211), eit2IntervalBetweenSectionsTooShort(212), eit2RepetitionPeriodTooLong(213), eit2Missing(214), eit3IntervalBetweenSectionsTooShort(215), eit3RepetitionPeriodTooLong(216), eit3Missing(217), eitKIntervalBetweenSectionsTooShort(218), eitKRepetitionPeriodTooLong(219), eitKMissingButReferencedInMgt(220), ettKIntervalBetweenSectionsTooShort(223), ettKRepetitionPeriodTooLong(224), ettKMissingButReferencedInMgt(225), cettIntervalBetweenSectionsTooShort(228), cettRepetitionPeriodTooLong(229), cettMissingButReferencedInMgt(230), det0IntervalBetweenSectionsTooShort(233), det0RepetitionPeriodTooLong(234), det1IntervalBetweenSectionsTooShort(235), det1RepetitionPeriodTooLong(236), detKIntervalBetweenSectionsTooShort(237), detKRepetitionPeriodTooLong(238), ltstIntervalBetweenSectionsTooShort(241), ltstRepetitionPeriodTooLong(242), dcctIntervalBetweenSectionsTooShort(245), dcctRepetitionPeriodTooLong(246), dccsctIntervalBetweenSectionsTooShort(249), dccsctRepetitionPeriodTooLong(250), unreferencedPidNoReferenceInPmtOrCat(253), tsIdMismatchDifferentFromSpecifiedValue(256), sfnSyncPresenceMoreThanOneMipFoundInMegaframe(259), sfnSyncPresenceMegaframeWithoutMip(260), sfnSyncStructureMipTsHeaderInvalid(261), sfnSyncStructureInconsistantLengthField(262), sfnSyncStructureSettingOfMaxDelayOutOfRange(263), sfnSyncStructureSynchronizationTimeStampOutOfRange(264), sfnSyncStructureCrcErrorInMip(265), sfnSyncStructureDoesNotMatchLocationOfMip(266), sfnSyncPeriodUnperiodicMipInsertionButPerFlagIsSet(267), sfnSyncPeriodMipPointerNotConstantButPerFlagIsSet(268), sfnSyncTimingErrorInSynchronizationTiming(269), sfnSyncTsBitRateInconsistentWithDvbTMode(270), bitRateTsBitRateLowerThanSpecifiedLimit(273), bitRateTsBitRateHigherThanSpecifiedLimit(274), bitRateServiceBitRateLowerThanSpecifiedLimit(275), bitRateServiceBitRateHigherThanSpecifiedLimit(276), bitRateVideoBitRateLowerThanSpecifiedLimit(277), bitRateVideoBitRateHigherThanSpecifiedLimit(278), bitRateAudioBitRateLowerThanSpecifiedLimit(279), bitRateAudioBitRateHigherThanSpecifiedLimit(280), bitRateDataBitRateLowerThanSpecifiedLimit(281), bitRateDataBitRateHigherThanSpecifiedLimit(282), bitRateNullPacketsBitRateLowerThanSpecifiedLimit(283), bitRateNullPacketBitRateHigherThanSpecifiedLimit(284), bitRatePacketBitRateLowerThanSpecifiedLimit(285), bitRatePacketBitRateHigherThanSpecifiedLimit(286), bitRatePatBitRateLowerThanSpecifiedLimit(287), bitRatePatBitRateHigherThanSpecifiedLimit(288), bitRateCatBitRateLowerThanSpecifiedLimit(289), bitRateCatBitRateHigherThanSpecifiedLimit(290), bitRatePmtBitRateLowerThanSpecifiedLimit(291), bitRatePmtBitRateHigherThanSpecifiedLimit(292), bitRateNitActualBitRateLowerThanSpecifiedLimit(293), bitRateNitActualBitRateHigherThanSpecifiedLimit(294), bitRateNitOtherBitRateLowerThanSpecifiedLimit(295), bitRateNitOtherBitRateHigherThanSpecifiedLimit(296), bitRateBatBitRateLowerThanSpecifiedLimit(297), bitRateBatBitRateHigherThanSpecifiedLimit(298), bitRateSdtActualBitRateLowerThanSpecifiedLimit(299), bitRateSdtActualBitRateHigherThanSpecifiedLimit(300), bitRateSdtOtherBitRateLowerThanSpecifiedLimit(301), bitRateSdtOtherBitRateHigherThanSpecifiedLimit(302), bitRateEitActualPfBitRateLowerThanSpecifiedLimit(303), bitRateEitActualPfBitRateHigherThanSpecifiedLimit(304), bitRateEitActScheduleBitRateLowerThanSpecifiedLimit(305), bitRateEitActScheduleBitRateHigherThanSpecifiedLimit(306), bitRateEitOtherPfBitRateLowerThanSpecifiedLimit(307), bitRateEitOtherPfBitRateHigherThanSpecifiedLimit(308), bitRateEitOthScheduleBitRateLowerThanSpecLimit(309), bitRateEitOthScheduleBitRateHigherThanSpecLimit(310), bitRateTotBitRateLowerThanSpecifiedLimit(311), bitRateTotBitRateHigherThanSpecifiedLimit(312), bitRateTdtBitRateLowerThanSpecifiedLimit(313), bitRateTdtBitRateHigherThanSpecifiedLimit(314), bitRateRstBitRateLowerThanSpecifiedLimit(315), bitRateRstBitRateHigherThanSpecifiedLimit(316), bitRateMipBitRateLowerThanSpecifiedLimit(317), bitRateMipBitRateHigherThanSpecifiedLimit(318), bitRateAitBitRateLowerThanSpecifiedLimit(319), bitRateAitBitRateHigherThanSpecifiedLimit(320), bitRateMgtBitRateLowerThanSpecifiedLimit(321), bitRateMgtBitRateHigherThanSpecifiedLimit(322), bitRateCvctBitRateLowerThanSpecifiedLimit(323), bitRateCvctBitRateHigherThanSpecifiedLimit(324), bitRateTvctBitRateLowerThanSpecifiedLimit(325), bitRateTvctBitRateHigherThanSpecifiedLimit(326), bitRateSttBitRateLowerThanSpecifiedLimit(327), bitRateSttBitRateHigherThanSpecifiedLimit(328), bitRateRrtBitRateLowerThanSpecifiedLimit(329), bitRateRrtBitRateHigherThanSpecifiedLimit(330), bitRateEitKBitRateLowerThanSpecifiedLimit(331), bitRateEitKBitRateHigherThanSpecifiedLimit(332), bitRateEttKBitRateLowerThanSpecifiedLimit(333), bitRateEttKBitRateHigherThanSpecifiedLimit(334), bitRateCettBitRateLowerThanSpecifiedLimit(335), bitRateCettBitRateHigherThanSpecifiedLimit(336), bitRateDetKBitRateLowerThanSpecifiedLimit(337), bitRateDetKBitRateHigherThanSpecifiedLimit(338), bitRateLtstBitRateLowerThanSpecifiedLimit(339), bitRateLtstBitRateHigherThanSpecifiedLimit(340), bitRateDcctBitRateLowerThanSpecifiedLimit(341), bitRateDcctBitRateHigherThanSpecifiedLimit(342), bitRateDccsctBitRateLowerThanSpecifiedLimit(343), bitRateDccsctBitRateHigherThanSpecifiedLimit(344), tsModificationTsIdChanged(347), tsModificationAdditionalServicesAppeared(348), tsModificationServicesDisappeared(349), tsModificationAdditionalElementsAppeared(350), tsModificationElementDisappeared(351), tsModificationElementaryStreamTypeChanged(352), tsModificationPcrPidChanged(353), caAlternationCaFlagSwitchedOn(356), caAlternationCaFlagSwitchedOff(357), caAlternationAlternationOfKeyIsLessFrequentlyThanSpecified(358), caAlternationAlternationOfKeyIsMoreFrequentlyThanSpecified(359), templateTsIdIsDiffFromSpecValue(360), templateNetworkIdIsDiffFromSpecValue(361), templateOriginalNetworkIdIsDifferentFromSpecifiedValue(362), templateServiceDoesNotExist(363), templateServiceExistsOtherThanAsSpecified(364), templateServiceNameDoesNotExist(365), templateServiceNameIsDifferentFromSpecifiedName(366), templatePcrPidIsDifferentFromSpecifiedValue(367), templatePmtPidIsDifferentFromSpecifiedValue(368), templateParentalRatingDoesNotExist(369), templateParentalRatingIsDifferentFromSpecifiedValue(370), templateEitPresentFollowingDoesNotExist(371), templateEitScheduleDoesNotExist(372), templateServiceDoesNotContainPid(373), templateServiceContainsPidOtherThanAsSpecified(374), templatePidDoesNotContainSpecifiedContent(375), templatePidIsEncryptedOtherThanAsSpecified(376), templatePidIsNotEncryptedOtherThanAsSpecified(377), templateEmmDoesNotExist(378), templateEmmExistsOtherThanAsSpecified(379), templateEcmDoesNotExistServiceDoesNotContainEcm(380), templateEcmExistsOtherThanAsSpecified(381), templatePidExistsOtherThanAsSpecified(382), templatePidIsReferencedOtherThanAsSpecified(383), templateTsBitRateIsLowerThanSpecifiedLimit(384), templateTsBitRateIsHigherThanSpecifiedLimit(385), templateServiceBitRateIsLowerThanSpecifiedLimit(386), templateServiceBitRateIsHigherThanSpecifiedLimit(387), templateBitRateOfPidIsLowerThanSpecifiedLimit(388), templateBitRateOfPidIsHigherThanSpecifiedLimit(389), templateBitRateOfEmmIsLowerThanSpecifiedLimit(390), templateBitRateOfEmmIsHigherThanSpecifiedLimit(391), templateBitRateOfEcmIsLowerThanSpecifiedLimit(392), templateBitRateOfEcmIsHigherThanSpecifiedLimit(393), templateBitRateOfUnrefPidIsLowerThanSpecLimit(394), templateBitRateOfUnrefPidIsHigherThanSpecLimit(395), templateBitRateOfUserPrivateDataPidIsLowerThanSpecLim(396), templateBitRateOfUserPrivateDataPidIsHigherThanSpecLim(397), templateBitRateOfNullPacketsIsLowerThanSpecLimit(398), templateBitRateOfNullPacketsIsHigherThanSpecLimit(399), templateEitPresentFollowingRepetitionPeriodTooLong(400), templateEitScheduleRepetitionPeriodTooLong(401), logOverflow(402), inputBufferOverflow(403), changeOfTsStandard(404), changeOfMonitoringConfiguration(405), monitoringStart(406), monitoringStop(407), clearOfStatisticsAndLog(408), logTypeChanged(409), analyzerDateTimeChanged(410), analyzerNoResponse(411), analyzerRegistration(412), analyzerUnknown(413), hidingOfEventsStarted(414), hidingOfEventsStopped(415), templateStarted(416), templateStopped(417), clearOfStatistics(418), rfDvbtSyncAgcLoss(423), rfDvbtSyncAgcLock(424), rfDvbtSyncCarrierLoss(425), rfDvbtSyncCarrierLock(426), rfDvbtSyncMpegLoss(427), rfDvbtSyncMpegLock(428), rfDvbtSyncInputlevelLowerLimit(431), rfDvbtSyncInputlevelUpperLimit(432), rfDvbtMerLowerLimit(435), rfDvbtMerUpperLimit(436), rfDvbtBerLowerLimit(439), rfDvbtBerUpperLimit(440), rfDvbtPerLowerLimit(443), rfDvbtPerUpperLimit(444), rfDvbtSignalTemplateFftmodeDiffFromSpecValue(447), rfDvbtSignelTemplateGuardIntervalDiffFromSpecValue(448), rfDvbtSignalTemplateHierarchyDiffFromSpecValue(449), rfDvbtSignalTemplateCoderateDiffFromSpecValue(450), rfDvbtSignalTemplateConstellationDiffFromSpecValue(451), rfDvbtSignalTemplateCellIdDiffFromSpecValue(452), rfLogOverflow(455), rfInputBufferOverflow(456), rfStandardChanged(457), rfLimitsChanged(458), rfMonitoringStarted(459), rfMonitoringStopped(460), rfMonitoringCleared(461), rfLogTypeChanged(462), rfHidingOfEventsStarted(463), rfHidingOfEventsStopped(464), rfTimeStep(465), rfCarrierNoResponse(466), rfCarrierRegistration(467), rfCarrierReserved(468), rfClearOfStatistics(469), rfDvbtSyncReferenceFrequencyLoss(472), rfDvbtSyncReferenceFrequencyLock(473), rfDvbtBerBeforeViterbiLowerLimit(474), rfDvbtBerBeforeViterbiUpperLimit(475), rfDvbtSignalTemplateSidebandPositionForbidden(476), rfDvbtSignalTemplateTimeSlicingForbidden(477), rfDvbtSignalTemplateMPEFECForbidden(478), rfDvbtSignalTemplateInDepthInterleaverForbidden(479), rfDvbtMer2LowerLimit(480), rfDvbtMer2UpperLimit(481), bitRatePidTidBitRateLowerThanSpecifiedLimit(482), bitRatePidTidBitRateHigherThanSpecifiedLimit(483), templateBitRateOfPidTidLowerThanSpecifiedLimit(484), templateBitRateOfPidTidHigherThanSpecifiedLimit(485), templateLogicalChannelNumberMissing(486), templateLogicalChannelNumberMismatch(487), rfDvbtTimingOffsetFrequencyOffsetLowerThanSpecifiedLimit(491), rfDvbtTimingOffsetFrequencyOffsetHigherThanSpecifiedLimit(492), rfDvbtTimingOffsetBitRateOffsetLowerThanSpecifiedLimit(493), rfDvbtTimingOffsetBitRateOffsetHigherThanSpecifiedLimit(494), rfDvbsSyncCarrierLoss(500), rfDvbsSyncCarrierLock(501), rfDvbsSyncUwpLoss(502), rfDvbsSyncUwpLock(503), rfDvbsSyncOffsetPos(504), rfDvbsSyncOffsetNeg(505), rfDvbsInputlevelLowerLimit(506), rfDvbsInputlevelUpperLimit(507), rfDvbsMerLowerLimit(508), rfDvbsMerUpperLimit(509), rfDvbsMerCnLowerLimit(510), rfDvbsMerCnUpperLimit(511), rfDvbsMerEbn0LowerLimit(512), rfDvbsMerEbn0UpperLimit(513), rfDvbsBerBeforeLDPCLowerLimit(514), rfDvbsBerBeforeLDPCUpperLimit(515), rfDvbsBerBeforeBchLowerLimit(516), rfDvbsBerBeforeBchUpperLimit(517), rfDvbsBerAfterBchLowerLimit(518), rfDvbsBerAfterBchUpperLimit(519), rfDvbsBerBeforeViterbiLowerLimit(520), rfDvbsBerBeforeViterbiUpperLimit(521), rfDvbsBerAfterViterbiLowerLimit(522), rfDvbsBerAfterViterbiUpperLimit(523), rfDvbsPerLowerLimit(524), rfDvbsPerUpperLimit(525), rfDvbsSignalTemplateConstellationDiffFromSpecValue(526), rfDvbsSignelTemplatePilotsDiffFromSpecValue(527), rfDvbsSignalTemplateCoderateDiffFromSpecValue(528), rfDvbsSignalTemplateSpectrumDiffFromSpecValue(529), rfDvbsSignalTemplateFecFrameDiffFromSpecValue(530), ptsPcrDelayLimitLower(541), ptsPcrDelayLimitUpper(542), rfDvbsMer2LowerLimit(550), rfDvbsMer2UpperLimit(551), rfDvbt2SyncAgcLoss(560), rfDvbt2SyncAgcLock(561), rfDvbt2SyncCarrierLoss(562), rfDvbt2SyncCarrierLock(563), rfDvbt2SyncMpegLoss(564), rfDvbt2SyncMpegLock(565), rfDvbt2SyncInputlevelLowerLimit(566), rfDvbt2SyncInputlevelUpperLimit(567), rfDvbt2MerLowerLimit(568), rfDvbt2Mer2LowerLimit(570), rfDvbt2BerBeforeLDPCUpperLimit(573), rfDvbt2BerUpperBCHUpperLimit(575), rfDvbt2PacketError(576), rfDvbt2LdcIterationsUpperLimit(577), rfDvbt2BitrateOffsetLowerLimit(578), rfDvbt2BitrateOffsetUpperlimit(579), rfDvbt2FrequencyOffsetLowerLimit(580), rfDvbt2FrequencyOffsetUpperLimit(581), rfDvbt2L1PreSigFftmodeDiffFromSpecValue(582), rfDvbt2L1PreSigGuardIntervalDiffFromSpecValue(583), rfDvbt2DataPlpCoderateDiffFromSpecValue(584), rfDvbt2DataPlpConstellationDiffFromSpecValue(585), rfDvbt2L1PreSigCellIdDiffFromSpecValue(586), -- rfQAM8VSBSyncCarrierLoss(600), -- rfQAM8VSBSyncCarrierLock(601), -- rfQAM8VSBSyncMpegLoss(602), -- rfQAM8VSBSyncMpegLock(603), -- rfQAM8VSBInputLevelLower(604), -- rfQAM8VSBInputLevelUpper(605), -- rfQAM8VSBMerLower(606), -- rfQAM8VSBMerUpper(607), -- rfQAM8VSBBerBeforeRsLower(608), -- rfQAM8VSBBerBeforeRsUpper(609), -- rfQAM8VSBPerLower(610), -- rfQAM8VSBPerUpper(611), -- rfQAM8VSBMer2Lower(620), -- rfQAM8VSBMer2Upper(621), -- rfQAM8VSBTimingOffsetFrequencyOffsetLowerThanSpecLimit(495), -- rfQAM8VSBTimingOffsetFrequencyOffsetHigherThanSpecLimit(496), -- rfQAM8VSBTimingOffsetSymbolRateOffsetLowerThanSpecLimit(497), -- rfQAM8VSBTimingOffsetSymbolRateOffsetHigherThanSpecLimit(498), shoulderAttenuationLowerLimit(625), shoulderAttenuationUpperLimit(627), sfnEcho1(631), sfnEcho2(632), sfnEcho3(633), sfnEcho4(634), sfnEcho5(635), sfnEcho6(636), sfnEcho7(637), sfnEcho8(638), sfnEcho9(639), sfnEcho10(640), sfnEcho11(641), sfnEcho12(642), sfnEcho13(643), sfnEcho14(644), sfnEcho15(645), sfnEcho16(646), dvbhDataRateConstantLimitLower(650), dvbhDataRateConstantLimitUpper(651), dvbhDataRateBurstLimitLower(652), dvbhDataRateBurstLimitUpper(653), dvbhBurstOffTimeLimitUpper(654), dvbhEstimPowerSavingLimitLower(655), dvbhDeltaTMarginLimitLower(656), dvbhDeltaTMarginLimitUpper(657), dvbhIpPacketErrorBeforeMpeFec(658), dvbhIncompleteSection(659), sfnSync1PPSRefClockMissing(671), sfnSyncNetworkDelayUpper(672), sfnSyncNetworkDelayLower(673), qpsnrAverageValueLowerThanSpecifiedLimit1(680), qpsnrAverageValueLowerThanSpecifiedLimit2(681), qpsnrPeakValueLowerThanSpecifiedLimit1(682), qpsnrPeakValueLowerThanSpecifiedLimit2(683), ipSyncLoss(703), ipSyncLock(704), ipMdiDelayFactor(707), ipMdiLossRate(710), ipStreamUdpJitterLimitUpper(713), ipStreamRtpJitterLimitUpper(714), ipStreamPcrJitterLimitUpper(715), ipStreamIpProtocolTypeDifferentFromSpecifiedValue(716), ipStreamDataTypeDifferentFromSpecifiedValue(717), ipStreamTsPerIpPacketDifferentFromSpecifiedValue(718), ipStreamIpDatalengthLimitLower(719), ipStreamIpDatalengthLimitUpper(720), ipStreamIpBitrateLimitLower(721), ipStreamIpBitrateLimitUpper(722), ipStreamTsBitrateLimitLower(723), ipStreamTsBitrateLimitUpper(724), ipStreamNomTsBitrateLimitLower(725), ipStreamNomTsBitrateLimitUpper(726), ipChangeOfMonitoringConfiguration(729), ipMonitoringStart(730), ipMonitoringStop(731), ipClearOfStatisticsAndLog(732), ipClearOfStatistics(733), ipLogTypeChanged(734), ipHidingOfEventsStarted(735), ipHidingOfEventsStopped(736), ipBoardNoResponse(737), crcErrorInHeitActualPresFoll(740), crcErrorInHeitActualScheduleBasic(741), crcErrorInHeitActualScheduleExtended(742), crcErrorInHeitOtherPresFoll(743), crcErrorInHeitOtherScheduleBasic(744), crcErrorInHeitOtherScheduleExtended(745), crcErrorInMeit(746), crcErrorInLeit(747), crcErrorInDct(748), crcErrorInPCat(750), crcErrorInSdtt(751), crcErrorInBit(752), crcErrorInNBitBody(753), crcErrorInNBitRef(754), crcErrorInLdt(755), crcErrorInCdt(756), crcErrorInLit(757), crcErrorInErt(758), crcErrorInItt(759), siRepetitionHeitActualPresFollDistLower(761), siRepetitionHeitActualPresFollDistUpper(762), siRepetitionHeitActualPresMissing(763), siRepetitionHeitActualFollDistUpper(764), siRepetitionHeitActualFollMissing(765), siRepetitionHeitOtherPresFollDistLower(766), siRepetitionHeitOtherPresDistUpper(767), siRepetitionHeitOtherFollDistUpper(768), siRepetitionMeitDistanceLower(769), siRepetitionMeitDistanceUpper(770), siRepetitionLeitDistanceLower(771), siRepetitionLeitDistanceUpper(772), siRepetitionPcatDistanceLower(773), siRepetitionPcatDistanceUpper(774), siRepetitionBitDistanceLower(775), siRepetitionBitDistanceUpper(776), siRepetitionNBitBodyDistanceLower(777), siRepetitionNBitBodyDistanceUpper(778), siRepetitionNBitRefDistanceLower(779), siRepetitionNBitRefDistanceUpper(780), heitActualDistanceLower(782), heitActualPresDistUpper(783), heitActualFollDistUpper(784), heitActualTableId(785), heitActualPresFollDistUpper(786), heitActualPresFollMissing(787), heitActualScheduleBasicDistanceUpper(788), heitActualScheduleBasicMissing(789), heitActualScheduleExtendedDistanceUpper(790), heitActualScheduleExtendedMissing(791), heitOtherDistLower(794), heitOtherPresDistUpper(795), heitOtherFollDistUpper(796), heitPresFollSection0Missing(799), heitPresFollSection1Missing(800), meitDistLower(803), meitDistUpper(804), meitMissing(805), meitPresDistUpper(806), meitFollDistUpper(807), leitDistLower(810), leitDistUpper(811), leitMissing(812), leitPresDistUpper(813), leitFollDistUpper(814), bitRateHeitActPresFollBitRateLowerThanSpecifiedLimit(816), bitRateHeitActPresFollBitRateHigherThanSpecifiedLimit(817), bitRateHeitActScheduleBasicBitRateLowerThanSpecifiedLimit(818), bitRateHeitActScheduleBasicBitRateHigherThanSpecifiedLimit(819), bitRateHeitActScheduleExtBitRateLowerThanSpecifiedLimit(820), bitRateHeitActScheduleExtBitRateHigherThanSpecifiedLimit(821), bitRateHeitOtherPresFollBitRateLowerThanSpecifiedLimit(822), bitRateHeitOtherPresFollBitRateHigherThanSpecifiedLimit(823), bitRateHeitOtherScheduleBasicBitRateLowerThanSpecifiedLimit(824), bitRateHeitOtherScheduleBasicBitRateHigherThanSpecifiedLimit(825), bitRateHeitOtherScheduleExtBitRateLowerThanSpecifiedLimit(826), bitRateHeitOtherScheduleExtBitRateHigherThanSpecifiedLimit(827), bitRateMeitBitRateLowerThanSpecifiedLimit(828), bitRateMeitBitRateHigherThanSpecifiedLimit(829), bitRateLeitBitRateLowerThanSpecifiedLimit(830), bitRateLeitBitRateHigherThanSpecifiedLimit(831), bitRateDctBitRateLowerThanSpecifiedLimit(832), bitRateDctBitRateHigherThanSpecifiedLimit(833), bitRateDltBitRateLowerThanSpecifiedLimit(834), bitRateDltBitRateHigherThanSpecifiedLimit(835), bitRatePcatBitRateLowerThanSpecifiedLimit(836), bitRatePcatBitRateHigherThanSpecifiedLimit(837), bitRateSdttBitRateLowerThanSpecifiedLimit(838), bitRateSdttBitRateHigherThanSpecifiedLimit(839), bitRateBitBitRateLowerThanSpecifiedLimit(840), bitRateBitBitRateHigherThanSpecifiedLimit(841), bitRateNBitBodyBitRateLowerThanSpecifiedLimit(842), bitRateNBitBodyBitRateHigherThanSpecifiedLimit(843), bitRateNBitRefBitRateLowerThanSpecifiedLimit(844), bitRateNBitRefBitRateHigherThanSpecifiedLimit(845), bitRateLdtBitRateLowerThanSpecifiedLimit(846), bitRateLdtBitRateHigherThanSpecifiedLimit(847), bitRateCdtBitRateLowerThanSpecifiedLimit(848), bitRateCdtBitRateHigherThanSpecifiedLimit(849), bitRateLitBitRateLowerThanSpecifiedLimit(850), bitRateLitBitRateHigherThanSpecifiedLimit(851), bitRateErtBitRateLowerThanSpecifiedLimit(852), bitRateErtBitRateHigherThanSpecifiedLimit(853), bitRateIttBitRateLowerThanSpecifiedLimit(854), bitRateIttBitRateHigherThanSpecifiedLimit(855), templateHeitActualPresFollDistUpper(856), templateHeitActualPresFollMissing(857), templateHeitActualScheduleBasicDistUpper(858), templateHeitActualScheduleBasicMissing(859), templateHeitActualScheduleExtDistUpper(860), templateHeitActualScheduleExtMissing(861), templateMeitDistUpper(862), templateMeitMissing(863), templateLeitDistUpper(864), templateLeitMissing(865), rfDvbt2SignalTemplateNumberOfPlps(901), rfDvbt2L1PreSigStreamType(906), rfDvbt2L1PreSigBandwidthExtension(907), rfDvbt2L1PreSigTransmissionSystem(908), rfDvbt2L1PreSigS1Raw(909), rfDvbt2L1PreSigS2(910), rfDvbt2L1PreSigRepetitionFlag(911), rfDvbt2L1PreSigPAPRReduction(912), rfDvbt2L1PreSigPostConstellation(913), rfDvbt2L1PreSigPostCodeRate(914), rfDvbt2L1PreSigPostFECType(915), rfDvbt2L1PreSigL1PostSize(916), rfDvbt2L1PreSigPostInfoSize(917), rfDvbt2L1PreSigPilotPattern(918), rfDvbt2L1PreSigTxIdAvailability(919), rfDvbt2L1PreSigNetworkId(920), rfDvbt2L1PreSigSystemId(921), rfDvbt2L1PreSigFramesPerSuperframe(922), rfDvbt2L1PreSigSymbolsPerFrame(923), rfDvbt2L1PreSigRegenerationCountIndicator(924), rfDvbt2L1PreSigPostExtensionFlag(925), rfDvbt2L1PreSigNumberOfRfFrequencies(926), rfDvbt2L1PreSigCurrentRfIndex(927), rfDvbt2L1PreSigCRC32(928), rfDvbt2L1PreSigT2Version(929), rfDvbt2L1PreSigReserved(930), rfDvbt2CommonPlpId(933), rfDvbt2CommonPlpType(934), rfDvbt2CommonPlpPayload(935), rfDvbt2CommonPlpGroupId(936), rfDvbt2CommonPlpConstellation(937), rfDvbt2CommonPlpConstellationRotated(938), rfDvbt2CommonPlpCodeRate(939), rfDvbt2CommonPlpFECType(940), rfDvbt2CommonPlpMaxPlpBlocks(941), rfDvbt2CommonPlpFrameIntervall(942), rfDvbt2CommonPlpTimeInterleaverLength(943), rfDvbt2CommonPlpTimeInterleaverType(944), rfDvbt2CommonPlpInBandFlagA(945), rfDvbt2CommonPlpPlpMode(946), rfDvbt2CommonPlpStaticFlag(947), rfDvbt2CommonPlpStaticPaddingFlag(948), rfDvbt2CommonPlpFixedFrequencyFlag(949), rfDvbt2CommonPlpFirstRfIndex(950), rfDvbt2CommonPlpFirstFrameIndex(951), rfDvbt2CommonPlpInBandFlagB(952), rfDvbt2CommonPlpReserved1(953), rfDvbt2DataPlpId(956), rfDvbt2DataPlpType(957), rfDvbt2DataPlpPayload(958), rfDvbt2DataPlpGroupId(959), rfDvbt2DataPlpConstellationRotated(962), rfDvbt2DataPlpFECType(963), rfDvbt2DataPlpMaxPlpBlocks(964), rfDvbt2DataPlpFrameIntervall(965), rfDvbt2DataPlpTimeInterleaverLength(966), rfDvbt2DataPlpTimeInterleaverType(967), rfDvbt2DataPlpInBandFlagA(968), rfDvbt2DataPlpPlpMode(969), rfDvbt2DataPlpStaticFlag(970), rfDvbt2DataPlpStaticPaddingFlag(971), rfDvbt2DataPlpFixedFrequencyFlag(972), rfDvbt2DataPlpFirstRfIndex(973), rfDvbt2DataPlpFirstFrameIndex(974), rfDvbt2DataPlpInBandFlagB(975), rfDvbt2DataPlpReserved1(976), rfDvbt2L1PreSigPostScrambled(990), rfDvbt2L1PreSigT2BaseLITE(991), t2miTsSyncNoTransportStream(1002), t2miTsSyncOK(1003), t2miSingleSyncByteInvalid(1006), t2miTwoOrMoreSuccessiveSyncBytesInvalid(1007), t2miPatDistanceUpper(1010), t2miPatMissing(1011), t2miPatTableId(1012), t2miPatScrambled(1013), t2miContinuityCountPacketOrderDiscontinuous(1016), t2miContinuityCountPacketOccursMoreThanTwice(1017), t2miContinuityCountPacketLost(1018), t2miContinuityCountPacketIncorrectUseOfDiscontinuityFlag(1019), t2miPmtDistanceUpper(1022), t2miPmtMissing(1023), t2miPmtScrambled(1024), t2miTransport(1027), t2miCrcPar(1030), t2miCrcPmt(1031), t2miPcrDiscontinuity(1034), t2miPcrRepLower(1037), t2miPcrRepUpper(1038), t2miPcrRepPcrMissing(1039), t2miPcrJitterAccuracy(1042), t2miPcrJitterOverallJitter(1043), t2miUnreferencedPid(1046), t2miDataRateLimitLowerTS(1049), t2miDataRateLimitUpperTS(1050), t2miDataRateLimitLowerT2MI(1051), t2miDataRateLimitUpperT2MI(1052), t2miTSDataRateLimitLowerPid(1053), t2miDataRateLimitUpperPid(1054), t2miDataRateLimitLowerNullPacket(1055), t2miDataRateLimitUpperNullPacket(1056), t2miDataRateLimitLowerPat(1057), t2miDataRateLimitUpperPat(1058), t2miDataRateLimitLowerPmt(1059), t2miDataRateLimitUpperPmt(1060), t2miPacketTypeMissing(1082), t2miPacketBBWrongNumber(1083), t2miPacketCountPacketOrder(1086), t2miPacketCrc(1089), t2miPacketPayloadPlpId(1092), t2miPacketPlpNumBlocksWrongNumber(1095), t2miPacketTransmissionOrder(1098), t2miPacketTimestampDifferentInSuperframe(1101), t2miPacketTimestampDiscontinuity(1102), t2miPacketFrameLength(1105), t2miPacketConsistencyDataRate(1108), t2miPacketConsistencyLeapSecond(1109), tsBitRateExceedsSpecification(1150) } NodeType ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION "NodeType is used to describe the type of a transport stream tree node." SYNTAX INTEGER { reserved(1), ts(2), tsNoPat(3), noTs(4), service(5), tables(6), psip(7), es(8), unrefPidMain(9), unrefPid(10), pmtMain(11), nitMain(12), sdtMain(13), eitMain(14), rrtMain(15), atscEitMain(16), ettMain(17), detMain(18), ltstMain(19), cettMain(20), dcctMain(21), batMain(22), stuffingMain(23), aitMain(24), emmPidMain(25), reservedTableIdMain(26), userDefinedMain(27), actual(28), other(29), presentFollowing(30), schedule(31), scheduleX(32), pat(33), pmt(34), cat(35), tsdt(36), mgt(37), tvct(38), cvct(39), cett(40), stt(41), rrt(42), atscEit(43), atscEtt(44), atscDet(45), ltst(46), dcct(47), dccsct(48), atscEitX(49), atscEttX(50), atscDetX(51), nit(52), bat(53), sdt(54), rst(55), eit(56), tdt(57), tot(58), mip(59), ait(60), dit(61), sit(62), stuffing(63), emmPid(64), ecmServicePid(65), ecmEsPid(66), reservedTableId(67), userDefined(68), userPrivateDataStream(69), nullPacket(70), userPrivateMain(71), userPrivatePid(72), parentalRatingMain(73), parentalRating(74), tidMain(75), tid(76), heitMain(77), meitMain(78), leitMain(79), sdttMain(80), scheduleBasic(81), scheduleBasicX(82), scheduleExtended(83), scheduleExtendedX(84), dct(85), dlt(86), lit(87), ert(88), itt(89), pcat(90), sdtt(91), bit(92), nbitBody(93), nbitRef(94), ldt(95), cdt(96), t2miTs(100), t2miBasebandFrameGroup(101), t2miPacket(102) } SelectView ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION "SelectView is used to represent all possible measurement views." SYNTAX INTEGER { viewUndefined(0), viewTopology(1), viewMonitoringStatisticsAndLog(2), viewMonitoringBitRate(3), viewMonitoringTableRepetition(4), viewMonitoringTemplate(5), viewInterpreterPacketInterpreter(6), viewInterpreterTablePESInterpreter(7), viewInterpreterHeaderMap(8), viewInterpreterTSList(9), viewAdvancedPCRAnalysis(10), viewAdvancedPTSAnalysis(11), viewAdvancedBufferAnalysis(12), viewAdvancedBufferModuleInfo(13), viewDataBroadcastOverview(14), viewDataBroadcastInterpreter(15), viewDataBroadcastRawData(16), viewDataBroadcastCarouselTiming(17), viewStreamingControl(18), viewSignalInterfaceTSInterface(19), viewSignalInterfaceRfIpInterface(20), -- viewReserved0(21), -- viewReserved1(22), -- viewReserved2(23), -- viewReserved3(24), viewAVDecoderQpsnr(25), viewTopologyThumbnailView(26), -- viewReserved4(27), -- viewReserved5(28), viewTopologyEPGOverview(29), viewTopologyEPGService(30), viewStreamingControlDVBH(31), viewEchoPattern(32), viewSpectrum(33), viewIPFlowMeter(34), viewIPFlowList(35) } TestState ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION "TestState is used to represent the state of a single test. 'disabled' means that the test has been disabled by setting the 'testEnable' bit of its ...Enable variable to 0. 'unknown' means that the equipment cannot provide a value for the state because of temporary circumstances (for example, some other error makes this test impossible to evaluate). 'pass' means that the test is enabled, can be evaluated and is not failing. For a 'Status error', 'fail' means that the state of the input is currently in error. For an 'Event error', 'fail' means that an error event has occurred within the most recent persistence interval as defined by the 'controlEventPersistence' object." SYNTAX INTEGER { disabled(1), unknown(2), pass(3), fail(4) } TsCaptureMode ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION "TsCaptureMode represents the different modes for the TS capture function. These modes are available: These options are available: all(1): All TS packets will be captured. The file extension will be 'trp', 'trp_cnt' or 'trp_clk'. selectedPID(2): Only TS packets with the selected PID will be captured. The file extension will be 'trp_svc', 'trp_svc_cnt' or 'trp_scv_clk'. selectedService(3): Only TS packets of the selected service will be captured. The file extension will be 'trp_pid', 'trp_pid_cnt' or 'trp_pid_clk'." SYNTAX INTEGER { all(1), selectedPID(2), selectedService(3) } TsCaptureControl ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION "The possible values for the TsCaptureControl object are start(2): Starts the function TsCapture stop(3): Stops the function TSCapture and saves the data captured up to now abort(4): Stops the function TsCapture without saving any data trigger(5) Activates the manual trigger function after start(2)" SYNTAX INTEGER { start(2), stop(3), abort(4), trigger(5) } TsCaptureFilterDataFormat ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION "The possible values for the tsCaptureFilterDataFormat object are tsPacketOnly(1): Saves TS-Packets with 188 bytes per packet. The file extension will be 'trp', 'trp_scv' or 'trp_pid'. tsPacketCount(2): Saves with every TS-Packet 4 bytes representing a TS packet counter additonally. Like this it is possible to reconstruct the position of individual TS packets in the original TS. The 32 bit counter is incremented by every packet of the original TS. The file extension will be 'trp_cnt', 'trp_svc_cnt' or 'trp_pid_cnt'. tsPacketClock(2): Saves with every TS-Packet 4 bytes representing a time additonally. Like this it is possible to reconstruct the arrival time of individual TS packets. The 32 bit counter is incremented by every 11.11 ns (1/90MHz). The file extension will be 'trp_clk', 'trp_svc_clk' or 'trp_pid_clk'. " SYNTAX INTEGER { tsPacketOnly(1), tsPacketCount(2), tsPacketClock(3) } TsCaptureStatus ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION "The possible values for the tsCaptureStatus object are stop(1): TsCapture task is stopped error(2): TSCapture function is not available at present, because necessary resources are currently covered by any other running task (streaming or buffer analysis) running(3) TsCapture task is running" SYNTAX INTEGER { stop(1), error(2), running(3) } TsCaptureBufferStatus ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION "The possible values for the TsCaptureBufferStatus object are off(1): TsCapture task isn't started yet waitingData(2:) waiting for any valid data waitingPretrigger(3): filling up the pre-trigger data, occurs in trigger mode only waitingTrigger(4): waiting for any trigger (manual or event), occurs in trigger mode only, capturing(5): filling up data (post-trigger, if trigger mode), storing(6): storing the captured data to file ready(7): TsCapture task finished" SYNTAX INTEGER { off(1), waitingData(2), waitingPretrigger(3), waitingTrigger(4), capturing(5), storing(6), ready(7) } TsCaptureTriggerCondition ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION "The possible values for the TsCaptureTriggerCondition object are manual(1): Manual operation or remote command activates the trigger event(2): The selected event concerning any element of the TS activates the trigger. eventPid(3) The selected event concerning the selected PID activates activates the trigger. eventServiceNo(4) The selected event concerning the selected Service activates the trigger. eventClass(5) Any event belonging to the selected class activates the trigger. alarmLine(6) Any event belonging to the selected alarm line activates the trigger. " SYNTAX INTEGER { manual(1), event(2), eventPid(3), eventServiceNo(4), eventClass(5), alarmLine(6) } TsCaptureTriggerMode ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION "The possible values for TsCaptureTriggerMode are off(1) capture without trigger function once(2) If the trigger event occurs the capture buffer will be filled up one time. The capture status will be 'stop' afterwards. repeadately(3) After concluding any capture process a new capture process will be started automatically" SYNTAX INTEGER { off(1), once(2), repeatedly(3) } TsId ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION "TSId represents the ID number of a transport stream. The TsId range is from 0 to 65535." SYNTAX Unsigned32 (0..65535) TsTreeEsInfo ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION "TsTreeEsInfo contains information about an elementary stream tree node item." SYNTAX INTEGER { esInfoUndef(1), esInfoReserved(2), esInfoVideoMPEG1(3), esInfoVideoMPEG2(4), esInfoAudioMPEG1(5), esInfoAudioMPEG2(6), esInfoPrivateSection(7), esInfoPesPrivateData(8), esInfoMhegIsoIec13522(9), esInfoDsmCcIsoIec138181(10), esInfoAtmSpecificItuTRecH2221(11), esInfoDsmCcIsoIec138186TypeA(12), esInfoDsmCcIsoIec138186TypeB(13), esInfoDsmCcIsoIec138186TypeC(14), esInfoDsmCcIsoIec138186TypeD(15), esInfoAuxiliaryIsoIec138181(16), esInfoAudioAdtsIsoIec138181(17), esInfoVisualIsoIec144962(18), esInfoAudioLatmIsoIed144963(19), esInfoPesFlexMuxIsoIec144961(20), esInfoSectionFlexMuxIsoIec144961(21), esInfoSynchronizedDownloadProtocolIsoIec138186(22), esInfoPesMetadata(23), esInfoSectionMetadata(24), esInfoDataCarouselMetadata(25), esInfoObjectCarouselMetadata(26), esInfoSynchronizedDownloadProtocolMetadata(27), esInfoIpmpStreamIsoIec1381811(28), esInfoVideoAvcIsoIec1449610(29), esInfoIpmpStream(30), esInfoUserPrivate(31), esInfoDvbVbiData(32), esInfoDvbVbiTeletext(33), esInfoDvbTeletext(34), esInfoDvbSubtitling(35), esInfoDvbDataBroadcast(36), esInfoDvbAudioAC3(37), esInfoDvbApplicationSignalling(38), esInfoDvbAudioEnhancedAC3(39), esInfoDvbAudioDts(40), esInfoDvbAudioAAC(41), esInfoAtscAudioAC3(42), esInfoAtscAudioEnhancedAC3(43), esInfoAtscPit(44), esInfoScteVideoMPEG2(45), esInfoScteAudioAC3(46), esInfoScteAudioEnhancedAC3(47), esInfoVideoHEVC(48), esInfoVideoAvsPlus(49), esInfoAudioAvsPlus(50) } TsTreeAlarmState ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION "Alarm state of a tree node item." SYNTAX BITS { alarmStateAlarm(0), alarmStateWarning(1), alarmStateInfo(2), alarmStateHistoryAlarm(3), alarmStateHistoryWarning(4) } IpDataType ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION "The possible types of the IP data type. invalid (0) unknown (1) MPEG-2 TS UDP/RTP (2) MPEG-2 TS UDP (3)" SYNTAX INTEGER { invalid(0), unknown(1), mpeg2TsUdpRtp(2), mepg2TsUdp(3) } RfFrequencyOffset ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION "The possible types of DVB-T Frequency Offset. no offset (2) negative offset (3) positive offset (4)" SYNTAX INTEGER { frequencyOffsetNoOffset(2), frequencyOffsetNegativeOffset(3), frequencyOffsetPositiveOffset(4) } RfDvbt2Profile ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION "The possible types of the DVB-T2 profile (available only for dvbt2 modules which support T2 version 1.3.1). rfDvbt2ProfileBase (1) rfDvbt2ProfileLite (2)" SYNTAX INTEGER { rfDvbt2ProfileBase(1), rfDvbt2ProfileLite(2) } RfMeasurementApplication ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION "The application for the rf measurement. rfApplicationTransmitter (0) rfApplicationAntenna (1)" SYNTAX INTEGER { rfApplicationTransmitter(0), rfApplicationAntenna(1) } RfStream ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION "The possible types of DVB-T Stream Priority. low priority (0) high priority (1)" SYNTAX INTEGER { rfStreamLowPriority(0), rfStreamHighPriority(1) } RfDvbsStandard ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION "The selectable standards for DVB-S. DVB-S (0) DVB-S2 (1)" SYNTAX INTEGER { rfDvbsStandardDvbs(0), rfDvbsStandardDvbs2(1), rfDvbsStandardDirecTV(2) } RfDvbsLNBControl ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION "The available kinds of DVB-S LNB control. off (0) universal (1)" SYNTAX INTEGER { rfDvbsLnbControlOff(0), rfDvbsLnbControlUniversal(1), rfDvbsLnbControlInvalid(2), rfDvbsLnbControlDiSEqC(3) } RfDvbsSatellite ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION "The switching between multiple LNB's." SYNTAX INTEGER { rfDvbsSatelliteSat1(1), rfDvbsSatelliteSat2(2), rfDvbsSatelliteSat3(3), rfDvbsSatelliteSat4(4) } RfDvbsPolarisationBand ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION "The settings for DVB-S Polarisation/Band. Horizontal/Low (0) Horizontal/High (1) Vertical/Low (2) Vertical/High (3)" SYNTAX INTEGER { rfDvbsPolarisationBandHorizontalLow(0), rfDvbsPolarisationBandHorizontalHigh(1), rfDvbsPolarisationBandVerticalLow(2), rfDvbsPolarisationBandVerticalHigh(3) } RfSpectrum ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION "The settings for RF Spectrum. auto (0) normal (1) inverted (2)" SYNTAX INTEGER { rfSpectrumAuto(0), rfSpectrumNormal(1), rfSpectrumInverted(2) } RfDvbtConstellation ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION "The kinds of DVB-T Constellations. QPSK (0) 16QAM (1) 64QAM (2)" SYNTAX INTEGER { rfDvbtConstellationInvalid(-1), rfDvbtConstellationQPSK(0), rfDvbtConstellation16QAM(1), rfDvbtConstellation64QAM(2) } RfDvbtFftMode ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION "The possible DVB-T FFT Modes. 2k mode (0) 4k mode (1) 8k mode (2)" SYNTAX INTEGER { rfDvbtFftModeInvalid(-1), rfDvbtFftMode2k(0), rfDvbtFftMode4k(1), rfDvbtFftMode8k(2) } RfDvbtGuardInterval ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION "The settings for the DVB-T Guard Interval. 1/32 (0) 1/16 (1) 1/8 (2) 1/4 (3)" SYNTAX INTEGER { rfDvbtGuardIntervalInvalid(-1), rfDvbtGuardInterval1t32(0), rfDvbtGuardInterval1t16(1), rfDvbtGuardInterval1t8(2), rfDvbtGuardInterval1t4(3) } RfDvbtHierarchy ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION "The possible DVB-T Hierarchy settings. Hierarchy none (0) Hierarchy 1 (1) Hierarchy 2 (2) Hierarchy 4 (3)" SYNTAX INTEGER { rfDvbtHierarchyInvalid(-1), rfDvbtHierarchyNone(0), rfDvbtHierarchy1(1), rfDvbtHierarchy2(2), rfDvbtHierarchy4(3) } RfDvbtCodeRate ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION "The DVB-T Code Rate settings. 1/2 (0) 2/3 (1) 3/4 (2) 5/6 (3) 7/8 (4)" SYNTAX INTEGER { rfDvbtCodeRateInvalid(-1), rfDvbtCodeRate1t2(0), rfDvbtCodeRate2t3(1), rfDvbtCodeRate3t4(2), rfDvbtCodeRate5t6(3), rfDvbtCodeRate7t8(4) } RfDvbtSidebandPosition ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION "The status of the DVB-T sideband position. normal (0) inverted (1) unlocked (2)" SYNTAX INTEGER { rfDvbtSidebandPositionNormal(0), rfDvbtSidebandPositionInverted(1), rfDvbtSidebandPositionUnlocked(2) } RfDvbsConstellation ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION "The kinds of DVB-S Constellations. QPSK (0) 8PSK (1) (DVB-S2 only)" SYNTAX INTEGER { rfDvbsConstellationQPSK(0), rfDvbsConstellation8PSK(1), rfDvbsConstellation16APSK(2), rfDvbsConstellation32APSK(3) } RfDvbsPilots ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION "The state of the DVB-S Pilots. off (0) on (1)" SYNTAX INTEGER { rfDvbsPilotsOff(0), rfDvbsPilotsOn(1) } RfDvbsCodeRate ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION "The DVB-S Code Rate settings. 1/2 (0) 1/3 (1) 1/4 (2) 2/3 (3) 2/5 (4) 3/4 (5) 3/5 (6) 4/5 (7) 5/6 (8) 7/8 (9) 8/9 (10) 9/10 (11)" SYNTAX INTEGER { rfDvbsCodeRate1t2(0), rfDvbsCodeRate1t3(1), rfDvbsCodeRate1t4(2), rfDvbsCodeRate2t3(3), rfDvbsCodeRate2t5(4), rfDvbsCodeRate3t4(5), rfDvbsCodeRate3t5(6), rfDvbsCodeRate4t5(7), rfDvbsCodeRate5t6(8), rfDvbsCodeRate7t8(9), rfDvbsCodeRate8t9(10), rfDvbsCodeRate9t10(11) } RfDvbsFecFrame ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION "The DVB-S FEC Frame settings. normal (0) short (1)" SYNTAX INTEGER { rfDvbsFecFrameNormal(0), rfDvbsFecFrameShort(1) } RfDvbt2FftMode ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION "The possible DVB-T2 FFT Modes. 1k mode (0) 2k mode (1) 4k mode (2) 8k mode (3) 16k mode (4) 32k mode (5)" SYNTAX INTEGER { rfDvbt2FftModeInvalid(-1), rfDvbt2FftMode1k(0), rfDvbt2FftMode2k(1), rfDvbt2FftMode4k(2), rfDvbt2FftMode8k(3), rfDvbt2FftMode16k(4), rfDvbt2FftMode32k(5) } RfDvbt2Constellation ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION "The kinds of DVB-T2 Constellations. QPSK (0) 16QAM (1) 64QAM (2) 256QAM (3)" SYNTAX INTEGER { rfDvbt2ConstellationInvalid(-1), rfDvbt2ConstellationQPSK(0), rfDvbt2Constellation16QAM(1), rfDvbt2Constellation64QAM(2), rfDvbt2Constellation256QAM(3) } RfDvbt2GuardInterval ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION "The settings for the DVB-T2 Guard Interval. 1/32 (0) 1/16 (1) 1/8 (2) 1/4 (3) 1/128 (4) 19/128 (5) 19/256 (6)" SYNTAX INTEGER { rfDvbt2GuardIntervalInvalid(-1), rfDvbt2GuardInterval1t32(0), rfDvbt2GuardInterval1t16(1), rfDvbt2GuardInterval1t8(2), rfDvbt2GuardInterval1t4(3), rfDvbt2GuardInterval1t128(4), rfDvbt2GuardInterval19t128(5), rfDvbt2GuardInterval19t256(6) } RfDvbt2CodeRate ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION "The DVB-T2 Code Rate settings. 1/2 (0) 3/5 (1) 2/3 (2) 3/4 (3) 4/5 (4) 5/6 (5) 1/3 (6) 2/5 (7)" SYNTAX INTEGER { rfDvbt2CodeRateInvalid(-1), rfDvbt2CodeRate1t2(0), rfDvbt2CodeRate3t5(1), rfDvbt2CodeRate2t3(2), rfDvbt2CodeRate3t4(3), rfDvbt2CodeRate4t5(4), rfDvbt2CodeRate5t6(5), rfDvbt2CodeRate1t3(6), rfDvbt2CodeRate2t5(8) } RfDvbt2StreamType ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION "The possible DVB-T2 input stream types. Transport Stream TS (0) Generic Stream GS (1) Both TS and Generic Stream TSGS (2)" SYNTAX INTEGER { rfDvbt2StreamTypeInvalid(-1), rfDvbt2StreamTypeTS(0), rfDvbt2StreamTypeGS(1), rfDvbt2StreamTypeTSGS(2) } RfDvbt2Papr ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION "The possible DVB-T2 papr values. NONE (0) ACE (1) TR (2) TRACE (3)" SYNTAX INTEGER { rfDvbt2PaprReductionInvalid(-1), rfDvbt2PaprReductionNONE(0), rfDvbt2PaprReductionACE(1), rfDvbt2PaprReductionTR(2), rfDvbt2PaprReductionTRACE(3) } RfDvbt2PilotPattern ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION "The possible DVB-T2 pilot patterns. PP1 (0) PP2 (1) PP3 (2) PP4 (3) PP5 (4) PP6 (5) PP7 (6) PP8 (7)" SYNTAX INTEGER { rfDvbt2PilotPatternInvalid(-1), rfDvbt2PilotPatternPP1(0), rfDvbt2PilotPatternPP2(1), rfDvbt2PilotPatternPP3(2), rfDvbt2PilotPatternPP4(3), rfDvbt2PilotPatternPP5(4), rfDvbt2PilotPatternPP6(5), rfDvbt2PilotPatternPP7(6), rfDvbt2PilotPatternPP8(7) } RfDvbt2PostFECType ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION "The possible DVB-T2 Post FEC types. LDPC16K (0)" SYNTAX INTEGER { rfDvbt2PostFECTypeInvalid(-1), rfDvbt2PostFECTypeLDPC16K(0) } RfDvbt2PostCodeRate ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION "The possible DVB-T2 L1 Post Code Rates. PostCodeRate1t2 (0)" SYNTAX INTEGER { rfDvbt2PostCodeRateInvalid(-1), rfDvbt2PostCodeRate1t2(0) } RfDvbt2PostConstellation ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION "The possible DVB-T2 L1 Post Constellations. PostConstellationBPSK (0) PostConstellationQPSK (1) PostConstellation16QAM (2) PostConstellation64QAM (3)" SYNTAX INTEGER { rfDvbt2PostConstellationInvalid(-1), rfDvbt2PostConstellationBPSK(0), rfDvbt2PostConstellationQPSK(1), rfDvbt2PostConstellation16QAM(2), rfDvbt2PostConstellation64QAM(3) } RfDvbt2TransmissionSystem ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION "The possible DVB-T2 S1 Preamble Formats. TransmissionSystemSISO (0) TransmissionSystemMISO (1) TransmissionSystemNonT2 (2) TransmissionSystemLITESISO (3) TransmissionSystemLITEMISO (4)" SYNTAX INTEGER { rfDvbt2TransmissionSystemInvalid(-1), rfDvbt2TransmissionSystemSISO(0), rfDvbt2TransmissionSystemMISO(1), rfDvbt2TransmissionSystemNonT2(2), rfDvbt2TransmissionSystemLITESISO(3), rfDvbt2TransmissionSystemLITEMISO(4) } RfDvbt2PLPType ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION "The possible DVB-T2 PLP types. PLPTypeCommon (0), PLPTypeData1 (1), PLPTypeData2 (2)" SYNTAX INTEGER { rfDvbt2PLPTypeInvalid(-1), rfDvbt2PLPTypeCommon(0), rfDvbt2PLPTypeData1(1), rfDvbt2PLPTypeData2(2) } RfDvbt2PLPPayloadType ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION "The possible DVB-T2 PLP Payload types. PLPPayloadGFPS (0) PLPPayloadGCS (1) PLPPayloadGSE (2) PLPPayloadTS (3)" SYNTAX INTEGER { rfDvbt2PLPPayloadTypeInvalid(-1), rfDvbt2PLPPayloadTypeGFPS(0), rfDvbt2PLPPayloadTypeGCS(1), rfDvbt2PLPPayloadTypeGSE(2), rfDvbt2PLPPayloadTypeTS(3) } RfDvbt2PLPFECType ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION "The possible DVB-T2 PLP FEC types. PLPFECType16KLDPC (0) PLPFECType64KLDPC (1)" SYNTAX INTEGER { rfDvbt2PLPFECTypeInvalid(-1), rfDvbt2PLPFECType16KLDPC(0), rfDvbt2PLPFECType64KLDPC(1) } RfDvbt2PLPMode ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION "The possible DVB-T2 PLP modes. PLPModeNM (0) PLPModeHEM (1) PLPModeNotSpecified (2) PLPModeReserved (3)" SYNTAX INTEGER { rfDvbt2PLPModeNM(0), rfDvbt2PLPModeHEM(1), rfDvbt2PLPModeNotSpecified(2), rfDvbt2PLPModeReserved(3) } RfDvbt2Version ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION "The T2 Version. L1Dvbt2T2VersioInvalid(-1), L1Dvbt2T2Version111(0), L1Dvbt2T2Version121(1), L1Dvbt2T2Version131(2)" SYNTAX INTEGER { rfDvbt2L1Dvbt2T2VersioInvalid(-1), rfDvbt2L1Dvbt2T2Version111(0), rfDvbt2L1Dvbt2T2Version121(1), rfDvbt2L1Dvbt2T2Version131(2) } IPConnector ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION "The IP connector type. ipConnector1000BaseT(0), ipConnectorSFP(1)" SYNTAX INTEGER { ipConnector1000BaseT(0), ipConnectorSFP(1) } PlpType ::= TEXTUAL-CONVENTION STATUS current DESCRIPTION "The plp type. plpTypeCommon(0), plpTypeData1(1) plpTypeData2(2)" SYNTAX INTEGER { plpTypeCommon(0), plpTypeData1(1), plpTypeData2(2) } -- -- -- ### -- ### Top level registrations -- ### rsDvmsMIB OBJECT-IDENTITY STATUS current DESCRIPTION "Subtree for DVMS" ::= { rsProdBroadcastMeasurement 152 } rsDvmsObjs OBJECT-IDENTITY STATUS current DESCRIPTION " " ::= { rsDvmsMIB 3 } preferences OBJECT-IDENTITY STATUS current DESCRIPTION " " ::= { rsDvmsObjs 1 } site OBJECT-IDENTITY STATUS current DESCRIPTION " " ::= { preferences 1 } siteName OBJECT-TYPE SYNTAX ReadableString MAX-ACCESS read-write STATUS current DESCRIPTION "The name of the DVMS measurement site." ::= { site 1 } siteControllerFirmwareVersion OBJECT-TYPE SYNTAX ReadableString MAX-ACCESS read-only STATUS current DESCRIPTION "This object contains the version number of the DVMS firmware including the release date (e.g. 03.02 May 19 2006)." ::= { site 5 } siteControllerImageVersion OBJECT-TYPE SYNTAX ReadableString MAX-ACCESS read-only STATUS current DESCRIPTION "This object contains the image version number of the DVMS firmware." ::= { site 6 } siteControllerStockNumber OBJECT-TYPE SYNTAX ReadableString MAX-ACCESS read-only STATUS current DESCRIPTION "This object contains the stock number of the DVMS device." ::= { site 7 } siteControllerSerialNumber OBJECT-TYPE SYNTAX ReadableString MAX-ACCESS read-only STATUS current DESCRIPTION "This object contains the serial number of the DVMS device." ::= { site 8 } siteReboot OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-write STATUS current DESCRIPTION "Set this object to the code number 688677 to reboot the DVMS device." ::= { site 9 } siteMonitoringHistoryIndicator OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-write STATUS current DESCRIPTION "This object contains the hold time of the Monitoring History Indicator in minutes. Set the value to 0 for unlimited holding time. The maximum value is 1440 (24 hours)." ::= { site 11 } siteExecute OBJECT-TYPE SYNTAX ReadableString MAX-ACCESS read-write STATUS current DESCRIPTION "Set this object with the path and the file name to an external command to be executed on the DVMS." ::= { site 10 } siteSaveDeviceFootPrint OBJECT-TYPE SYNTAX ReadableString MAX-ACCESS read-write STATUS current DESCRIPTION "Set this object with path and file name to save the device foot print. The device foot print contains information on the hardware modules." ::= { site 12 } siteSetExternalClock OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-write STATUS current DESCRIPTION "It is possible to apply a 10 MHz reference frequency to the R&S DVMS. The usage of the reference frequency can be enabled/disabled by this object." ::= { site 13 } siteControllerOptionTable OBJECT-TYPE SYNTAX SEQUENCE OF SiteControllerOptionEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "This table contains the options of the DVMS device." ::= { site 15 } siteControllerOptionEntry OBJECT-TYPE SYNTAX SiteControllerOptionEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "One entry of the site controller option table." INDEX { siteControllerOptionIndex } ::= { siteControllerOptionTable 1 } SiteControllerOptionEntry ::= SEQUENCE { siteControllerOptionIndex Unsigned32, siteControllerOptionCount Unsigned32 } siteControllerOptionIndex OBJECT-TYPE SYNTAX Unsigned32 (1..20) MAX-ACCESS not-accessible STATUS current DESCRIPTION "Index of the different DVMS software options." ::= { siteControllerOptionEntry 1 } siteControllerOptionCount OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "The number of active options of the option type " ::= { siteControllerOptionEntry 2 } module OBJECT-IDENTITY STATUS current DESCRIPTION " " ::= { preferences 2 } moduleCount OBJECT-TYPE SYNTAX Unsigned32 (0..20) MAX-ACCESS read-only STATUS current DESCRIPTION "The number of modules installed in the DVMS." ::= { module 1 } moduleTable OBJECT-TYPE SYNTAX SEQUENCE OF ModuleEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION " " ::= { module 2 } moduleEntry OBJECT-TYPE SYNTAX ModuleEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION " " INDEX { moduleIndex } ::= { moduleTable 1 } ModuleEntry ::= SEQUENCE { moduleIndex Unsigned32, -- moduleMacAddressReadable -- MacAddressReadable, moduleMacAddress MacAddress, moduleName ReadableString, moduleSerialNumber ReadableString, modulePartNumber ReadableString, modulePartChangeIndex ReadableString } moduleIndex OBJECT-TYPE SYNTAX Unsigned32 (1..20) MAX-ACCESS not-accessible STATUS current DESCRIPTION "The index of the current module. This object is for formal purposes only." ::= { moduleEntry 1 } moduleMacAddress OBJECT-TYPE SYNTAX MacAddress MAX-ACCESS read-only STATUS current DESCRIPTION "The MAC adress of the module in binary format." ::= { moduleEntry 50 } moduleName OBJECT-TYPE SYNTAX ReadableString MAX-ACCESS read-only STATUS current DESCRIPTION "The name of the module." ::= { moduleEntry 55 } moduleSerialNumber OBJECT-TYPE SYNTAX ReadableString MAX-ACCESS read-only STATUS current DESCRIPTION "The serial number of the module." ::= { moduleEntry 56 } modulePartNumber OBJECT-TYPE SYNTAX ReadableString MAX-ACCESS read-only STATUS current DESCRIPTION "The part number of the module." ::= { moduleEntry 57 } modulePartChangeIndex OBJECT-TYPE SYNTAX ReadableString MAX-ACCESS read-only STATUS current DESCRIPTION "The latest change index of the module." ::= { moduleEntry 58 } modulePortTable OBJECT-TYPE SYNTAX SEQUENCE OF ModulePortEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "This table contains general port settings for each module and port." ::= { module 5 } modulePortEntry OBJECT-TYPE SYNTAX ModulePortEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "One entry of the modulePortTable." INDEX { moduleMacAddress, modulePortIndex } ::= { modulePortTable 1 } ModulePortEntry ::= SEQUENCE { modulePortIndex ModulePortIndex, modulePortCapability ModulePortCapability, modulePortType ModulePortType, -- modulePortMonitoringConfigIndex -- Unsigned32, modulePortInputName ReadableString, modulePortFolderName ReadableString, modulePortUserText1 ReadableString, modulePortUserText2 ReadableString, modulePortUserText3 ReadableString, modulePortSelectInput TruthValue, modulePortGoldenStreamExportFileName ReadableString, modulePortTSCaptureFileName ReadableString, modulePortTSCaptureEnable TruthValue, modulePortTSCaptureBufferStatus TsCaptureBufferStatus, modulePortLEDState ModulePortLEDState, modulePortStateBits ModulePortStateBits, modulePortMonitoringConfigName ReadableString, modulePortTSLoopOutputModuleMacAddress MacAddress, modulePortTSLoopOutputModulePort ModulePortIndex, modulePortAnalysisState AnalysisState, modulePortLogType ModulePortLogType, modulePortIndicatePort TruthValue } modulePortIndex OBJECT-TYPE SYNTAX ModulePortIndex MAX-ACCESS not-accessible STATUS current DESCRIPTION "The index of the port of the module." ::= { modulePortEntry 1 } modulePortCapability OBJECT-TYPE SYNTAX ModulePortCapability MAX-ACCESS read-only STATUS current DESCRIPTION "The capability of the module input port. The input port can either be ASI, SMPTE, Loop Through or SPI (DVM400 only)." ::= { modulePortEntry 2 } modulePortType OBJECT-TYPE SYNTAX ModulePortType MAX-ACCESS read-write STATUS current DESCRIPTION "Type of the input port. The input port type can either be off or one of ModulePortCapability (see above)" ::= { modulePortEntry 3 } -- modulePortMonitoringConfigIndex OBJECT-TYPE -- SYNTAX Unsigned32 (0..100) -- MAX-ACCESS read-only -- STATUS current -- DESCRIPTION -- "Index of the monitoring configuration for this port in table -- controlMonitoringConfigTable." -- ::= { modulePortEntry 4 } modulePortInputName OBJECT-TYPE SYNTAX ReadableString MAX-ACCESS read-write STATUS current DESCRIPTION "Name of the module port in the DVMS site tree." ::= { modulePortEntry 5 } modulePortFolderName OBJECT-TYPE SYNTAX ReadableString MAX-ACCESS read-write STATUS current DESCRIPTION "The module inputs in the site tree of the DVMS are sorted in folders. This variable contains the folder name of the module port." ::= { modulePortEntry 6 } modulePortUserText1 OBJECT-TYPE SYNTAX ReadableString MAX-ACCESS read-write STATUS current DESCRIPTION "User definable text1 for module port. This text will be sent within variable bindings of an rsDvmsLogEvent related to this input. A management system may use this text to store private information for this module input possibly simplify further processing of a received rsDvmsLogEvent" ::= { modulePortEntry 10 } modulePortUserText2 OBJECT-TYPE SYNTAX ReadableString MAX-ACCESS read-write STATUS current DESCRIPTION "User definable text2 for module port. This text will be sent within variable bindings of an rsDvmsLogEvent related to this input. A management system may use this text to store private information for this module input possibly simplify further processing of a received rsDvmsLogEvent" ::= { modulePortEntry 11 } modulePortUserText3 OBJECT-TYPE SYNTAX ReadableString MAX-ACCESS read-write STATUS current DESCRIPTION "User definable text3 for module port. This text will be sent within variable bindings of an rsDvmsLogEvent related to this input. A management system may use this text to store private information for this module input possibly simplify further processing of a received rsDvmsLogEvent" ::= { modulePortEntry 12 } modulePortSelectInput OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-write STATUS current DESCRIPTION "Setting this object with true(1) selects the input for the current user view. Reading this object returns true(1) for the currently selected input." ::= { modulePortEntry 13 } modulePortGoldenStreamExportFileName OBJECT-TYPE SYNTAX ReadableString MAX-ACCESS read-write STATUS current DESCRIPTION "This node contains a file name. The golden stream for this input is written to the given file by writing this variable.Reading this object always returns 'write only'." ::= { modulePortEntry 14 } modulePortTSCaptureFileName OBJECT-TYPE SYNTAX ReadableString MAX-ACCESS read-write STATUS current DESCRIPTION "This node contains a file name. The file name for TS capture is set by writing to this object." ::= { modulePortEntry 15 } modulePortTSCaptureEnable OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-write STATUS current DESCRIPTION "If this object is set to true(1) this input belongs to the group of active inputs for the TS capture function." ::= { modulePortEntry 16 } modulePortTSCaptureBufferStatus OBJECT-TYPE SYNTAX TsCaptureBufferStatus MAX-ACCESS read-only STATUS current DESCRIPTION "This object contains the buffer status of the TS capture function. See the TsCaptureBufferStatus textual convention for possible values." ::= { modulePortEntry 17 } modulePortLEDState OBJECT-TYPE SYNTAX ModulePortLEDState MAX-ACCESS read-only STATUS current DESCRIPTION "This object contains the status of the input port LED in the site tree. See the ModulePortLEDState textual convention for possible values." ::= { modulePortEntry 20 } modulePortStateBits OBJECT-TYPE SYNTAX ModulePortStateBits MAX-ACCESS read-only STATUS current DESCRIPTION "This object contains the status of the input port in the site tree. See the ModulePortStateBits textual convention for possible values." ::= { modulePortEntry 21 } modulePortMonitoringConfigName OBJECT-TYPE SYNTAX ReadableString MAX-ACCESS read-write STATUS current DESCRIPTION "Name of the monitoring configuration for this port. Set this variable to apply the monitoring configuration to the input." ::= { modulePortEntry 25 } modulePortTSLoopOutputModuleMacAddress OBJECT-TYPE SYNTAX MacAddress MAX-ACCESS read-write STATUS current DESCRIPTION "Set this object to the moduleMacAddress of the desired module of which the signal is to be output. The port number must be set in addition(modulePortTSLoopOutputModulePort). The value is written to the device if modulePortTSLoopOutputModulePort is valid for the desired modulePortTSLoopOutputModuleMacAddress. Otherwise it is temporarily stored until modulePortTSLoopOutputModulePort is set. To enable output mode object modulePortType must be set to outASI in addition." ::= { modulePortEntry 34 } modulePortTSLoopOutputModulePort OBJECT-TYPE SYNTAX ModulePortIndex MAX-ACCESS read-write STATUS current DESCRIPTION "Set this object to the desired port number of selected module of which the signal is to be output. The module must be set in addition(modulePortTSLoopOutputModuleMacAddress). The value is written to the device if modulePortTSLoopOutputModuleMacAddress is valid for the desired for the desired modulePortTSLoopOutputModulePort. Otherwise it is temporarily stored until modulePortTSLoopOutputModuleMacAddress is set. To enable output mode object modulePortType must be set to outASI in addition." ::= { modulePortEntry 35 } modulePortAnalysisState OBJECT-TYPE SYNTAX AnalysisState MAX-ACCESS read-write STATUS current DESCRIPTION "Set this object to set the analysis state for this port." ::= { modulePortEntry 36 } modulePortLogType OBJECT-TYPE SYNTAX ModulePortLogType MAX-ACCESS read-write STATUS current DESCRIPTION "Set this object to set the log type for this port." ::= { modulePortEntry 40 } modulePortIndicatePort OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-write STATUS current DESCRIPTION "This variable is set when port indication of a module by means of flashing front LEDs is active. Set this variable in order to enable or disable the port indication." ::= { modulePortEntry 45 } ---- monitoring OBJECT-IDENTITY STATUS current DESCRIPTION "." ::= { preferences 3 } monitoringSiteConfiguration OBJECT-IDENTITY STATUS current DESCRIPTION "This node contains variables for file operations concerning the DVMS site configuration." ::= { monitoring 1 } siteConfigurationSave OBJECT-TYPE SYNTAX ReadableString MAX-ACCESS read-write STATUS current DESCRIPTION "This node contains a file name. The current DVMS site configuration is saved to the given file by writing this variable. Reading this object always returns 'write only'." ::= { monitoringSiteConfiguration 1 } siteConfigurationRecall OBJECT-TYPE SYNTAX ReadableString MAX-ACCESS read-write STATUS current DESCRIPTION "This node contains a file name. The current DVMS site configuration is recalled from the given file by writing this variable. Reading this object always returns 'write only'." ::= { monitoringSiteConfiguration 2 } siteConfigurationNew OBJECT-TYPE SYNTAX BroadcastStandard MAX-ACCESS read-write STATUS current DESCRIPTION "This node contains a broadcast standard. The DVMS whole site configuration will be reset by writing this variable with the new broadcast standard. Reading this object always returns 0." ::= { monitoringSiteConfiguration 3 } siteConfigurationNewSaveRecallActive OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-only STATUS current DESCRIPTION "This object will return 1 if a a site configuration is currently loaded or saved. Do not set any other oid objects if this object is 1." ::= { monitoringSiteConfiguration 4 } controlMonitoringConfigTable OBJECT-TYPE SYNTAX SEQUENCE OF ControlMonitoringConfigEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "This table contains general settings for each monitoring configuration." ::= { monitoring 2 } controlMonitoringConfigEntry OBJECT-TYPE SYNTAX ControlMonitoringConfigEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "One entry of the monitoring configuration table." INDEX { controlMonitoringConfigIndex } ::= { controlMonitoringConfigTable 1 } ControlMonitoringConfigEntry ::= SEQUENCE { controlMonitoringConfigIndex Unsigned32, controlMonitoringConfigBroadcastStandard BroadcastStandard, controlMonitoringConfigName ReadableString, controlMonitoringConfigExportFileName ReadableString, controlMonitoringConfigImportFileName ReadableString, controlMonitoringConfigExportTemplateFileName ReadableString, controlMonitoringConfigImportTemplateFileName ReadableString, controlMonitoringConfigRowStatus RowStatus } controlMonitoringConfigIndex OBJECT-TYPE SYNTAX Unsigned32 (1..100) MAX-ACCESS not-accessible STATUS current DESCRIPTION "Index of the different monitoring configuration tables." ::= { controlMonitoringConfigEntry 1 } controlMonitoringConfigBroadcastStandard OBJECT-TYPE SYNTAX BroadcastStandard MAX-ACCESS read-create STATUS current DESCRIPTION "The broadcast standard of a monitoring configuration. The broadcast standard can either be DVB, ATSC, SCTE, ISDB-T or ISDB-TB." ::= { controlMonitoringConfigEntry 2 } controlMonitoringConfigName OBJECT-TYPE SYNTAX ReadableString MAX-ACCESS read-create STATUS current DESCRIPTION "The name of the monitoring configuration." ::= { controlMonitoringConfigEntry 3 } controlMonitoringConfigExportFileName OBJECT-TYPE SYNTAX ReadableString MAX-ACCESS read-create STATUS current DESCRIPTION "This node contains a file name. The monitoring configuration is written to the given file by writing this variable. Reading this object always returns 'write only'." ::= { controlMonitoringConfigEntry 4 } controlMonitoringConfigImportFileName OBJECT-TYPE SYNTAX ReadableString MAX-ACCESS read-create STATUS current DESCRIPTION "This node contains a file name. The monitoring configuration is recalled from the given file by writing this variable. Reading this object always returns 'write only'." ::= { controlMonitoringConfigEntry 5 } controlMonitoringConfigExportTemplateFileName OBJECT-TYPE SYNTAX ReadableString MAX-ACCESS read-create STATUS current DESCRIPTION "This node contains a file name. The template is written to the given file by writing this variable. Reading this object always returns 'write only'." ::= { controlMonitoringConfigEntry 6 } controlMonitoringConfigImportTemplateFileName OBJECT-TYPE SYNTAX ReadableString MAX-ACCESS read-create STATUS current DESCRIPTION "This node contains a file name. The template is recalled from the given file by writing this variable. Reading this object always returns 'write only'." ::= { controlMonitoringConfigEntry 7 } controlMonitoringConfigRowStatus OBJECT-TYPE SYNTAX RowStatus MAX-ACCESS read-create STATUS current DESCRIPTION "The row status of the control monitoring configuration table." ::= { controlMonitoringConfigEntry 8 } controlMonitoringConfigAlarmTable OBJECT-TYPE SYNTAX SEQUENCE OF ControlMonitoringConfigAlarmEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "This table contains the monitoring settings of all(*) transport stream tests for each monitoring configuration. (*) : Settings for Bit-Rate, PCR-Jitter and TS-ID-Match are excluded from this table; these are available in separate tables (see below)." ::= { monitoring 3 } controlMonitoringConfigAlarmEntry OBJECT-TYPE SYNTAX ControlMonitoringConfigAlarmEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "One entry of the table for monitoring settings." INDEX { controlMonitoringConfigName, controlMonitoringConfigAlarmTsTestIndex } ::= { controlMonitoringConfigAlarmTable 1 } ControlMonitoringConfigAlarmEntry ::= SEQUENCE { controlMonitoringConfigAlarmTsTestIndex IndexTransportStreamTestConfig, controlMonitoringConfigAlarmEnable Enable, controlMonitoringConfigAlarmLimit FloatingPoint, controlMonitoringConfigAlarmClass AlarmClass, controlMonitoringConfigAlarmLine AlarmLine, controlMonitoringConfigAlarmLine2 AlarmLine, controlMonitoringConfigAlarmLine3 AlarmLine, controlMonitoringConfigAlarmLine4 AlarmLine, controlMonitoringConfigAlarmLimit2 FloatingPoint } controlMonitoringConfigAlarmTsTestIndex OBJECT-TYPE SYNTAX IndexTransportStreamTestConfig MAX-ACCESS not-accessible STATUS current DESCRIPTION "The index of the different transport stream measurements." ::= { controlMonitoringConfigAlarmEntry 1 } controlMonitoringConfigAlarmEnable OBJECT-TYPE SYNTAX Enable MAX-ACCESS read-write STATUS current DESCRIPTION "Set this variable in order to enable or disable an alarm. # 0x80 = enable # 0x00 = disable" ::= { controlMonitoringConfigAlarmEntry 2 } controlMonitoringConfigAlarmLimit OBJECT-TYPE SYNTAX FloatingPoint MAX-ACCESS read-write STATUS current DESCRIPTION "The limit of the alarm. Base units of Limit Values : TS Synchronization Loss/Lock Limits [Packets] BitRate Limits [Bits per second] Repetition Interval Limits [Milliseconds] PCR Jitter Limit [Nanoseconds] SFN Synchronization Timing Deviation [100 Nanoseconds]. SFN Echo Limit Delay [Microseconds]. A value of -1 indicates that this limit is not valid for the broadcast standard of this configuration. The SFN Echo Limit Level can be set using the object controlMonitoringConfigAlarmLimit2." ::= { controlMonitoringConfigAlarmEntry 3 } controlMonitoringConfigAlarmClass OBJECT-TYPE SYNTAX AlarmClass MAX-ACCESS read-write STATUS current DESCRIPTION "The alarm class of the alarm. The class can either be Alarm(1), Warning(2) or Info(3). A value of -1 indicates that this value is not valid for the broadcast standard of this configuration." ::= { controlMonitoringConfigAlarmEntry 4 } controlMonitoringConfigAlarmLine OBJECT-TYPE SYNTAX AlarmLine MAX-ACCESS read-write STATUS current DESCRIPTION "The number of the alarm line that will be set if this alarm occurs. A value of -1 indicates that this value is not valid for the broadcast standard of this configuration." ::= { controlMonitoringConfigAlarmEntry 5 } controlMonitoringConfigAlarmLine2 OBJECT-TYPE SYNTAX AlarmLine MAX-ACCESS read-write STATUS current DESCRIPTION "The number of the alarm line that will be set if this alarm occurs. A value of -1 indicates that this value is not valid for the broadcast standard of this configuration." ::= { controlMonitoringConfigAlarmEntry 6 } controlMonitoringConfigAlarmLine3 OBJECT-TYPE SYNTAX AlarmLine MAX-ACCESS read-write STATUS current DESCRIPTION "The number of the alarm line that will be set if this alarm occurs. A value of -1 indicates that this value is not valid for the broadcast standard of this configuration." ::= { controlMonitoringConfigAlarmEntry 7 } controlMonitoringConfigAlarmLine4 OBJECT-TYPE SYNTAX AlarmLine MAX-ACCESS read-write STATUS current DESCRIPTION "The number of the alarm line that will be set if this alarm occurs. A value of -1 indicates that this value is not valid for the broadcast standard of this configuration." ::= { controlMonitoringConfigAlarmEntry 8 } controlMonitoringConfigAlarmLimit2 OBJECT-TYPE SYNTAX FloatingPoint MAX-ACCESS read-write STATUS current DESCRIPTION "The second limit of the alarm. Base units of second Limit Values : SFN Echo Limit Level [dB]. A value of -1 indicates that this limit is not valid for the broadcast standard of this configuration." ::= { controlMonitoringConfigAlarmEntry 9 } controlMonitoringConfigAlarmBitRateLimitsTable OBJECT-TYPE SYNTAX SEQUENCE OF ControlMonitoringConfigAlarmBitRateLimitsEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "This table contains monitoring settings (limits) of bit rate measurements for each monitoring configuration." ::= { monitoring 4 } controlMonitoringConfigAlarmBitRateLimitsEntry OBJECT-TYPE SYNTAX ControlMonitoringConfigAlarmBitRateLimitsEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "One entry of the monitoring bit rate configuration table." INDEX { controlMonitoringConfigName, controlMonitoringConfigAlarmBitRateLimitsIndex } ::= { controlMonitoringConfigAlarmBitRateLimitsTable 1 } ControlMonitoringConfigAlarmBitRateLimitsEntry ::= SEQUENCE { controlMonitoringConfigAlarmBitRateLimitsIndex IndexBitRateLimits, controlMonitoringConfigAlarmBitRateLimitsProfile ProfileBitRate, controlMonitoringConfigAlarmBitRateLimitsUpper Unsigned32, controlMonitoringConfigAlarmBitRateLimitsLower Unsigned32 } controlMonitoringConfigAlarmBitRateLimitsIndex OBJECT-TYPE SYNTAX IndexBitRateLimits MAX-ACCESS not-accessible STATUS current DESCRIPTION "The index of the current bit rate limit." ::= { controlMonitoringConfigAlarmBitRateLimitsEntry 1 } controlMonitoringConfigAlarmBitRateLimitsProfile OBJECT-TYPE SYNTAX ProfileBitRate MAX-ACCESS read-write STATUS current DESCRIPTION "The measurement profile used for checking the current bit rate limit. The profile can either be MGB1 (payld, 1s, 1s) or MGB1a (payld, 1s, 10s) or MGB1b (payld, 1s, 30s) or MGB2 (payld, 100ms, 1s) or MGB2a (payld, 100ms, 100ms) or MGB2b (payld, 100ms, 500ms) or MGB5 (payld, 1s, 5s) or MGB5a (payld, 2s, 60s) or MGB5b (payld, 3s, 90s) or MGB5c (payld, 4s, 120s) or MGB5d (payld, 5s, 150s) or MGB1Packet188 (188, 1s, 1s) or MGB1aPacket188 (188, 1s, 10s) or MGB1bPacket188 (188, 1s, 30s) or MGB2Packet188 (188, 100ms, 1s) or MGB2aPacket188 (188, 100ms, 100ms) or MGB2bPacket188 (188, 100ms, 500ms) or MGB5Packet188 (188, 1s, 5s) or MGB5aPacket188 (188, 2s, 60s) or MGB5bPacket188 (188, 3s, 90s) or MGB5cPacket188 (188, 4s, 120s) or MGB5dPacket188 (188, 5s, 150s) or MGB5e (payld, 10s, 300s) or MGB5ePacket188 (188, 10s, 300s)." ::= { controlMonitoringConfigAlarmBitRateLimitsEntry 2 } controlMonitoringConfigAlarmBitRateLimitsUpper OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-write STATUS current DESCRIPTION "The upper limit of the bit rate." ::= { controlMonitoringConfigAlarmBitRateLimitsEntry 3 } controlMonitoringConfigAlarmBitRateLimitsLower OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-write STATUS current DESCRIPTION "The lower limit of the bit rate." ::= { controlMonitoringConfigAlarmBitRateLimitsEntry 4 } controlMonitoringConfigAlarmOptionPcrJitterTable OBJECT-TYPE SYNTAX SEQUENCE OF ControlMonitoringConfigAlarmOptionPcrJitterEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "This table contains monitoring settings (profiles and limits) of the PCR-Jitter measurement for each monitoring configuration." ::= { monitoring 5 } controlMonitoringConfigAlarmOptionPcrJitterEntry OBJECT-TYPE SYNTAX ControlMonitoringConfigAlarmOptionPcrJitterEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "One entry of the monitoring PCR-Jitter configuration table." INDEX { controlMonitoringConfigName } ::= { controlMonitoringConfigAlarmOptionPcrJitterTable 1 } ControlMonitoringConfigAlarmOptionPcrJitterEntry ::= SEQUENCE { controlMonitoringConfigAlarmOptionPcrJitterBandwidth ProfilePcrJitter, controlMonitoringConfigAlarmOptionPcrJitterMeasurementType PCRJitterMeasurementType } controlMonitoringConfigAlarmOptionPcrJitterBandwidth OBJECT-TYPE SYNTAX ProfilePcrJitter MAX-ACCESS read-write STATUS current DESCRIPTION "The bandwidth of the PCR-Jitter measurement. This value can be either MGF 1 (10 MHz),MGF 2 (100 MHz) or MGF3 (1 Hz)." ::= { controlMonitoringConfigAlarmOptionPcrJitterEntry 1 } controlMonitoringConfigAlarmOptionPcrJitterMeasurementType OBJECT-TYPE SYNTAX PCRJitterMeasurementType MAX-ACCESS read-write STATUS current DESCRIPTION "The type of the PCR-Jitter measurement. This value can either be PCR accuracy or PCR overall jitter." ::= { controlMonitoringConfigAlarmOptionPcrJitterEntry 2 } controlMonitoringConfigAlarmOptionTsIdMatchTable OBJECT-TYPE SYNTAX SEQUENCE OF ControlMonitoringConfigAlarmOptionTsIdMatchEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "This table contains monitoring settings of the TS-ID measurement for each monitoring configuration." ::= { monitoring 6 } controlMonitoringConfigAlarmOptionTsIdMatchEntry OBJECT-TYPE SYNTAX ControlMonitoringConfigAlarmOptionTsIdMatchEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "One entry of the monitoring TS-ID configuration table." INDEX { controlMonitoringConfigName } ::= { controlMonitoringConfigAlarmOptionTsIdMatchTable 1 } ControlMonitoringConfigAlarmOptionTsIdMatchEntry ::= SEQUENCE { controlMonitoringConfigAlarmOptionTsIdMatchTsId TsId, controlMonitoringConfigAlarmOptionTsIdMatchMask TsId } controlMonitoringConfigAlarmOptionTsIdMatchTsId OBJECT-TYPE SYNTAX TsId MAX-ACCESS read-write STATUS current DESCRIPTION "The transport stream ID for the TS-ID match measurement." ::= { controlMonitoringConfigAlarmOptionTsIdMatchEntry 1 } controlMonitoringConfigAlarmOptionTsIdMatchMask OBJECT-TYPE SYNTAX TsId MAX-ACCESS read-write STATUS current DESCRIPTION "The mask for the TS-ID measurement." ::= { controlMonitoringConfigAlarmOptionTsIdMatchEntry 2 } controlMonitoringConfigHidingOfEventsTable OBJECT-TYPE SYNTAX SEQUENCE OF ControlMonitoringConfigHidingOfEventsEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "This table contains the settings for the Hiding Of Events configuration." ::= { monitoring 10 } controlMonitoringConfigHidingOfEventsEntry OBJECT-TYPE SYNTAX ControlMonitoringConfigHidingOfEventsEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "One entry of the controlMonitoringConfigHidingOfEventsTable." INDEX { controlMonitoringConfigName, controlMonitoringConfigHidingOfEventsIndex } ::= { controlMonitoringConfigHidingOfEventsTable 1 } ControlMonitoringConfigHidingOfEventsEntry ::= SEQUENCE { controlMonitoringConfigHidingOfEventsIndex Unsigned32, controlMonitoringConfigHidingOfEventsEventID IndexTransportStreamTest, controlMonitoringConfigHidingOfEventsEventDuration Integer32, controlMonitoringConfigHidingOfEventsSelectedPID Integer32, controlMonitoringConfigHidingOfEventsRowStatus RowStatus } controlMonitoringConfigHidingOfEventsIndex OBJECT-TYPE SYNTAX Unsigned32 (0..9999) MAX-ACCESS not-accessible STATUS current DESCRIPTION "The index of the Hiding Of Events table." ::= { controlMonitoringConfigHidingOfEventsEntry 1 } controlMonitoringConfigHidingOfEventsEventID OBJECT-TYPE SYNTAX IndexTransportStreamTest MAX-ACCESS read-create STATUS current DESCRIPTION "The event ID of an event to be hidden." ::= { controlMonitoringConfigHidingOfEventsEntry 2 } controlMonitoringConfigHidingOfEventsEventDuration OBJECT-TYPE SYNTAX Integer32 MAX-ACCESS read-create STATUS current DESCRIPTION "The event will be hidden for this duration." ::= { controlMonitoringConfigHidingOfEventsEntry 3 } controlMonitoringConfigHidingOfEventsSelectedPID OBJECT-TYPE SYNTAX Integer32 MAX-ACCESS read-create STATUS current DESCRIPTION "Some of the events can be only valid for a selected PID which can be set in this object." ::= { controlMonitoringConfigHidingOfEventsEntry 4 } controlMonitoringConfigHidingOfEventsRowStatus OBJECT-TYPE SYNTAX RowStatus MAX-ACCESS read-create STATUS current DESCRIPTION "The row status of the Hiding Of Events configuration table." ::= { controlMonitoringConfigHidingOfEventsEntry 5 } controlMonitoringConfigHidingOfEventsEnableTable OBJECT-TYPE SYNTAX SEQUENCE OF ControlMonitoringConfigHidingOfEventsEnableEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "This table contains the HidingOfEvents Enable flag for each configuration." ::= { monitoring 11 } controlMonitoringConfigHidingOfEventsEnableEntry OBJECT-TYPE SYNTAX ControlMonitoringConfigHidingOfEventsEnableEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "One entry of the controlMonitoringConfigHidingOfEventsEnableTable." INDEX { controlMonitoringConfigName } ::= { controlMonitoringConfigHidingOfEventsEnableTable 1 } ControlMonitoringConfigHidingOfEventsEnableEntry ::= SEQUENCE { controlMonitoringConfigHidingOfEventsEnable TruthValue } controlMonitoringConfigHidingOfEventsEnable OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-write STATUS current DESCRIPTION "The enable flag for the Hiding Of Events function." ::= { controlMonitoringConfigHidingOfEventsEnableEntry 1 } controlMonitoringConfigGoldenStreamTable OBJECT-TYPE SYNTAX SEQUENCE OF ControlMonitoringConfigGoldenStreamEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "This table contains the configuration of the Golden Stream function." ::= { monitoring 12 } controlMonitoringConfigGoldenStreamEntry OBJECT-TYPE SYNTAX ControlMonitoringConfigGoldenStreamEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "One entry of the ControlMonitoringConfigGoldenStreamEntry." INDEX { controlMonitoringConfigGoldenStreamIndex } ::= { controlMonitoringConfigGoldenStreamTable 1 } ControlMonitoringConfigGoldenStreamEntry ::= SEQUENCE { controlMonitoringConfigGoldenStreamIndex GoldenStreamTemplateMaskIndex, controlMonitoringConfigGoldenStreamEnable TruthValue } controlMonitoringConfigGoldenStreamIndex OBJECT-TYPE SYNTAX GoldenStreamTemplateMaskIndex MAX-ACCESS not-accessible STATUS current DESCRIPTION "The index of an item of the golden stream configuration table." ::= { controlMonitoringConfigGoldenStreamEntry 1 } controlMonitoringConfigGoldenStreamEnable OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-write STATUS current DESCRIPTION "The enable flag of an item of the golden stream configuration table." ::= { controlMonitoringConfigGoldenStreamEntry 2 } controlMonitoringConfigGoldenStreamHeadroom OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-write STATUS current DESCRIPTION "Sets the headroom for the bit rate. You can use this to increase in percentage terms the min/max values of the bit rate limits compared to the measured value. This function is particularly usefulin cases where the data transfer rates are variable. Defined values are 0..100. 0: min bit rate value = max bit rate value = bit rate value. 100: min bit rate value = bit rate value - 100% = 0 max bit rate value = bit rate value + 100% = 2 x bit rate value" ::= { monitoring 13 } controlMonitoringConfigAlarmOptionEchoMeasurementTable OBJECT-TYPE SYNTAX SEQUENCE OF ControlMonitoringConfigAlarmOptionEchoMeasurementEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "This table contains monitoring settings (EchoMeasurementType and Threshold) to be used for echo monitoring. Valid for option K-58." ::= { monitoring 14 } controlMonitoringConfigAlarmOptionEchoMeasurementEntry OBJECT-TYPE SYNTAX ControlMonitoringConfigAlarmOptionEchoMeasurementEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "One entry of the monitoring echo measurement configuration table." INDEX { controlMonitoringConfigName } ::= { controlMonitoringConfigAlarmOptionEchoMeasurementTable 1 } ControlMonitoringConfigAlarmOptionEchoMeasurementEntry ::= SEQUENCE { controlMonitoringConfigAlarmOptionEchoMeasurementType EchoMeasurementType, controlMonitoringConfigAlarmOptionEchoMeasurementThreshold FloatingPoint } controlMonitoringConfigAlarmOptionEchoMeasurementType OBJECT-TYPE SYNTAX EchoMeasurementType MAX-ACCESS read-write STATUS current DESCRIPTION "The time reference to be used." ::= { controlMonitoringConfigAlarmOptionEchoMeasurementEntry 1 } controlMonitoringConfigAlarmOptionEchoMeasurementThreshold OBJECT-TYPE SYNTAX FloatingPoint MAX-ACCESS read-write STATUS current DESCRIPTION "The threshold to be used if time reference eFirstIsReference is selected." ::= { controlMonitoringConfigAlarmOptionEchoMeasurementEntry 2 } controlMonitoringConfigRf OBJECT-IDENTITY STATUS current DESCRIPTION "This object contains information relating to the RF monitoring function." ::= { monitoring 20 } controlMonitoringConfigRfLimitSigTempDvbtTable OBJECT-TYPE SYNTAX SEQUENCE OF ControlMonitoringConfigRfLimitSigTempDvbtEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "This table contains monitoring settings for the DVB-T modulation standard." ::= { controlMonitoringConfigRf 1 } controlMonitoringConfigRfLimitSigTempDvbtEntry OBJECT-TYPE SYNTAX ControlMonitoringConfigRfLimitSigTempDvbtEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "One entry of the monitoring DVB-T signal template table." INDEX { controlMonitoringConfigName } ::= { controlMonitoringConfigRfLimitSigTempDvbtTable 1 } ControlMonitoringConfigRfLimitSigTempDvbtEntry ::= SEQUENCE { controlMonitoringConfigRfLimitSigTempDvbtConstellation RfDvbtConstellation, controlMonitoringConfigRfLimitSigTempDvbtFftMode RfDvbtFftMode, controlMonitoringConfigRfLimitSigTempDvbtGuardInterval RfDvbtGuardInterval, controlMonitoringConfigRfLimitSigTempDvbtHierarchy RfDvbtHierarchy, controlMonitoringConfigRfLimitSigTempDvbtCodeRate RfDvbtCodeRate, controlMonitoringConfigRfLimitSigTempDvbtCellID Unsigned32, controlMonitoringConfigRfLimitSigTempDvbtTimeSlicing TruthValue, controlMonitoringConfigRfLimitSigTempDvbtMPEFEC TruthValue, controlMonitoringConfigRfLimitSigTempDvbtInDepthInterleaver TruthValue } controlMonitoringConfigRfLimitSigTempDvbtConstellation OBJECT-TYPE SYNTAX RfDvbtConstellation MAX-ACCESS read-write STATUS current DESCRIPTION "This is the monitoring entry of the DVB-T Constellation. The Constellation can be either QPSK, 16QAM or 64QAM." ::= { controlMonitoringConfigRfLimitSigTempDvbtEntry 1 } controlMonitoringConfigRfLimitSigTempDvbtFftMode OBJECT-TYPE SYNTAX RfDvbtFftMode MAX-ACCESS read-write STATUS current DESCRIPTION "The monitoring entry of DVB-T FFT Mode. The FFT Mode can be either 2k, 4k or 8k." ::= { controlMonitoringConfigRfLimitSigTempDvbtEntry 2 } controlMonitoringConfigRfLimitSigTempDvbtGuardInterval OBJECT-TYPE SYNTAX RfDvbtGuardInterval MAX-ACCESS read-write STATUS current DESCRIPTION "The monitoring entry of the DVB-T Guard Interval. The Guard Interval can be either 1/32, 1/16, 1/8 or 1/4." ::= { controlMonitoringConfigRfLimitSigTempDvbtEntry 3 } controlMonitoringConfigRfLimitSigTempDvbtHierarchy OBJECT-TYPE SYNTAX RfDvbtHierarchy MAX-ACCESS read-write STATUS current DESCRIPTION "The monitoring entry of the DVB-T Hierarchy. The Hierarchy can be either None, Hierarchy 1, Hierarchy 2 or Hierarchy 4." ::= { controlMonitoringConfigRfLimitSigTempDvbtEntry 4 } controlMonitoringConfigRfLimitSigTempDvbtCodeRate OBJECT-TYPE SYNTAX RfDvbtCodeRate MAX-ACCESS read-write STATUS current DESCRIPTION "The monitoring entry of the DVB-T Code Rate. The Code Rade can be either 1/2, 2/3, 3/4, 5/6 or 7/8." ::= { controlMonitoringConfigRfLimitSigTempDvbtEntry 5 } controlMonitoringConfigRfLimitSigTempDvbtCellID OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-write STATUS current DESCRIPTION "The monitoring entry of the DVB-T Cell ID. The Cell Id can be in the range from 0x0000 to 0xFFFF." ::= { controlMonitoringConfigRfLimitSigTempDvbtEntry 6 } controlMonitoringConfigRfLimitSigTempDvbtTimeSlicing OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-write STATUS current DESCRIPTION "The monitoring entry of DVB-T time slicing." ::= { controlMonitoringConfigRfLimitSigTempDvbtEntry 7 } controlMonitoringConfigRfLimitSigTempDvbtMPEFEC OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-write STATUS current DESCRIPTION "The monitoring entry of DVB-T MPE FEC." ::= { controlMonitoringConfigRfLimitSigTempDvbtEntry 8 } controlMonitoringConfigRfLimitSigTempDvbtInDepthInterleaver OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-write STATUS current DESCRIPTION "The monitoring entry of DVB-T In-Depth interleaver." ::= { controlMonitoringConfigRfLimitSigTempDvbtEntry 9 } controlMonitoringConfigRfLimitSigTempDvbsTable OBJECT-TYPE SYNTAX SEQUENCE OF ControlMonitoringConfigRfLimitSigTempDvbsEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "This table contains monitoring settings for the DVB-S modulation standard." ::= { controlMonitoringConfigRf 2 } controlMonitoringConfigRfLimitSigTempDvbsEntry OBJECT-TYPE SYNTAX ControlMonitoringConfigRfLimitSigTempDvbsEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "One entry of the monitoring DVB-S signal template table." INDEX { controlMonitoringConfigName } ::= { controlMonitoringConfigRfLimitSigTempDvbsTable 1 } ControlMonitoringConfigRfLimitSigTempDvbsEntry ::= SEQUENCE { controlMonitoringConfigRfLimitSigTempDvbsConstellation RfDvbsConstellation, controlMonitoringConfigRfLimitSigTempDvbsPilots RfDvbsPilots, controlMonitoringConfigRfLimitSigTempDvbsCodeRate RfDvbsCodeRate, controlMonitoringConfigRfLimitSigTempDvbsSpectrum RfSpectrum, controlMonitoringConfigRfLimitSigTempDvbsFecFrame RfDvbsFecFrame } controlMonitoringConfigRfLimitSigTempDvbsConstellation OBJECT-TYPE SYNTAX RfDvbsConstellation MAX-ACCESS read-write STATUS current DESCRIPTION "This is the monitoring entry of the DVB-S Constellation. The Constellation can be either QPSK or 8PSK (8PSK for DVB-S2 only)." ::= { controlMonitoringConfigRfLimitSigTempDvbsEntry 1 } controlMonitoringConfigRfLimitSigTempDvbsPilots OBJECT-TYPE SYNTAX RfDvbsPilots MAX-ACCESS read-write STATUS current DESCRIPTION "The monitoring entry of the DVB-S Pilots. The Pilots state can be On or Off." ::= { controlMonitoringConfigRfLimitSigTempDvbsEntry 2 } controlMonitoringConfigRfLimitSigTempDvbsCodeRate OBJECT-TYPE SYNTAX RfDvbsCodeRate MAX-ACCESS read-write STATUS current DESCRIPTION "The monitoring entry of the DVB-S Code Rate. For DVB-S the Code Rade can be either 1/2, 2/3, 3/4, 5/6, 6/7 or 7/8. For DVB-S2 the Code Rate can be either 1/4, 1/3, 2/5, 3/5, 1/2, 2/3, 3/4, 4/5, 5/6, 8/9 or 9/10." ::= { controlMonitoringConfigRfLimitSigTempDvbsEntry 3 } controlMonitoringConfigRfLimitSigTempDvbsSpectrum OBJECT-TYPE SYNTAX RfSpectrum MAX-ACCESS read-write STATUS current DESCRIPTION "The montoring entry of the DVB-S Spectrum. The Spectrum can be either Normal or Inverted." ::= { controlMonitoringConfigRfLimitSigTempDvbsEntry 4 } controlMonitoringConfigRfLimitSigTempDvbsFecFrame OBJECT-TYPE SYNTAX RfDvbsFecFrame MAX-ACCESS read-write STATUS current DESCRIPTION "The montoring entry of the DVB-S FEC Frame. The FEC Frame can be either Normal or Short." ::= { controlMonitoringConfigRfLimitSigTempDvbsEntry 5 } controlMonitoringConfigRfLimitDvbt2Table OBJECT-TYPE SYNTAX SEQUENCE OF ControlMonitoringConfigRfLimitDvbt2Entry MAX-ACCESS not-accessible STATUS current DESCRIPTION "This table contains monitoring settings for the DVB-T2 modulation standard." ::= { controlMonitoringConfigRf 3 } controlMonitoringConfigRfLimitDvbt2Entry OBJECT-TYPE SYNTAX ControlMonitoringConfigRfLimitDvbt2Entry MAX-ACCESS not-accessible STATUS current DESCRIPTION "One entry of the monitoring DVB-T2 of table controlMonitoringConfigRfLimitDvbt2Table." INDEX { controlMonitoringConfigName } ::= { controlMonitoringConfigRfLimitDvbt2Table 1 } ControlMonitoringConfigRfLimitDvbt2Entry ::= SEQUENCE { controlMonitoringConfigRfLimitDataPlpDvbt2Constellation RfDvbt2Constellation, controlMonitoringConfigRfLimitL1PreSigDvbt2FFT RfDvbt2FftMode, controlMonitoringConfigRfLimitL1PreSigDvbt2Dvbt2GuardInterval RfDvbt2GuardInterval, controlMonitoringConfigRfLimitDataPlpDvbt2CodeRate RfDvbt2CodeRate, controlMonitoringConfigRfLimitL1PreSigDvbt2Dvbt2CellID Unsigned32, controlMonitoringConfigRfLimitSigTempDvbt2NumberOfPlps Unsigned32, controlMonitoringConfigRfLimitL1PreSigDvbt2Dvbt2StreamType RfDvbt2StreamType, controlMonitoringConfigRfLimitL1PreSigDvbt2BandwidthExtension TruthValue, controlMonitoringConfigRfLimiL1PreSigTransmissionSystem RfDvbt2TransmissionSystem, controlMonitoringConfigRfLimitL1PreSigDvbt2S1Raw Unsigned32, controlMonitoringConfigRfLimitL1PreSigDvbt2S2 Unsigned32, controlMonitoringConfigRfLimitL1PreSigDvbt2RepetitionFlag TruthValue, controlMonitoringConfigRfLimitL1PreSigDvbt2PAPRReduction RfDvbt2Papr, controlMonitoringConfigRfLimitL1PreSigDvbt2PostConstellation RfDvbt2PostConstellation, controlMonitoringConfigRfLimitL1PreSigDvbt2PostCodeRate RfDvbt2PostCodeRate, controlMonitoringConfigRfLimitL1PreSigDvbt2PostFECType RfDvbt2PostFECType, controlMonitoringConfigRfLimitL1PreSigDvbt2PostSize Unsigned32, controlMonitoringConfigRfLimitL1PreSigDvbt2PostInfoSize Unsigned32, controlMonitoringConfigRfLimitL1PreSigDvbt2PilotPattern RfDvbt2PilotPattern, controlMonitoringConfigRfLimitL1PreSigDvbt2TxIdAvailability Unsigned32, controlMonitoringConfigRfLimitL1PreSigDvbt2NetworkId Unsigned32, controlMonitoringConfigRfLimitL1PreSigDvbt2SystemId Unsigned32, controlMonitoringConfigRfLimitL1PreSigDvbt2FramesPerSuperframe Unsigned32, controlMonitoringConfigRfLimitL1PreSigDvbt2SymbolsPerFrame Unsigned32, controlMonitoringConfigRfLimitLimitL1PreSigDvbt2RegCountInd Unsigned32, controlMonitoringConfigRfLimitL1PreSigDvbt2PostExtensionFlag TruthValue, controlMonitoringConfigRfLimitL1PreSigDvbt2NumberOfRfFrequencies Unsigned32, controlMonitoringConfigRfLimitL1PreSigDvbt2CurrentRfIndex Unsigned32, controlMonitoringConfigRfLimitL1PreSigDvbt2T2Version RfDvbt2Version, controlMonitoringConfigRfLimitL1PreSigDvbt2Reserved Unsigned32, controlMonitoringConfigRfLimitCommonPlpDvbt2Id Unsigned32, controlMonitoringConfigRfLimitCommonPlpDvbt2Type RfDvbt2PLPType, controlMonitoringConfigRfLimitCommonPlpDvbt2Payload RfDvbt2PLPPayloadType, controlMonitoringConfigRfLimitCommonPlpDvbt2GroupId Unsigned32, controlMonitoringConfigRfLimitCommonPlpDvbt2Constellation RfDvbt2Constellation, controlMonitoringConfigRfLimitCommonPlpDvbt2ConstellationRotated TruthValue, controlMonitoringConfigRfLimitCommonPlpDvbt2CodeRate RfDvbt2CodeRate, controlMonitoringConfigRfLimitCommonPlpDvbt2FECType RfDvbt2PLPFECType, controlMonitoringConfigRfLimitCommonPlpDvbt2MaxPlpBlocks Unsigned32, controlMonitoringConfigRfLimitCommonPlpDvbt2FrameIntervall Unsigned32, controlMonitoringConfigRfLimitCommonPlpDvbt2TimeIntLeavLength Unsigned32, controlMonitoringConfigRfLimitCommonPlpDvbt2TimeIntLeavType Unsigned32, controlMonitoringConfigRfLimitCommonPlpDvbt2InBandFlagA TruthValue, controlMonitoringConfigRfLimitCommonPlpDvbt2Mode RfDvbt2PLPMode, controlMonitoringConfigRfLimitCommonPlpDvbt2StaticFlag TruthValue, controlMonitoringConfigRfLimitCommonPlpDvbt2StaticPaddingFlag TruthValue, controlMonitoringConfigRfLimitCommonPlpDvbt2FixedFrequencyFlag TruthValue, controlMonitoringConfigRfLimitCommonPlpDvbt2FirstRfIndex Unsigned32, controlMonitoringConfigRfLimitCommonPlpDvbt2FirstFrameIndex Unsigned32, controlMonitoringConfigRfLimitCommonPlpDvbt2InBandFlagB TruthValue, controlMonitoringConfigRfLimitCommonPlpDvbt2Reserved1 Unsigned32, controlMonitoringConfigRfLimitDataPlpDvbt2Id Unsigned32, controlMonitoringConfigRfLimitDataPlpDvbt2Type RfDvbt2PLPType, controlMonitoringConfigRfLimitDataPlpDvbt2Payload RfDvbt2PLPPayloadType, controlMonitoringConfigRfLimitDataPlpDvbt2GroupId Unsigned32, controlMonitoringConfigRfLimitDataPlpDvbt2ConstellationRotated TruthValue, controlMonitoringConfigRfLimitDataPlpDvbt2FECType RfDvbt2PLPFECType, controlMonitoringConfigRfLimitDataPlpDvbt2MaxPlpBlocks Unsigned32, controlMonitoringConfigRfLimitDataPlpDvbt2FrameIntervall Unsigned32, controlMonitoringConfigRfLimitDataPlpDvbt2TimeIntLeavLength Unsigned32, controlMonitoringConfigRfLimitDataPlpDvbt2TimeIntLeavType Unsigned32, controlMonitoringConfigRfLimitDataPlpDvbt2InBandFlagA TruthValue, controlMonitoringConfigRfLimitDataPlpDvbt2Mode RfDvbt2PLPMode, controlMonitoringConfigRfLimitDataPlpDvbt2StaticFlag TruthValue, controlMonitoringConfigRfLimitDataPlpDvbt2StaticPaddingFlag TruthValue, controlMonitoringConfigRfLimitDataPlpDvbt2FixedFrequencyFlag TruthValue, controlMonitoringConfigRfLimitDataPlpDvbt2FirstRfIndex Unsigned32, controlMonitoringConfigRfLimitDataPlpDvbt2FirstFrameIndex Unsigned32, controlMonitoringConfigRfLimitDataPlpDvbt2InBandFlagB TruthValue, controlMonitoringConfigRfLimitDataPlpDvbt2Reserved1 Unsigned32 } controlMonitoringConfigRfLimitDataPlpDvbt2Constellation OBJECT-TYPE SYNTAX RfDvbt2Constellation MAX-ACCESS read-write STATUS current DESCRIPTION "This is the monitoring entry of the DVB-T2 Constellation. The Constellation can be either QPSK, 16QAM, 64QAM or 256QAM." ::= { controlMonitoringConfigRfLimitDvbt2Entry 1 } controlMonitoringConfigRfLimitL1PreSigDvbt2FFT OBJECT-TYPE SYNTAX RfDvbt2FftMode MAX-ACCESS read-write STATUS current DESCRIPTION "The monitoring entry of DVB-T2 FFT Mode. The FFT Mode can be either 1k, 2k, 4k, 8k, 16k or 32k." ::= { controlMonitoringConfigRfLimitDvbt2Entry 2 } controlMonitoringConfigRfLimitL1PreSigDvbt2Dvbt2GuardInterval OBJECT-TYPE SYNTAX RfDvbt2GuardInterval MAX-ACCESS read-write STATUS current DESCRIPTION "The monitoring entry of the DVB-T2 Guard Interval. The Guard Interval can be either 1/32, 1/16, 1/8, 1/4, 19/128, 19/256, 1/128." ::= { controlMonitoringConfigRfLimitDvbt2Entry 3 } controlMonitoringConfigRfLimitDataPlpDvbt2CodeRate OBJECT-TYPE SYNTAX RfDvbt2CodeRate MAX-ACCESS read-write STATUS current DESCRIPTION "The monitoring entry of the DVB-T2 Code Rate. The code rate can be either 1/2, 2/3, 3/4, 3/5 or 5/6." ::= { controlMonitoringConfigRfLimitDvbt2Entry 5 } controlMonitoringConfigRfLimitL1PreSigDvbt2Dvbt2CellID OBJECT-TYPE SYNTAX Unsigned32 (0..65535) MAX-ACCESS read-write STATUS current DESCRIPTION "The monitoring entry of the DVB-T2 Cell ID. The Cell Id can be in the range from 0x0000 to 0xFFFF." ::= { controlMonitoringConfigRfLimitDvbt2Entry 6 } controlMonitoringConfigRfLimitSigTempDvbt2NumberOfPlps OBJECT-TYPE SYNTAX Unsigned32 (1..255) MAX-ACCESS read-write STATUS current DESCRIPTION "1..255" ::= { controlMonitoringConfigRfLimitDvbt2Entry 7 } controlMonitoringConfigRfLimitL1PreSigDvbt2Dvbt2StreamType OBJECT-TYPE SYNTAX RfDvbt2StreamType MAX-ACCESS read-write STATUS current DESCRIPTION " " ::= { controlMonitoringConfigRfLimitDvbt2Entry 8 } controlMonitoringConfigRfLimitL1PreSigDvbt2BandwidthExtension OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-write STATUS current DESCRIPTION " " ::= { controlMonitoringConfigRfLimitDvbt2Entry 9 } controlMonitoringConfigRfLimiL1PreSigTransmissionSystem OBJECT-TYPE SYNTAX RfDvbt2TransmissionSystem MAX-ACCESS read-write STATUS current DESCRIPTION " " ::= { controlMonitoringConfigRfLimitDvbt2Entry 10 } controlMonitoringConfigRfLimitL1PreSigDvbt2S1Raw OBJECT-TYPE SYNTAX Unsigned32 (0..7) MAX-ACCESS read-write STATUS current DESCRIPTION "0..7" ::= { controlMonitoringConfigRfLimitDvbt2Entry 11 } controlMonitoringConfigRfLimitL1PreSigDvbt2S2 OBJECT-TYPE SYNTAX Unsigned32 (0..15) MAX-ACCESS read-write STATUS current DESCRIPTION "0..15" ::= { controlMonitoringConfigRfLimitDvbt2Entry 12 } controlMonitoringConfigRfLimitL1PreSigDvbt2RepetitionFlag OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-write STATUS current DESCRIPTION " " ::= { controlMonitoringConfigRfLimitDvbt2Entry 13 } controlMonitoringConfigRfLimitL1PreSigDvbt2PAPRReduction OBJECT-TYPE SYNTAX RfDvbt2Papr MAX-ACCESS read-write STATUS current DESCRIPTION " " ::= { controlMonitoringConfigRfLimitDvbt2Entry 14 } controlMonitoringConfigRfLimitL1PreSigDvbt2PostConstellation OBJECT-TYPE SYNTAX RfDvbt2PostConstellation MAX-ACCESS read-write STATUS current DESCRIPTION " " ::= { controlMonitoringConfigRfLimitDvbt2Entry 15 } controlMonitoringConfigRfLimitL1PreSigDvbt2PostCodeRate OBJECT-TYPE SYNTAX RfDvbt2PostCodeRate MAX-ACCESS read-write STATUS current DESCRIPTION " " ::= { controlMonitoringConfigRfLimitDvbt2Entry 16 } controlMonitoringConfigRfLimitL1PreSigDvbt2PostFECType OBJECT-TYPE SYNTAX RfDvbt2PostFECType MAX-ACCESS read-write STATUS current DESCRIPTION " " ::= { controlMonitoringConfigRfLimitDvbt2Entry 17 } controlMonitoringConfigRfLimitL1PreSigDvbt2PostSize OBJECT-TYPE SYNTAX Unsigned32 (0..262143) MAX-ACCESS read-write STATUS current DESCRIPTION "0..262143" ::= { controlMonitoringConfigRfLimitDvbt2Entry 18 } controlMonitoringConfigRfLimitL1PreSigDvbt2PostInfoSize OBJECT-TYPE SYNTAX Unsigned32 (0..262143) MAX-ACCESS read-write STATUS current DESCRIPTION "0..262143" ::= { controlMonitoringConfigRfLimitDvbt2Entry 19 } controlMonitoringConfigRfLimitL1PreSigDvbt2PilotPattern OBJECT-TYPE SYNTAX RfDvbt2PilotPattern MAX-ACCESS read-write STATUS current DESCRIPTION " " ::= { controlMonitoringConfigRfLimitDvbt2Entry 20 } controlMonitoringConfigRfLimitL1PreSigDvbt2TxIdAvailability OBJECT-TYPE SYNTAX Unsigned32 (0..255) MAX-ACCESS read-write STATUS current DESCRIPTION "0..255" ::= { controlMonitoringConfigRfLimitDvbt2Entry 21 } controlMonitoringConfigRfLimitL1PreSigDvbt2NetworkId OBJECT-TYPE SYNTAX Unsigned32 (0..65535) MAX-ACCESS read-write STATUS current DESCRIPTION "0..65535" ::= { controlMonitoringConfigRfLimitDvbt2Entry 22 } controlMonitoringConfigRfLimitL1PreSigDvbt2SystemId OBJECT-TYPE SYNTAX Unsigned32 (0..65535) MAX-ACCESS read-write STATUS current DESCRIPTION "0..65535" ::= { controlMonitoringConfigRfLimitDvbt2Entry 23 } controlMonitoringConfigRfLimitL1PreSigDvbt2FramesPerSuperframe OBJECT-TYPE SYNTAX Unsigned32 (2..255) MAX-ACCESS read-write STATUS current DESCRIPTION "2..255" ::= { controlMonitoringConfigRfLimitDvbt2Entry 24 } controlMonitoringConfigRfLimitL1PreSigDvbt2SymbolsPerFrame OBJECT-TYPE SYNTAX Unsigned32 (0..4095) MAX-ACCESS read-write STATUS current DESCRIPTION "0..4095" ::= { controlMonitoringConfigRfLimitDvbt2Entry 25 } controlMonitoringConfigRfLimitLimitL1PreSigDvbt2RegCountInd OBJECT-TYPE SYNTAX Unsigned32 (0..7) MAX-ACCESS read-write STATUS current DESCRIPTION "0..7" ::= { controlMonitoringConfigRfLimitDvbt2Entry 26 } controlMonitoringConfigRfLimitL1PreSigDvbt2PostExtensionFlag OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-write STATUS current DESCRIPTION " " ::= { controlMonitoringConfigRfLimitDvbt2Entry 27 } controlMonitoringConfigRfLimitL1PreSigDvbt2NumberOfRfFrequencies OBJECT-TYPE SYNTAX Unsigned32 (0..7) MAX-ACCESS read-write STATUS current DESCRIPTION "0..7" ::= { controlMonitoringConfigRfLimitDvbt2Entry 28 } controlMonitoringConfigRfLimitL1PreSigDvbt2CurrentRfIndex OBJECT-TYPE SYNTAX Unsigned32 (0..7) MAX-ACCESS read-write STATUS current DESCRIPTION "0..7" ::= { controlMonitoringConfigRfLimitDvbt2Entry 29 } controlMonitoringConfigRfLimitL1PreSigDvbt2T2Version OBJECT-TYPE SYNTAX RfDvbt2Version MAX-ACCESS read-write STATUS current DESCRIPTION " " ::= { controlMonitoringConfigRfLimitDvbt2Entry 31 } controlMonitoringConfigRfLimitL1PreSigDvbt2Reserved OBJECT-TYPE SYNTAX Unsigned32 (0..63) MAX-ACCESS read-write STATUS current DESCRIPTION "0..63" ::= { controlMonitoringConfigRfLimitDvbt2Entry 32 } controlMonitoringConfigRfLimitCommonPlpDvbt2Id OBJECT-TYPE SYNTAX Unsigned32 (0..255) MAX-ACCESS read-write STATUS current DESCRIPTION "0..255" ::= { controlMonitoringConfigRfLimitDvbt2Entry 33 } controlMonitoringConfigRfLimitCommonPlpDvbt2Type OBJECT-TYPE SYNTAX RfDvbt2PLPType MAX-ACCESS read-write STATUS current DESCRIPTION " " ::= { controlMonitoringConfigRfLimitDvbt2Entry 34 } controlMonitoringConfigRfLimitCommonPlpDvbt2Payload OBJECT-TYPE SYNTAX RfDvbt2PLPPayloadType MAX-ACCESS read-write STATUS current DESCRIPTION " " ::= { controlMonitoringConfigRfLimitDvbt2Entry 35 } controlMonitoringConfigRfLimitCommonPlpDvbt2GroupId OBJECT-TYPE SYNTAX Unsigned32 (0..255) MAX-ACCESS read-write STATUS current DESCRIPTION "0..255" ::= { controlMonitoringConfigRfLimitDvbt2Entry 36 } controlMonitoringConfigRfLimitCommonPlpDvbt2Constellation OBJECT-TYPE SYNTAX RfDvbt2Constellation MAX-ACCESS read-write STATUS current DESCRIPTION "This is the monitoring entry of the DVB-T2 Constellation for the Common PLP. The Constellation can be either QPSK, 16QAM, 64QAM or 256QAM." ::= { controlMonitoringConfigRfLimitDvbt2Entry 37 } controlMonitoringConfigRfLimitCommonPlpDvbt2ConstellationRotated OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-write STATUS current DESCRIPTION "0..255" ::= { controlMonitoringConfigRfLimitDvbt2Entry 38 } controlMonitoringConfigRfLimitCommonPlpDvbt2CodeRate OBJECT-TYPE SYNTAX RfDvbt2CodeRate MAX-ACCESS read-write STATUS current DESCRIPTION "The monitoring entry of the DVB-T2 Code Rate for the Common PLP. The code rate can be either 1/2, 2/3, 3/4, 3/5 or 5/6." ::= { controlMonitoringConfigRfLimitDvbt2Entry 39 } controlMonitoringConfigRfLimitCommonPlpDvbt2FECType OBJECT-TYPE SYNTAX RfDvbt2PLPFECType MAX-ACCESS read-write STATUS current DESCRIPTION " " ::= { controlMonitoringConfigRfLimitDvbt2Entry 40 } controlMonitoringConfigRfLimitCommonPlpDvbt2MaxPlpBlocks OBJECT-TYPE SYNTAX Unsigned32 (0..1023) MAX-ACCESS read-write STATUS current DESCRIPTION "0..1023" ::= { controlMonitoringConfigRfLimitDvbt2Entry 41 } controlMonitoringConfigRfLimitCommonPlpDvbt2FrameIntervall OBJECT-TYPE SYNTAX Unsigned32 (0..255) MAX-ACCESS read-write STATUS current DESCRIPTION "0..255" ::= { controlMonitoringConfigRfLimitDvbt2Entry 42 } controlMonitoringConfigRfLimitCommonPlpDvbt2TimeIntLeavLength OBJECT-TYPE SYNTAX Unsigned32 (0..255) MAX-ACCESS read-write STATUS current DESCRIPTION "0..255" ::= { controlMonitoringConfigRfLimitDvbt2Entry 43 } controlMonitoringConfigRfLimitCommonPlpDvbt2TimeIntLeavType OBJECT-TYPE SYNTAX Unsigned32 (0..1) MAX-ACCESS read-write STATUS current DESCRIPTION "0: Single, 1: Multi." ::= { controlMonitoringConfigRfLimitDvbt2Entry 44 } controlMonitoringConfigRfLimitCommonPlpDvbt2InBandFlagA OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-write STATUS current DESCRIPTION " " ::= { controlMonitoringConfigRfLimitDvbt2Entry 45 } controlMonitoringConfigRfLimitCommonPlpDvbt2Mode OBJECT-TYPE SYNTAX RfDvbt2PLPMode MAX-ACCESS read-write STATUS current DESCRIPTION " " ::= { controlMonitoringConfigRfLimitDvbt2Entry 46 } controlMonitoringConfigRfLimitCommonPlpDvbt2StaticFlag OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-write STATUS current DESCRIPTION " " ::= { controlMonitoringConfigRfLimitDvbt2Entry 47 } controlMonitoringConfigRfLimitCommonPlpDvbt2StaticPaddingFlag OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-write STATUS current DESCRIPTION " " ::= { controlMonitoringConfigRfLimitDvbt2Entry 48 } controlMonitoringConfigRfLimitCommonPlpDvbt2FixedFrequencyFlag OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-write STATUS current DESCRIPTION " " ::= { controlMonitoringConfigRfLimitDvbt2Entry 49 } controlMonitoringConfigRfLimitCommonPlpDvbt2FirstRfIndex OBJECT-TYPE SYNTAX Unsigned32 (0..7) MAX-ACCESS read-write STATUS current DESCRIPTION "0..7" ::= { controlMonitoringConfigRfLimitDvbt2Entry 50 } controlMonitoringConfigRfLimitCommonPlpDvbt2FirstFrameIndex OBJECT-TYPE SYNTAX Unsigned32 (0..255) MAX-ACCESS read-write STATUS current DESCRIPTION "0..255" ::= { controlMonitoringConfigRfLimitDvbt2Entry 51 } controlMonitoringConfigRfLimitCommonPlpDvbt2InBandFlagB OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-write STATUS current DESCRIPTION " " ::= { controlMonitoringConfigRfLimitDvbt2Entry 52 } controlMonitoringConfigRfLimitCommonPlpDvbt2Reserved1 OBJECT-TYPE SYNTAX Unsigned32 (0..2047) MAX-ACCESS read-write STATUS current DESCRIPTION "0..2047" ::= { controlMonitoringConfigRfLimitDvbt2Entry 53 } controlMonitoringConfigRfLimitDataPlpDvbt2Id OBJECT-TYPE SYNTAX Unsigned32 (0..255) MAX-ACCESS read-write STATUS current DESCRIPTION "0..255" ::= { controlMonitoringConfigRfLimitDvbt2Entry 54 } controlMonitoringConfigRfLimitDataPlpDvbt2Type OBJECT-TYPE SYNTAX RfDvbt2PLPType MAX-ACCESS read-write STATUS current DESCRIPTION " " ::= { controlMonitoringConfigRfLimitDvbt2Entry 55 } controlMonitoringConfigRfLimitDataPlpDvbt2Payload OBJECT-TYPE SYNTAX RfDvbt2PLPPayloadType MAX-ACCESS read-write STATUS current DESCRIPTION " " ::= { controlMonitoringConfigRfLimitDvbt2Entry 56 } controlMonitoringConfigRfLimitDataPlpDvbt2GroupId OBJECT-TYPE SYNTAX Unsigned32 (0..255) MAX-ACCESS read-write STATUS current DESCRIPTION "0..255" ::= { controlMonitoringConfigRfLimitDvbt2Entry 57 } controlMonitoringConfigRfLimitDataPlpDvbt2ConstellationRotated OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-write STATUS current DESCRIPTION "0..255" ::= { controlMonitoringConfigRfLimitDvbt2Entry 58 } controlMonitoringConfigRfLimitDataPlpDvbt2FECType OBJECT-TYPE SYNTAX RfDvbt2PLPFECType MAX-ACCESS read-write STATUS current DESCRIPTION " " ::= { controlMonitoringConfigRfLimitDvbt2Entry 59 } controlMonitoringConfigRfLimitDataPlpDvbt2MaxPlpBlocks OBJECT-TYPE SYNTAX Unsigned32 (0..1023) MAX-ACCESS read-write STATUS current DESCRIPTION "0..1023" ::= { controlMonitoringConfigRfLimitDvbt2Entry 60 } controlMonitoringConfigRfLimitDataPlpDvbt2FrameIntervall OBJECT-TYPE SYNTAX Unsigned32 (0..255) MAX-ACCESS read-write STATUS current DESCRIPTION "0..255" ::= { controlMonitoringConfigRfLimitDvbt2Entry 61 } controlMonitoringConfigRfLimitDataPlpDvbt2TimeIntLeavLength OBJECT-TYPE SYNTAX Unsigned32 (0..255) MAX-ACCESS read-write STATUS current DESCRIPTION "0..255" ::= { controlMonitoringConfigRfLimitDvbt2Entry 62 } controlMonitoringConfigRfLimitDataPlpDvbt2TimeIntLeavType OBJECT-TYPE SYNTAX Unsigned32 (0..1) MAX-ACCESS read-write STATUS current DESCRIPTION "0: Single, 1: Multi." ::= { controlMonitoringConfigRfLimitDvbt2Entry 63 } controlMonitoringConfigRfLimitDataPlpDvbt2InBandFlagA OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-write STATUS current DESCRIPTION " " ::= { controlMonitoringConfigRfLimitDvbt2Entry 64 } controlMonitoringConfigRfLimitDataPlpDvbt2Mode OBJECT-TYPE SYNTAX RfDvbt2PLPMode MAX-ACCESS read-write STATUS current DESCRIPTION " " ::= { controlMonitoringConfigRfLimitDvbt2Entry 65 } controlMonitoringConfigRfLimitDataPlpDvbt2StaticFlag OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-write STATUS current DESCRIPTION " " ::= { controlMonitoringConfigRfLimitDvbt2Entry 66 } controlMonitoringConfigRfLimitDataPlpDvbt2StaticPaddingFlag OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-write STATUS current DESCRIPTION " " ::= { controlMonitoringConfigRfLimitDvbt2Entry 67 } controlMonitoringConfigRfLimitDataPlpDvbt2FixedFrequencyFlag OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-write STATUS current DESCRIPTION " " ::= { controlMonitoringConfigRfLimitDvbt2Entry 68 } controlMonitoringConfigRfLimitDataPlpDvbt2FirstRfIndex OBJECT-TYPE SYNTAX Unsigned32 (0..7) MAX-ACCESS read-write STATUS current DESCRIPTION "0..7" ::= { controlMonitoringConfigRfLimitDvbt2Entry 69 } controlMonitoringConfigRfLimitDataPlpDvbt2FirstFrameIndex OBJECT-TYPE SYNTAX Unsigned32 (0..255) MAX-ACCESS read-write STATUS current DESCRIPTION "0..255" ::= { controlMonitoringConfigRfLimitDvbt2Entry 70 } controlMonitoringConfigRfLimitDataPlpDvbt2InBandFlagB OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-write STATUS current DESCRIPTION " " ::= { controlMonitoringConfigRfLimitDvbt2Entry 71 } controlMonitoringConfigRfLimitDataPlpDvbt2Reserved1 OBJECT-TYPE SYNTAX Unsigned32 (0..2047) MAX-ACCESS read-write STATUS current DESCRIPTION "0..2047" ::= { controlMonitoringConfigRfLimitDvbt2Entry 72 } controlMonitoringTable OBJECT-TYPE SYNTAX SEQUENCE OF ControlMonitoringEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "This table contains general monitoring control settings for each module and port." ::= { monitoring 9 } controlMonitoringEntry OBJECT-TYPE SYNTAX ControlMonitoringEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "One entry of the monitoring control table." INDEX { moduleMacAddress, modulePortIndex } ::= { controlMonitoringTable 1 } ControlMonitoringEntry ::= SEQUENCE { controlMonitoringState MonitoringState, controlMonitoringClearStatisticsLog TruthValue, controlMonitoringClearStatistics TruthValue, controlMonitoringClearAll TruthValue, controlMonitoringElapsedTime Unsigned32 } controlMonitoringState OBJECT-TYPE SYNTAX MonitoringState MAX-ACCESS read-write STATUS current DESCRIPTION "The monitoring state of the given input. The monitoring state can either be monitoringStart or monitoringStop." ::= { controlMonitoringEntry 1 } controlMonitoringClearStatisticsLog OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-write STATUS current DESCRIPTION "tsTestErrorSeconds is set to 0, logTable is cleared, and logInfoSequenceNumberMin, logInfoSequenceNumberMax and logInfoEntryCount are set to 0 if this object is set to 'true'." ::= { controlMonitoringEntry 2 } controlMonitoringClearStatistics OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-write STATUS current DESCRIPTION "tsTestErrorSeconds is set to 0 if this object is set to 'true'." ::= { controlMonitoringEntry 3 } controlMonitoringClearAll OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-write STATUS current DESCRIPTION "tsTestErrorSeconds is set to 0, logTable of all inputs is cleared, and logInfoSequenceNumberMin, logInfoSequenceNumberMax and logInfoEntryCount are set to 0 if this object is set to 'true'." ::= { controlMonitoringEntry 4 } controlMonitoringElapsedTime OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "The value of monitoring elapsed time in seconds." ::= { controlMonitoringEntry 5 } signalInterfaces OBJECT-IDENTITY STATUS current DESCRIPTION " " ::= { preferences 5 } signalInterfacesRfDvbtPortTable OBJECT-TYPE SYNTAX SEQUENCE OF SignalInterfacesRfDvbtPortEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "This table contains general port settings for each RF port." ::= { signalInterfaces 5 } signalInterfacesRfDvbtPortEntry OBJECT-TYPE SYNTAX SignalInterfacesRfDvbtPortEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "One entry of the SignalInterfacesRfDvbtPortTable." INDEX { moduleMacAddress, signalInterfacesRfDvbtPortIndex } ::= { signalInterfacesRfDvbtPortTable 1 } SignalInterfacesRfDvbtPortEntry ::= SEQUENCE { signalInterfacesRfDvbtPortIndex ModulePortIndex, signalInterfacesRfDvbtCenterFrequency FloatingPoint, signalInterfacesRfDvbtChannelBandwidth Unsigned32, signalInterfacesRfDvbtFrequencyOffset RfFrequencyOffset, signalInterfacesRfDvbtStream RfStream, signalInterfacesRfDvbtSaveConstellation ReadableString, signalInterfacesRfDvbtPreselector TruthValue, signalInterfacesRfDvbtActivateEchoMeasurement TruthValue, signalInterfacesRfDvbtSpectrumPixel Unsigned32, signalInterfacesRfDvbtSaveSpectrum ReadableString, signalInterfacesRfDvbtResetResults TruthValue } signalInterfacesRfDvbtPortIndex OBJECT-TYPE SYNTAX ModulePortIndex MAX-ACCESS not-accessible STATUS current DESCRIPTION "The index of the DVB-T RF port." ::= { signalInterfacesRfDvbtPortEntry 1 } signalInterfacesRfDvbtCenterFrequency OBJECT-TYPE SYNTAX FloatingPoint MAX-ACCESS read-write STATUS current DESCRIPTION "The center frequency of the RF input. The unit for this object is MHz. The range for COFDM (DVB-T) module is 177 MHz to 226 MHz and 474 MHz to 858 MHz." ::= { signalInterfacesRfDvbtPortEntry 5 } signalInterfacesRfDvbtChannelBandwidth OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-write STATUS current DESCRIPTION "The channel bandwidth for the COFDM (DVB-T) RF input. The object can be set to 5 MHz, 6 MHz, 7 MHz or 8 MHz for B52 or to 6,7 or 8 Mhz for B53." ::= { signalInterfacesRfDvbtPortEntry 6 } signalInterfacesRfDvbtFrequencyOffset OBJECT-TYPE SYNTAX RfFrequencyOffset MAX-ACCESS read-write STATUS current DESCRIPTION "The default value for automatic frequency correction for the COFDM (DVB-T) RF input. It can be set to No Offset, Positive Offset or Negative Offset." ::= { signalInterfacesRfDvbtPortEntry 7 } signalInterfacesRfDvbtStream OBJECT-TYPE SYNTAX RfStream MAX-ACCESS read-write STATUS current DESCRIPTION "Selection of a transport stream in case of hierarchical coding for a COFDM (DVB-T) RF input. This object can be set to High Priority or Low Priority. In case of non-hierarchical signals, this setting is not active." ::= { signalInterfacesRfDvbtPortEntry 8 } signalInterfacesRfDvbtSaveConstellation OBJECT-TYPE SYNTAX ReadableString MAX-ACCESS read-write STATUS current DESCRIPTION "This node contains a file name. The constellation for this input is written to the given file by writing this variable.Reading this object always returns 'write only'." ::= { signalInterfacesRfDvbtPortEntry 9 } signalInterfacesRfDvbtPreselector OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-write STATUS current DESCRIPTION "Setting this object enables or disables the preselector for DVB-T." ::= { signalInterfacesRfDvbtPortEntry 10 } signalInterfacesRfDvbtActivateEchoMeasurement OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-write STATUS current DESCRIPTION "Setting this object enables or disables the echo measurement for DVB-T. The echo measurement may run even if this object was not activated. This may be the case if echo monitoring is activated or the Echo Pattern view is shown in the GUI. However, the echo measurement will be disabled if the echo monitoring is deactivated and the GUI does not show the Echo Pattern view. Therefore, this object should always be used to signal interest on the echo measurement data if the data are needed on the SNMP interface. Only available if option K58 is installed." ::= { signalInterfacesRfDvbtPortEntry 15 } signalInterfacesRfDvbtSpectrumPixel OBJECT-TYPE SYNTAX Unsigned32 (0..1024) MAX-ACCESS read-write STATUS current DESCRIPTION "If this oid is set to a value > 0 and <= 1024, the spectrum measurement will be started with the number of pixels given. However, if the spectrum measurement is also activated in the GUI of the application, the number of pixels can not be changed. The GUI of the application will always overwrite any previously stored value. If this oid is set to 0, the spectrum measurement is stopped if it is not selected in the GUI of the application. Only available if option K57 is installed." ::= { signalInterfacesRfDvbtPortEntry 16 } signalInterfacesRfDvbtSaveSpectrum OBJECT-TYPE SYNTAX ReadableString MAX-ACCESS read-write STATUS current DESCRIPTION "The spectrum will be exported to file specified in this oid. Only available if option K57 is installed." ::= { signalInterfacesRfDvbtPortEntry 17 } signalInterfacesRfDvbtResetResults OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-write STATUS current DESCRIPTION "Setting this object (1) resets the measurement results for DVB-T. Querying this object will always return the last set value independently of its validity." ::= { signalInterfacesRfDvbtPortEntry 18 } ---- signalInterfacesRfDvbsPortTable OBJECT-TYPE SYNTAX SEQUENCE OF SignalInterfacesRfDvbsPortEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "This table contains general port settings for each DVB-S RF port." ::= { signalInterfaces 10 } signalInterfacesRfDvbsPortEntry OBJECT-TYPE SYNTAX SignalInterfacesRfDvbsPortEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "One entry of the SignalInterfacesRfDvbtPortTable." INDEX { moduleMacAddress, signalInterfacesRfDvbsPortIndex } ::= { signalInterfacesRfDvbsPortTable 1 } SignalInterfacesRfDvbsPortEntry ::= SEQUENCE { signalInterfacesRfDvbsPortIndex ModulePortIndex, signalInterfacesRfDvbsCenterFrequency FloatingPoint, signalInterfacesRfDvbsSymbolRate Integer32, signalInterfacesRfDvbsStandard RfDvbsStandard, signalInterfacesRfDvbsLNBControl RfDvbsLNBControl, signalInterfacesRfDvbsPolarisation RfDvbsPolarisationBand, signalInterfacesRfDvbsSatellite RfDvbsSatellite, signalInterfacesRfDvbsFrequencySearchRange Integer32, signalInterfacesRfDvbsSpectrum RfSpectrum, signalInterfacesRfDvbsSaveConstellation ReadableString, signalInterfacesRfDvbsResetResults TruthValue } signalInterfacesRfDvbsPortIndex OBJECT-TYPE SYNTAX ModulePortIndex MAX-ACCESS not-accessible STATUS current DESCRIPTION "The index of the RF DVB-S port." ::= { signalInterfacesRfDvbsPortEntry 1 } signalInterfacesRfDvbsCenterFrequency OBJECT-TYPE SYNTAX FloatingPoint MAX-ACCESS read-write STATUS current DESCRIPTION "The center frequency of the RF DVB-S input. The unit for this object is MHz. The range for the DVB-S module is 950 MHz to 2150 MHz." ::= { signalInterfacesRfDvbsPortEntry 5 } signalInterfacesRfDvbsSymbolRate OBJECT-TYPE SYNTAX Integer32 MAX-ACCESS read-write STATUS current DESCRIPTION "The symbolrate of the RF DVB-S input. The range for the symbolrate is 0 MS/s to 45 MS/s. The unit of this object is symbols/s." ::= { signalInterfacesRfDvbsPortEntry 6 } signalInterfacesRfDvbsStandard OBJECT-TYPE SYNTAX RfDvbsStandard MAX-ACCESS read-write STATUS current DESCRIPTION "The standard of the RF DVB-S input. The available standards are DVB-S and DVB-S2." ::= { signalInterfacesRfDvbsPortEntry 7 } signalInterfacesRfDvbsLNBControl OBJECT-TYPE SYNTAX RfDvbsLNBControl MAX-ACCESS read-write STATUS current DESCRIPTION "The LNB control of the RF DVB-S input. It can be set to off or universal." ::= { signalInterfacesRfDvbsPortEntry 8 } signalInterfacesRfDvbsPolarisation OBJECT-TYPE SYNTAX RfDvbsPolarisationBand MAX-ACCESS read-write STATUS current DESCRIPTION "The polarisation/band settings of the RF DVB-S input. It can be set to horizontal/high, horizonal/low, vertical/high and vertical/low." ::= { signalInterfacesRfDvbsPortEntry 9 } signalInterfacesRfDvbsSatellite OBJECT-TYPE SYNTAX RfDvbsSatellite MAX-ACCESS read-write STATUS current DESCRIPTION "The satelite settings of the RF DVB-S input. Tha available settings are SAT1 and SAT2." ::= { signalInterfacesRfDvbsPortEntry 10 } signalInterfacesRfDvbsFrequencySearchRange OBJECT-TYPE SYNTAX Integer32 MAX-ACCESS read-write STATUS current DESCRIPTION "The frequency search range of the RF DVB-S input. The unit for this object is MHz. The range for the frequency search is 1 MHz to 50 MHz." ::= { signalInterfacesRfDvbsPortEntry 11 } signalInterfacesRfDvbsSpectrum OBJECT-TYPE SYNTAX RfSpectrum MAX-ACCESS read-write STATUS current DESCRIPTION "The spectrum of the RF DVB-S input. It can be set to auto, normal or inverted." ::= { signalInterfacesRfDvbsPortEntry 12 } signalInterfacesRfDvbsSaveConstellation OBJECT-TYPE SYNTAX ReadableString MAX-ACCESS read-write STATUS current DESCRIPTION "This node contains a file name. The constellation for this input is written to the given file by writing this variable.Reading this object always returns 'write only'." ::= { signalInterfacesRfDvbsPortEntry 13 } signalInterfacesRfDvbsResetResults OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-write STATUS current DESCRIPTION "Setting this object (1) resets the measurement results for DVB-S/S2. Querying this object will always return the last set value independently of its validity." ::= { signalInterfacesRfDvbsPortEntry 18 } signalInterfacesRfDvbt2PortTable OBJECT-TYPE SYNTAX SEQUENCE OF SignalInterfacesRfDvbt2PortEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "This table contains general port settings for each RF DVB-T2 port." ::= { signalInterfaces 25 } signalInterfacesRfDvbt2PortEntry OBJECT-TYPE SYNTAX SignalInterfacesRfDvbt2PortEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "One entry of the SignalInterfacesRfDvbt2PortTable." INDEX { moduleMacAddress, signalInterfacesRfDvbt2PortIndex } ::= { signalInterfacesRfDvbt2PortTable 1 } SignalInterfacesRfDvbt2PortEntry ::= SEQUENCE { signalInterfacesRfDvbt2PortIndex ModulePortIndex, signalInterfacesRfDvbt2CenterFrequency FloatingPoint, signalInterfacesRfDvbt2ChannelBandwidth Unsigned32, signalInterfacesRfDvbt2FrequencyOffset RfFrequencyOffset, signalInterfacesRfDvbt2PlpId Integer32, signalInterfacesRfDvbt2SaveConstellation ReadableString, signalInterfacesRfDvbt2Preselector TruthValue, signalInterfacesRfDvbt2Profile RfDvbt2Profile, signalInterfacesRfDvbt2ActivateEchoMeasurement TruthValue, signalInterfacesRfDvbt2SpectrumPixel Unsigned32, signalInterfacesRfDvbt2SaveSpectrum ReadableString, signalInterfacesRfDvbt2ResetResults TruthValue, signalInterfacesRfDvbt2MeasApplication RfMeasurementApplication } signalInterfacesRfDvbt2PortIndex OBJECT-TYPE SYNTAX ModulePortIndex MAX-ACCESS not-accessible STATUS current DESCRIPTION "The index of the DVB-T2 RF port." ::= { signalInterfacesRfDvbt2PortEntry 1 } signalInterfacesRfDvbt2CenterFrequency OBJECT-TYPE SYNTAX FloatingPoint MAX-ACCESS read-write STATUS current DESCRIPTION "The center frequency of the RF DVB-T2 input. The unit for this object is MHz. The range for COFDM (DVB-T2) module is 30 MHz to 1000 MHz." ::= { signalInterfacesRfDvbt2PortEntry 5 } signalInterfacesRfDvbt2ChannelBandwidth OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-write STATUS current DESCRIPTION "The channel bandwidth for the COFDM (DVB-T2) RF input. The object can be set to 5 MHz, 6 MHz, 7 MHz or 8 MHz." ::= { signalInterfacesRfDvbt2PortEntry 6 } signalInterfacesRfDvbt2FrequencyOffset OBJECT-TYPE SYNTAX RfFrequencyOffset MAX-ACCESS read-write STATUS current DESCRIPTION "The default value for automatic frequency correction for the COFDM (DVB-T2) RF input. It can be set to No Offset, Positive Offset or Negative Offset." ::= { signalInterfacesRfDvbt2PortEntry 7 } signalInterfacesRfDvbt2PlpId OBJECT-TYPE SYNTAX Integer32 MAX-ACCESS read-write STATUS current DESCRIPTION "The layer for a COFDM (DVB-T2) RF input." ::= { signalInterfacesRfDvbt2PortEntry 8 } signalInterfacesRfDvbt2SaveConstellation OBJECT-TYPE SYNTAX ReadableString MAX-ACCESS read-write STATUS current DESCRIPTION "This node contains a file name. The constellation for this input is written to the given file by writing this variable.Reading this object always returns 'write only'." ::= { signalInterfacesRfDvbt2PortEntry 9 } signalInterfacesRfDvbt2Preselector OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-write STATUS current DESCRIPTION "Setting this object enables or disables the preselector for DVB-T2." ::= { signalInterfacesRfDvbt2PortEntry 10 } signalInterfacesRfDvbt2Profile OBJECT-TYPE SYNTAX RfDvbt2Profile MAX-ACCESS read-write STATUS current DESCRIPTION "Set this object to select the profile for DVB-T2 (available only for modules which support T2 version 1.3.1)." ::= { signalInterfacesRfDvbt2PortEntry 11 } signalInterfacesRfDvbt2ActivateEchoMeasurement OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-write STATUS current DESCRIPTION "Setting this object enables or disables the echo measurement for DVB-T2. The echo measurement may run even if this object was not activated. This may be the case if echo monitoring is activated or the Echo Pattern view is shown in the GUI. However, the echo measurement will be disabled if the echo monitoring is deactivated and the GUI does not show the Echo Pattern view. Therefore, this object should always be used to signal interest on the echo measurement data if the data are needed on the SNMP interface." ::= { signalInterfacesRfDvbt2PortEntry 15 } signalInterfacesRfDvbt2SpectrumPixel OBJECT-TYPE SYNTAX Unsigned32 (0..1024) MAX-ACCESS read-write STATUS current DESCRIPTION "If this oid is set to a value > 0 and <= 1024, the spectrum measurement will be started with the number of pixels given. However, if the spectrum measurement is also activated in the GUI of the application, the number of pixels can not be changed. The GUI of the application will always overwrite any previously stored value. If this oid is set to 0, the spectrum measurement is stopped if it is not selected in the GUI of the application. Only available if option K57 is installed." ::= { signalInterfacesRfDvbt2PortEntry 16 } signalInterfacesRfDvbt2SaveSpectrum OBJECT-TYPE SYNTAX ReadableString MAX-ACCESS read-write STATUS current DESCRIPTION "The spectrum will be exported to the file specified in this oid. Only available if option K-57 is installed." ::= { signalInterfacesRfDvbt2PortEntry 17 } signalInterfacesRfDvbt2ResetResults OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-write STATUS current DESCRIPTION "Setting this object (1) resets the measurement results for DVB-T2. Querying this object will always return the last set value independently of its validity." ::= { signalInterfacesRfDvbt2PortEntry 18 } signalInterfacesRfDvbt2MeasApplication OBJECT-TYPE SYNTAX RfMeasurementApplication MAX-ACCESS read-write STATUS current DESCRIPTION "Change the calculation mode for the MER value (available only for modules which support T2 version 1.3.1, material number 2113.9986)." ::= { signalInterfacesRfDvbt2PortEntry 19 } signalInterfacesIPInputTable OBJECT-TYPE SYNTAX SEQUENCE OF SignalInterfacesIPInputEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "This table contains general input settings for the IP input." ::= { signalInterfaces 20 } signalInterfacesIPInputEntry OBJECT-TYPE SYNTAX SignalInterfacesIPInputEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "One entry of the signalInterfacesIPInputTable." INDEX { moduleMacAddress, signalInterfacesIPInputPortIndex } ::= { signalInterfacesIPInputTable 1 } SignalInterfacesIPInputEntry ::= SEQUENCE { signalInterfacesIPInputPortIndex ModulePortIndex, signalInterfacesIPInputAlias ReadableString, signalInterfacesIPInputAddress IpAddress, signalInterfacesIPInputPort Unsigned32, signalInterfacesIPInputSourceAddress IpAddress, signalInterfacesIPInputMonitoringConfiguration ReadableString, signalInterfacesIPInputConnector IPConnector } signalInterfacesIPInputPortIndex OBJECT-TYPE SYNTAX ModulePortIndex MAX-ACCESS not-accessible STATUS current DESCRIPTION "The index of the signalInterfacesIPInputTable." ::= { signalInterfacesIPInputEntry 1 } signalInterfacesIPInputAlias OBJECT-TYPE SYNTAX ReadableString MAX-ACCESS read-write STATUS current DESCRIPTION "The alias name for the IP flow." ::= { signalInterfacesIPInputEntry 3 } signalInterfacesIPInputAddress OBJECT-TYPE SYNTAX IpAddress MAX-ACCESS read-write STATUS current DESCRIPTION "The destination IP address. If this address is within multicast range, the IP module will join the multicast group associated with this address. If the address is within unicast range, the IP module expects to receive the IP data directly from an external source." ::= { signalInterfacesIPInputEntry 4 } signalInterfacesIPInputPort OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-write STATUS current DESCRIPTION "The destination port. The IP module expects IP data at this port." ::= { signalInterfacesIPInputEntry 5 } signalInterfacesIPInputSourceAddress OBJECT-TYPE SYNTAX IpAddress MAX-ACCESS read-write STATUS current DESCRIPTION "The IGMPv3 source address for multicast. It allows to filter IP data sent to the specified multicast address. If this value is zero, all sources sending data to the multicast address, are accepted." ::= { signalInterfacesIPInputEntry 6 } signalInterfacesIPInputMonitoringConfiguration OBJECT-TYPE SYNTAX ReadableString MAX-ACCESS read-write STATUS current DESCRIPTION "The monitoring configuration name." ::= { signalInterfacesIPInputEntry 7 } signalInterfacesIPInputConnector OBJECT-TYPE SYNTAX IPConnector MAX-ACCESS read-write STATUS current DESCRIPTION "There are two physical connectors at the IP module. This object defines the connector, which shall be used for reception." ::= { signalInterfacesIPInputEntry 12 } ---- signalInterfacesIPOutputTable OBJECT-TYPE SYNTAX SEQUENCE OF SignalInterfacesIPOutputEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "This table contains general output settings for IP outputs." ::= { signalInterfaces 22 } signalInterfacesIPOutputEntry OBJECT-TYPE SYNTAX SignalInterfacesIPOutputEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "One entry of the signalInterfacesIPOutputTable." INDEX { moduleMacAddress, signalInterfacesIPOutputPortIndex } ::= { signalInterfacesIPOutputTable 1 } SignalInterfacesIPOutputEntry ::= SEQUENCE { signalInterfacesIPOutputPortIndex ModulePortIndex, signalInterfacesIPOutputAddress IpAddress, signalInterfacesIPOutputPort Unsigned32, signalInterfacesIPOutputDataType IpDataType, signalInterfacesIPOutputTTL Unsigned32, signalInterfacesIPOutputTSPacketsPerIPPacket Unsigned32, signalInterfacesIPOutputFECD Unsigned32, signalInterfacesIPOutputFECL Unsigned32, signalInterfacesIPOutputConnector IPConnector } signalInterfacesIPOutputPortIndex OBJECT-TYPE SYNTAX ModulePortIndex MAX-ACCESS not-accessible STATUS current DESCRIPTION "The index of the signalInterfacesIPOutputTable." ::= { signalInterfacesIPOutputEntry 1 } signalInterfacesIPOutputAddress OBJECT-TYPE SYNTAX IpAddress MAX-ACCESS read-write STATUS current DESCRIPTION "The destination IP address. This can be either a multicast or an unicast address. The IP module will send the data to the specified address." ::= { signalInterfacesIPOutputEntry 4 } signalInterfacesIPOutputPort OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-write STATUS current DESCRIPTION "The UDP destination port." ::= { signalInterfacesIPOutputEntry 5 } signalInterfacesIPOutputDataType OBJECT-TYPE SYNTAX IpDataType MAX-ACCESS read-write STATUS current DESCRIPTION "The data type (protocol) to be used." ::= { signalInterfacesIPOutputEntry 6 } signalInterfacesIPOutputTTL OBJECT-TYPE SYNTAX Unsigned32 (0..255) MAX-ACCESS read-write STATUS current DESCRIPTION "Defines the live time of an IP packet according to RFC 791." ::= { signalInterfacesIPOutputEntry 7 } signalInterfacesIPOutputTSPacketsPerIPPacket OBJECT-TYPE SYNTAX Unsigned32 (1..7) MAX-ACCESS read-write STATUS current DESCRIPTION "The number of TS packets per IP packet." ::= { signalInterfacesIPOutputEntry 8 } signalInterfacesIPOutputFECD OBJECT-TYPE SYNTAX Unsigned32 (4..20) MAX-ACCESS read-write STATUS current DESCRIPTION "The D value of the FEC matrix according to RFC 2733. The following restrictions apply: 4<=D<=20 and L*D<=100." ::= { signalInterfacesIPOutputEntry 9 } signalInterfacesIPOutputFECL OBJECT-TYPE SYNTAX Unsigned32 (1..20) MAX-ACCESS read-write STATUS current DESCRIPTION "The L value of the FEC matrix according to RFC2733. The following restrictions apply: 1<=L<=20 and L*D<=100." ::= { signalInterfacesIPOutputEntry 10 } signalInterfacesIPOutputConnector OBJECT-TYPE SYNTAX IPConnector MAX-ACCESS read-write STATUS current DESCRIPTION "There are two physical connectors at the IP module. This object defines the connector, which shall be used for sending the data." ::= { signalInterfacesIPOutputEntry 12 } signalInterfacesT2miPlpTable OBJECT-TYPE SYNTAX SEQUENCE OF SignalInterfacesT2miPlpEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "This table contains the PLPs of T2-MI inputs. PLPs are treated as separate inputs. This table also defines the modulePortIndex for the PLPs which can be used to access the data in subsequent tables " ::= { signalInterfaces 30 } signalInterfacesT2miPlpEntry OBJECT-TYPE SYNTAX SignalInterfacesT2miPlpEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "One entry of the signalInterfacesT2miPlpTable." INDEX { moduleMacAddress, modulePortIndex, signalInterfacesT2miPlpIndex } ::= { signalInterfacesT2miPlpTable 1 } SignalInterfacesT2miPlpEntry ::= SEQUENCE { signalInterfacesT2miPlpIndex Unsigned32, signalInterfacesT2miPlpPid Unsigned32, signalInterfacesT2miPlpId Unsigned32, signalInterfacesT2miPlpGroupId Unsigned32, signalInterfacesT2miPlpType PlpType, signalInterfacesT2miPlpModulePortIndex ModulePortIndex, signalInterfacesT2miPlpConnect TruthValue, signalInterfacesT2miPlpMonitoringConfigName ReadableString } signalInterfacesT2miPlpIndex OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS not-accessible STATUS current DESCRIPTION "The index of the signalInterfacesT2miPlpTable." ::= { signalInterfacesT2miPlpEntry 1 } signalInterfacesT2miPlpPid OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "The T2MI pid." ::= { signalInterfacesT2miPlpEntry 2 } signalInterfacesT2miPlpId OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "The PLP Id." ::= { signalInterfacesT2miPlpEntry 3 } signalInterfacesT2miPlpGroupId OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "The PLP group id." ::= { signalInterfacesT2miPlpEntry 4 } signalInterfacesT2miPlpType OBJECT-TYPE SYNTAX PlpType MAX-ACCESS read-only STATUS current DESCRIPTION "The PLP type." ::= { signalInterfacesT2miPlpEntry 5 } signalInterfacesT2miPlpModulePortIndex OBJECT-TYPE SYNTAX ModulePortIndex MAX-ACCESS read-only STATUS current DESCRIPTION "The module port index which can be used to access the data for this PLP in subsequent tables." ::= { signalInterfacesT2miPlpEntry 6 } signalInterfacesT2miPlpConnect OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-write STATUS current DESCRIPTION "Set 1 to activate the monitoring of this PLP, 2 to deactivate it." ::= { signalInterfacesT2miPlpEntry 7 } signalInterfacesT2miPlpMonitoringConfigName OBJECT-TYPE SYNTAX ReadableString MAX-ACCESS read-write STATUS current DESCRIPTION "The monitoring configuration to be applied for this PLP." ::= { signalInterfacesT2miPlpEntry 8 } --- streaming OBJECT-IDENTITY STATUS current DESCRIPTION " " ::= { preferences 6 } streamingModuleMacAddress OBJECT-TYPE SYNTAX MacAddress MAX-ACCESS read-write STATUS current DESCRIPTION "The MAC address of the module which is used for streaming." ::= { streaming 1 } streamingModuleInputPort OBJECT-TYPE SYNTAX INTEGER (1..4) MAX-ACCESS read-write STATUS current DESCRIPTION "The input port of the module to be streamed." ::= { streaming 2 } streamingPid OBJECT-TYPE SYNTAX INTEGER (0..8191) MAX-ACCESS read-write STATUS current DESCRIPTION "The Packet ID of packets which shall be processed." ::= { streaming 3 } ---- qpsnr OBJECT-IDENTITY STATUS current DESCRIPTION " " ::= { preferences 7 } qpsnrControl OBJECT-TYPE SYNTAX QpsnrControl MAX-ACCESS read-write STATUS current DESCRIPTION "Write this object to start or stop qPSNR monitoring or detail analysis of recorded sections, to start or stop replay of a recorded section." ::= { qpsnr 1 } qpsnrClearHistory OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-write STATUS current DESCRIPTION "qpsnrViolationTable is cleared and qpsnrViolationInfoSequenceNumberMin, qpsnrViolationInfoSequenceNumberMax and qpsnrViolationInfoEntryCount are set to 0 if this object is set to 'true'." ::= { qpsnr 2 } qpsnrElapsedTime OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "Elapsed time in seconds relative to start of qPSNR measurement." ::= { qpsnr 3 } qpsnrRecordStartBefore OBJECT-TYPE SYNTAX Unsigned32 (0..7) MAX-ACCESS read-write STATUS current DESCRIPTION "Additional time in seconds to be recorded in front of a detected limit violation." ::= { qpsnr 4 } qpsnrRecordStartAfter OBJECT-TYPE SYNTAX Unsigned32 (0..7) MAX-ACCESS read-write STATUS current DESCRIPTION "Additional time in seconds to be recorded after a detected limit violation disappears." ::= { qpsnr 5 } qpsnrRecordMaxFiles OBJECT-TYPE SYNTAX QpsnrRecordMaxFiles MAX-ACCESS read-write STATUS current DESCRIPTION "The maximum number of files to keep during an ongoing measurement. When reaching this number, the oldest file will be deleted to free disk space." ::= { qpsnr 6 } qpsnrLimitPeak1 OBJECT-TYPE SYNTAX FloatingPoint MAX-ACCESS read-write STATUS current DESCRIPTION "Limit value 1 (in dB) for object qpsnrPeakValue. A limit violation is detected, when value of qpsnrPeakValue is lower than the set limit." ::= { qpsnr 10 } qpsnrLimitPeak2 OBJECT-TYPE SYNTAX FloatingPoint MAX-ACCESS read-write STATUS current DESCRIPTION "Limit value 2 (in dB) for object qpsnrPeakValue. A limit violation is detected, when value of qpsnrPeakValue is lower than the set limit." ::= { qpsnr 11 } qpsnrLimitAverage1 OBJECT-TYPE SYNTAX FloatingPoint MAX-ACCESS read-write STATUS current DESCRIPTION "Limit value 1 (in dB) for object qpsnrAverageValue. A limit violation is detected, when value of qpsnrAverageValue is lower than the set limit." ::= { qpsnr 12 } qpsnrLimitAverage2 OBJECT-TYPE SYNTAX FloatingPoint MAX-ACCESS read-write STATUS current DESCRIPTION "Limit value 2 (in dB) for object qpsnrAverageValue. A limit violation is detected, when value of qpsnrAverageValue is lower than the set limit." ::= { qpsnr 13 } qpsnrReplayApplication OBJECT-TYPE SYNTAX QpsnrReplayApplication MAX-ACCESS read-write STATUS current DESCRIPTION "The method used to replay recorded sections. Value tsGenerator is only valid for DVM400 with Option DVM400-B2 (TS generator) installed." ::= { qpsnr 20 } qpsnrReplayTsGenModuleMacAddress OBJECT-TYPE SYNTAX MacAddress MAX-ACCESS read-write STATUS current DESCRIPTION "If TS generator is used for replay, set this object to the MAC adress of the module to which the TS generator output is connected to." ::= { qpsnr 21 } qpsnrReplayTsGenModuleInputPort OBJECT-TYPE SYNTAX INTEGER (1..4) MAX-ACCESS read-write STATUS current DESCRIPTION "If TS generator is used for replay, set this object to the input port of the module to which the TS generator output is connected to." ::= { qpsnr 22 } qpsnrAverageWindow OBJECT-TYPE SYNTAX QpsnrAverageWindow MAX-ACCESS read-write STATUS current DESCRIPTION "The method used to calculate qpsnrAverageValue." ::= { qpsnr 25 } qpsnrAverageTime OBJECT-TYPE SYNTAX Unsigned32 (5..10000) MAX-ACCESS read-write STATUS current DESCRIPTION "Measured values of the last seconds set with this object are used to calculate qpsnrAverageValue if qpsnrAverageWindow is set to fixedTime" ::= { qpsnr 26 } qpsnrAnalysisSequenceNumber OBJECT-TYPE SYNTAX Unsigned32 (0..10000) MAX-ACCESS read-write STATUS current DESCRIPTION "Set this object to the number of the recorded section which shall be subject for detailed analysis or replay. In case of subsequent detail analysis is desired, a value of 0 (zero) selects all available sections for the analysis." ::= { qpsnr 30 } qpsnrAnalysisProgress OBJECT-TYPE SYNTAX FloatingPoint MAX-ACCESS read-write STATUS current DESCRIPTION "This object holds the progress value in percent of the last started detail analysis, file conversion (reconstruction of Trp file), loading or saving process." ::= { qpsnr 31 } qpsnrExportDirectory OBJECT-TYPE SYNTAX ReadableString MAX-ACCESS read-write STATUS current DESCRIPTION "Set this object to the directory which shall be used to save the current measurement." ::= { qpsnr 35 } qpsnrImportDirectory OBJECT-TYPE SYNTAX ReadableString MAX-ACCESS read-write STATUS current DESCRIPTION "Set this object to the path from which a stored measurement shall be read " ::= { qpsnr 36 } qpsnrTrpFileName OBJECT-TYPE SYNTAX ReadableString MAX-ACCESS read-write STATUS current DESCRIPTION "Set this object to the file name which shall be used to save the recorded section as Trp file." ::= { qpsnr 37 } measurements OBJECT-IDENTITY STATUS current DESCRIPTION " " ::= { rsDvmsObjs 2 } measurementsSigInterfaces OBJECT-IDENTITY STATUS current DESCRIPTION " " ::= { measurements 1 } ---- measurementsSigInterfacesDvbtTable OBJECT-TYPE SYNTAX SEQUENCE OF MeasurementsSigInterfacesDvbtEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION " " ::= { measurementsSigInterfaces 1 } measurementsSigInterfacesDvbtEntry OBJECT-TYPE SYNTAX MeasurementsSigInterfacesDvbtEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "One entry of the Measurements Signal Interfaces (DVB-T) table." INDEX { moduleMacAddress, modulePortIndex } ::= { measurementsSigInterfacesDvbtTable 1 } MeasurementsSigInterfacesDvbtEntry ::= SEQUENCE { measurementsSigInterfacesDvbtLevelMin FloatingPoint, measurementsSigInterfacesDvbtLevelMax FloatingPoint, measurementsSigInterfacesDvbtLevelValue FloatingPoint, measurementsSigInterfacesDvbtMERMin FloatingPoint, measurementsSigInterfacesDvbtMERMax FloatingPoint, measurementsSigInterfacesDvbtMERValue FloatingPoint, measurementsSigInterfacesDvbtBERMax FloatingPoint, measurementsSigInterfacesDvbtBERValue FloatingPoint, measurementsSigInterfacesDvbtPERMax FloatingPoint, measurementsSigInterfacesDvbtPERValue FloatingPoint, measurementsSigInterfacesDvbtAGCLocked TruthValue, measurementsSigInterfacesDvbtCarrierLocked TruthValue, measurementsSigInterfacesDvbtMPEGLocked TruthValue, measurementsSigInterfacesDvbtFFTTPS RfDvbtFftMode, measurementSigInterfacesDvbtConstellationTPS RfDvbtConstellation, measurementSigInterfacesDvbtGuardIntervalTPS RfDvbtGuardInterval, measurementSigInterfacesDvbtHierarchyTPS RfDvbtHierarchy, measurementSigInterfacesDvbtCodeRateTPS RfDvbtCodeRate, measurementSigInterfacesDvbtCellId Unsigned32, measurementsSigInterfacesDvbtBERBeforeViterbiMax FloatingPoint, measurementsSigInterfacesDvbtBERBeforeViterbiValue FloatingPoint, measurementsSigInterfacesDvbtFrequencyOffsetMin Integer32, measurementsSigInterfacesDvbtFrequencyOffsetMax Integer32, measurementsSigInterfacesDvbtFrequencyOffsetValue Integer32, measurementsSigInterfacesDvbtBitrateOffsetMin Integer32, measurementsSigInterfacesDvbtBitrateOffsetMax Integer32, measurementsSigInterfacesDvbtBitrateOffsetValue Integer32, measurementsSigInterfacesDvbtRfAttenuation FloatingPoint, measurementsSigInterfacesDvbtSidebandPosition RfDvbtSidebandPosition, measurementsSigInterfacesDvbtReferenceFrequencyLocked TruthValue, measurementsSigInterfacesDvbtTimeSlicingOn TruthValue, measurementsSigInterfacesDvbtMPEFECOn TruthValue, measurementsSigInterfacesDvbtInDepthInterleaverOn TruthValue, measurementsSigInterfacesDvbtGuardIntervalStart FloatingPoint, measurementsSigInterfacesDvbtGuardIntervalStop FloatingPoint, measurementsSigInterfacesDvbtUnambiguousStop FloatingPoint, measurementsSigInterfacesDvbtLowerShoulderValue FloatingPoint, measurementsSigInterfacesDvbtUpperShoulderValue FloatingPoint, measurementsSigInterfacesDvbtAllEchoesWithinLimits TruthValue } measurementsSigInterfacesDvbtLevelMin OBJECT-TYPE SYNTAX FloatingPoint MAX-ACCESS read-only STATUS current DESCRIPTION "The min. value of the DVB-T level. The unit of this object is dBm." ::= { measurementsSigInterfacesDvbtEntry 5 } measurementsSigInterfacesDvbtLevelMax OBJECT-TYPE SYNTAX FloatingPoint MAX-ACCESS read-only STATUS current DESCRIPTION "The max. value of the DVB-T level. The unit of this object is dBm." ::= { measurementsSigInterfacesDvbtEntry 6 } measurementsSigInterfacesDvbtLevelValue OBJECT-TYPE SYNTAX FloatingPoint MAX-ACCESS read-only STATUS current DESCRIPTION "The measured value of the DVB-T level. The unit of this object is dBm." ::= { measurementsSigInterfacesDvbtEntry 7 } measurementsSigInterfacesDvbtMERMin OBJECT-TYPE SYNTAX FloatingPoint MAX-ACCESS read-only STATUS current DESCRIPTION "The min. value of the DVB-T MER. A value ending with 0.9999 (for example 15.9999) indicates a value larger than the current measurement range (here >15) A value ending with 0.1111 (for example 13.1111) indicates a value smaller than the current measurement range. (for this example <14). The unit of this object is dB." ::= { measurementsSigInterfacesDvbtEntry 8 } measurementsSigInterfacesDvbtMERMax OBJECT-TYPE SYNTAX FloatingPoint MAX-ACCESS read-only STATUS current DESCRIPTION "The max. value of the DVB-T MER. A value ending with 0.9999 (for example 15.9999) indicates a value larger than the current measurement range (here >15) A value ending with 0.1111 (for example 13.1111) indicates a value smaller than the current measurement range. (for this example <14). The unit of this object is dB." ::= { measurementsSigInterfacesDvbtEntry 9 } measurementsSigInterfacesDvbtMERValue OBJECT-TYPE SYNTAX FloatingPoint MAX-ACCESS read-only STATUS current DESCRIPTION "The measured value of the DVB-T MER. A value ending with 0.9999 (for example 15.9999) indicates a value larger than the current measurement range (here >15) A value ending with 0.1111 (for example 13.1111) indicates a value smaller than the current measurement range. (for this example <14). The unit of this object is dB." ::= { measurementsSigInterfacesDvbtEntry 10 } measurementsSigInterfacesDvbtBERMax OBJECT-TYPE SYNTAX FloatingPoint MAX-ACCESS read-only STATUS current DESCRIPTION "The max. value of the DVB-T BER." ::= { measurementsSigInterfacesDvbtEntry 11 } measurementsSigInterfacesDvbtBERValue OBJECT-TYPE SYNTAX FloatingPoint MAX-ACCESS read-only STATUS current DESCRIPTION "The measured value of the DVB-T BER." ::= { measurementsSigInterfacesDvbtEntry 12 } measurementsSigInterfacesDvbtPERMax OBJECT-TYPE SYNTAX FloatingPoint MAX-ACCESS read-only STATUS current DESCRIPTION "The max. value of the DVB-T PER." ::= { measurementsSigInterfacesDvbtEntry 13 } measurementsSigInterfacesDvbtPERValue OBJECT-TYPE SYNTAX FloatingPoint MAX-ACCESS read-only STATUS current DESCRIPTION "The measured value of the DVB-T PER." ::= { measurementsSigInterfacesDvbtEntry 14 } measurementsSigInterfacesDvbtAGCLocked OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-only STATUS current DESCRIPTION "The state of the AGC synchronisation (lock or unlock)." ::= { measurementsSigInterfacesDvbtEntry 15 } measurementsSigInterfacesDvbtCarrierLocked OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-only STATUS current DESCRIPTION "The state of the Carrier synchronisation (lock or unlock)." ::= { measurementsSigInterfacesDvbtEntry 16 } measurementsSigInterfacesDvbtMPEGLocked OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-only STATUS current DESCRIPTION "The state of the MPEG synchronisation (lock or unlock)." ::= { measurementsSigInterfacesDvbtEntry 17 } measurementsSigInterfacesDvbtFFTTPS OBJECT-TYPE SYNTAX RfDvbtFftMode MAX-ACCESS read-only STATUS current DESCRIPTION "The condition of the DVB-T FFT." ::= { measurementsSigInterfacesDvbtEntry 18 } measurementSigInterfacesDvbtConstellationTPS OBJECT-TYPE SYNTAX RfDvbtConstellation MAX-ACCESS read-only STATUS current DESCRIPTION "The condition of the DVB-T Constellation." ::= { measurementsSigInterfacesDvbtEntry 19 } measurementSigInterfacesDvbtGuardIntervalTPS OBJECT-TYPE SYNTAX RfDvbtGuardInterval MAX-ACCESS read-only STATUS current DESCRIPTION "The condition of the DVB-T Guard Interval." ::= { measurementsSigInterfacesDvbtEntry 20 } measurementSigInterfacesDvbtHierarchyTPS OBJECT-TYPE SYNTAX RfDvbtHierarchy MAX-ACCESS read-only STATUS current DESCRIPTION "The codition of the DVB-T Hierarchy." ::= { measurementsSigInterfacesDvbtEntry 21 } measurementSigInterfacesDvbtCodeRateTPS OBJECT-TYPE SYNTAX RfDvbtCodeRate MAX-ACCESS read-only STATUS current DESCRIPTION "The condition of the DVB-T Code Rate." ::= { measurementsSigInterfacesDvbtEntry 22 } measurementSigInterfacesDvbtCellId OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "The condition of the DVB-T Cell ID." ::= { measurementsSigInterfacesDvbtEntry 23 } measurementsSigInterfacesDvbtBERBeforeViterbiMax OBJECT-TYPE SYNTAX FloatingPoint MAX-ACCESS read-only STATUS current DESCRIPTION "The max. value of the DVB-T BER before Viterbi." ::= { measurementsSigInterfacesDvbtEntry 24 } measurementsSigInterfacesDvbtBERBeforeViterbiValue OBJECT-TYPE SYNTAX FloatingPoint MAX-ACCESS read-only STATUS current DESCRIPTION "The measured value of the DVB-T BER before Viterbi." ::= { measurementsSigInterfacesDvbtEntry 25 } measurementsSigInterfacesDvbtFrequencyOffsetMin OBJECT-TYPE SYNTAX Integer32 MAX-ACCESS read-only STATUS current DESCRIPTION "The minimum value of the DVB-T frequency offset. The unit of this object is Hz." ::= { measurementsSigInterfacesDvbtEntry 26 } measurementsSigInterfacesDvbtFrequencyOffsetMax OBJECT-TYPE SYNTAX Integer32 MAX-ACCESS read-only STATUS current DESCRIPTION "The maximum value of the DVB-T frequency offset. The unit of this object is Hz." ::= { measurementsSigInterfacesDvbtEntry 27 } measurementsSigInterfacesDvbtFrequencyOffsetValue OBJECT-TYPE SYNTAX Integer32 MAX-ACCESS read-only STATUS current DESCRIPTION "The measured value of the DVB-T frequency offset. The unit of this object is Hz." ::= { measurementsSigInterfacesDvbtEntry 28 } measurementsSigInterfacesDvbtBitrateOffsetMin OBJECT-TYPE SYNTAX Integer32 MAX-ACCESS read-only STATUS current DESCRIPTION "The minimum value of the DVB-T bit rate offset. The unit of this object is ppm." ::= { measurementsSigInterfacesDvbtEntry 29 } measurementsSigInterfacesDvbtBitrateOffsetMax OBJECT-TYPE SYNTAX Integer32 MAX-ACCESS read-only STATUS current DESCRIPTION "The maximum value of the DVB-T bit rate offset. The unit of this object is ppm." ::= { measurementsSigInterfacesDvbtEntry 30 } measurementsSigInterfacesDvbtBitrateOffsetValue OBJECT-TYPE SYNTAX Integer32 MAX-ACCESS read-only STATUS current DESCRIPTION "The measured value of the DVB-T bit rate offset. The unit of this object is ppm." ::= { measurementsSigInterfacesDvbtEntry 31 } measurementsSigInterfacesDvbtRfAttenuation OBJECT-TYPE SYNTAX FloatingPoint MAX-ACCESS read-only STATUS current DESCRIPTION "The measured value of the DVB-T RF attenuation. The unit of this object is dB." ::= { measurementsSigInterfacesDvbtEntry 32 } measurementsSigInterfacesDvbtSidebandPosition OBJECT-TYPE SYNTAX RfDvbtSidebandPosition MAX-ACCESS read-only STATUS current DESCRIPTION "The measured value of the DVB-T sideband position." ::= { measurementsSigInterfacesDvbtEntry 33 } measurementsSigInterfacesDvbtReferenceFrequencyLocked OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-only STATUS current DESCRIPTION "The status of the DVB-T reference frequency lock." ::= { measurementsSigInterfacesDvbtEntry 34 } measurementsSigInterfacesDvbtTimeSlicingOn OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-only STATUS current DESCRIPTION "The status of DVB-T time slicing." ::= { measurementsSigInterfacesDvbtEntry 35 } measurementsSigInterfacesDvbtMPEFECOn OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-only STATUS current DESCRIPTION "The status of DVB-T MPE FEC." ::= { measurementsSigInterfacesDvbtEntry 36 } measurementsSigInterfacesDvbtInDepthInterleaverOn OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-only STATUS current DESCRIPTION "The status of DVB-T MPE FEC." ::= { measurementsSigInterfacesDvbtEntry 37 } measurementsSigInterfacesDvbtGuardIntervalStart OBJECT-TYPE SYNTAX FloatingPoint MAX-ACCESS read-only STATUS current DESCRIPTION "The start of the guard interval in microseconds. This oid is only available for option B53. The echo measurement (option K58) must be running in addition." ::= { measurementsSigInterfacesDvbtEntry 38 } measurementsSigInterfacesDvbtGuardIntervalStop OBJECT-TYPE SYNTAX FloatingPoint MAX-ACCESS read-only STATUS current DESCRIPTION "The end of the guard interval in microseconds. This oid is only available for option B53. The echo measurement (option K58) must be running in addition." ::= { measurementsSigInterfacesDvbtEntry 39 } measurementsSigInterfacesDvbtUnambiguousStop OBJECT-TYPE SYNTAX FloatingPoint MAX-ACCESS read-only STATUS current DESCRIPTION "The end of the unambiguous area in microseconds. This oid is only available for option B53. The echo measurement (option K58) must be running in addition." ::= { measurementsSigInterfacesDvbtEntry 40 } measurementsSigInterfacesDvbtLowerShoulderValue OBJECT-TYPE SYNTAX FloatingPoint MAX-ACCESS read-only STATUS current DESCRIPTION "The measured value of the DVB-T lower shoulder in dB." ::= { measurementsSigInterfacesDvbtEntry 100 } measurementsSigInterfacesDvbtUpperShoulderValue OBJECT-TYPE SYNTAX FloatingPoint MAX-ACCESS read-only STATUS current DESCRIPTION "The measured value of the DVB-T lower shoulder in dB." ::= { measurementsSigInterfacesDvbtEntry 101 } measurementsSigInterfacesDvbtAllEchoesWithinLimits OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-only STATUS current DESCRIPTION "If this value is 1, it indicates that alle echoes are within the configured limit. A value of 2 indicates that at least one echo is not within the configured limit. It is also 2 if no limits have been configured. This oid requires the option K-58." ::= { measurementsSigInterfacesDvbtEntry 102 } --- measurementsSigInterfacesEchoTable OBJECT-TYPE SYNTAX SEQUENCE OF MeasurementsSigInterfacesEchoEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "This object contains measured values of all detected echoes in channel impulse response and is used for DVB-T and DVB-T2 standard. This object is only available if Option DMVS-K58 is installed." ::= { measurementsSigInterfaces 10 } measurementsSigInterfacesEchoEntry OBJECT-TYPE SYNTAX MeasurementsSigInterfacesEchoEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "Row specification" INDEX { moduleMacAddress, modulePortIndex, measurementsSigInterfacesEchoNumber } ::= { measurementsSigInterfacesEchoTable 1 } MeasurementsSigInterfacesEchoEntry ::= SEQUENCE { measurementsSigInterfacesEchoNumber Unsigned32, measurementsSigInterfacesEchoTime FloatingPoint, measurementsSigInterfacesEchoLevel FloatingPoint, measurementsSigInterfacesEchoLimitNumber Integer32 } measurementsSigInterfacesEchoNumber OBJECT-TYPE SYNTAX Unsigned32 (1..16) MAX-ACCESS not-accessible STATUS current DESCRIPTION "Number of echo in impulse response to which measurement values belong." ::= { measurementsSigInterfacesEchoEntry 1 } measurementsSigInterfacesEchoTime OBJECT-TYPE SYNTAX FloatingPoint UNITS "microsecond" MAX-ACCESS read-only STATUS current DESCRIPTION "Time position of corresponding echo in impulse response." ::= { measurementsSigInterfacesEchoEntry 2 } measurementsSigInterfacesEchoLevel OBJECT-TYPE SYNTAX FloatingPoint UNITS "dB" MAX-ACCESS read-only STATUS current DESCRIPTION "Level of corresponding echo in impulse response relative to main impulse." ::= { measurementsSigInterfacesEchoEntry 3 } measurementsSigInterfacesEchoLimitNumber OBJECT-TYPE SYNTAX Integer32 MAX-ACCESS read-only STATUS current DESCRIPTION "Number of enabled limit related to corresponding echo in impulse response relative to main impulse. A value of -1 indicates that there is no enabled limit corresponding to this echo." ::= { measurementsSigInterfacesEchoEntry 5 } --- measurementsSigInterfacesEchoLimitTable OBJECT-TYPE SYNTAX SEQUENCE OF MeasurementsSigInterfacesEchoLimitEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "This table contains the measurement values for echoes related to limits and is used for DVB-T and DVB-T2 standard. This object is only available if Option DVMS-K58 is installed." ::= { measurementsSigInterfaces 11 } measurementsSigInterfacesEchoLimitEntry OBJECT-TYPE SYNTAX MeasurementsSigInterfacesEchoLimitEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "Row specification" INDEX { moduleMacAddress, modulePortIndex, measurementsSigInterfacesEchoLimitLimitNumber } ::= { measurementsSigInterfacesEchoLimitTable 1 } MeasurementsSigInterfacesEchoLimitEntry ::= SEQUENCE { measurementsSigInterfacesEchoLimitLimitNumber Unsigned32, measurementsSigInterfacesEchoLimitEchoTime FloatingPoint, measurementsSigInterfacesEchoLimitEchoLevel FloatingPoint, measurementsSigInterfacesEchoLimitEchoNumber Integer32, measurementsSigInterfacesEchoLimitDelayValue FloatingPoint, measurementsSigInterfacesEchoLimitLevelValue FloatingPoint } measurementsSigInterfacesEchoLimitLimitNumber OBJECT-TYPE SYNTAX Unsigned32 (1..16) MAX-ACCESS not-accessible STATUS current DESCRIPTION "Echo limit number which corresponds to measurement values of this entry." ::= { measurementsSigInterfacesEchoLimitEntry 1 } measurementsSigInterfacesEchoLimitEchoTime OBJECT-TYPE SYNTAX FloatingPoint UNITS "microsecond" MAX-ACCESS read-only STATUS current DESCRIPTION "Time position of the configured limit within the echo pattern." ::= { measurementsSigInterfacesEchoLimitEntry 2 } measurementsSigInterfacesEchoLimitEchoLevel OBJECT-TYPE SYNTAX FloatingPoint UNITS "dB" MAX-ACCESS read-only STATUS current DESCRIPTION "Level of of the configured limit within the echo pattern." ::= { measurementsSigInterfacesEchoLimitEntry 3 } measurementsSigInterfacesEchoLimitEchoNumber OBJECT-TYPE SYNTAX Integer32 MAX-ACCESS read-only STATUS current DESCRIPTION "Index of corresponding echo in table measurementsSigInterfacesEchoTable (measurementsSigInterfacesEchoNumber) related to this limit. A value of -1 indicates that there is no corresponding echo related to this limit." ::= { measurementsSigInterfacesEchoLimitEntry 5 } measurementsSigInterfacesEchoLimitDelayValue OBJECT-TYPE SYNTAX FloatingPoint UNITS "microsecond" MAX-ACCESS read-only STATUS current DESCRIPTION "Provided for convenience. It contains the time value of the echo associated to the configured limit. This value is the same as measurementsSigInterfacesEchoTime." ::= { measurementsSigInterfacesEchoLimitEntry 6 } measurementsSigInterfacesEchoLimitLevelValue OBJECT-TYPE SYNTAX FloatingPoint UNITS "dB" MAX-ACCESS read-only STATUS current DESCRIPTION "Provided for convenience. It contains the level value of the echo associated to the configured limit. This value is the same as measurementsSigInterfacesEchoLevel." ::= { measurementsSigInterfacesEchoLimitEntry 7 } --- measurementsSigInterfacesDvbsTable OBJECT-TYPE SYNTAX SEQUENCE OF MeasurementsSigInterfacesDvbsEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION " " ::= { measurementsSigInterfaces 2 } measurementsSigInterfacesDvbsEntry OBJECT-TYPE SYNTAX MeasurementsSigInterfacesDvbsEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "One entry of the Measurements Signal Interfaces (DVB-S) table." INDEX { moduleMacAddress, modulePortIndex } ::= { measurementsSigInterfacesDvbsTable 1 } MeasurementsSigInterfacesDvbsEntry ::= SEQUENCE { measurementsSigInterfacesDvbsLevelMin FloatingPoint, measurementsSigInterfacesDvbsLevelMax FloatingPoint, measurementsSigInterfacesDvbsLevelValue FloatingPoint, measurementsSigInterfacesDvbsCNMin FloatingPoint, measurementsSigInterfacesDvbsCNMax FloatingPoint, measurementsSigInterfacesDvbsCNValue FloatingPoint, measurementsSigInterfacesDvbsEBN0Min FloatingPoint, measurementsSigInterfacesDvbsEBN0Max FloatingPoint, measurementsSigInterfacesDvbsEBN0Value FloatingPoint, measurementsSigInterfacesDvbsMERMin FloatingPoint, measurementsSigInterfacesDvbsMERMax FloatingPoint, measurementsSigInterfacesDvbsMERValue FloatingPoint, measurementsSigInterfacesDvbsBERbeforeViterbiMax FloatingPoint, measurementsSigInterfacesDvbsBERbeforeViterbiValue FloatingPoint, measurementsSigInterfacesDvbsBERafterViterbiMax FloatingPoint, measurementsSigInterfacesDvbsBERafterViterbiValue FloatingPoint, measurementsSigInterfacesDvbsPERMax FloatingPoint, measurementsSigInterfacesDvbsPERValue FloatingPoint, measurementsSigInterfacesDvbsCarrierLocked TruthValue, measurementsSigInterfacesDvbsConstellationTPS RfDvbsConstellation, measurementSigInterfacesDvbsCodeRateTPS RfDvbsCodeRate, measurementSigInterfacesDvbsSpectrum RfSpectrum, measurementSigInterfacesDvbsPilots RfDvbsPilots, measurementsSigInterfacesDvbsBERbeforeBCHMax FloatingPoint, measurementsSigInterfacesDvbsBERbeforeBCHValue FloatingPoint, measurementsSigInterfacesDvbsBERbeforeLDPCMax FloatingPoint, measurementsSigInterfacesDvbsBERbeforeLDPCValue FloatingPoint, measurementsSigInterfacesDvbsFrequencyOffsetMin Integer32, measurementsSigInterfacesDvbsFrequencyOffsetMax Integer32, measurementsSigInterfacesDvbsFrequencyOffsetValue Integer32, measurementsSigInterfacesDvbsSymbolRateOffsetMin Integer32, measurementsSigInterfacesDvbsSymbolRateOffsetMax Integer32, measurementsSigInterfacesDvbsSymbolRateOffsetValue Integer32 } measurementsSigInterfacesDvbsLevelMin OBJECT-TYPE SYNTAX FloatingPoint MAX-ACCESS read-only STATUS current DESCRIPTION "The min. value of the DVB-S level. The unit of this object is dBm." ::= { measurementsSigInterfacesDvbsEntry 5 } measurementsSigInterfacesDvbsLevelMax OBJECT-TYPE SYNTAX FloatingPoint MAX-ACCESS read-only STATUS current DESCRIPTION "The max. value of the DVB-S level. The unit of this object is dBm." ::= { measurementsSigInterfacesDvbsEntry 6 } measurementsSigInterfacesDvbsLevelValue OBJECT-TYPE SYNTAX FloatingPoint MAX-ACCESS read-only STATUS current DESCRIPTION "The measured value of the DVB-S level. The unit of this object is dBm." ::= { measurementsSigInterfacesDvbsEntry 7 } measurementsSigInterfacesDvbsCNMin OBJECT-TYPE SYNTAX FloatingPoint MAX-ACCESS read-only STATUS current DESCRIPTION "The min. value of the DVB-S C/N. The unit of this object is dB. A value ending with 0.9999 (for example 15.9999) indicates a value larger than the current measurement range (here >15) A value ending with 0.1111 (for example 13.1111) indicates a value smaller than the current measurement range. (for this example <14)." ::= { measurementsSigInterfacesDvbsEntry 9 } measurementsSigInterfacesDvbsCNMax OBJECT-TYPE SYNTAX FloatingPoint MAX-ACCESS read-only STATUS current DESCRIPTION "The max. value of the DVB-S C/N. The unit of this object is dB. A value ending with 0.9999 (for example 15.9999) indicates a value larger than the current measurement range (here >15) A value ending with 0.1111 (for example 13.1111) indicates a value smaller than the current measurement range. (for this example <14)." ::= { measurementsSigInterfacesDvbsEntry 10 } measurementsSigInterfacesDvbsCNValue OBJECT-TYPE SYNTAX FloatingPoint MAX-ACCESS read-only STATUS current DESCRIPTION "The measured value of the DVB-S C/N. The unit of this object is dB. A value ending with 0.9999 (for example 15.9999) indicates a value larger than the current measurement range (here >15) A value ending with 0.1111 (for example 13.1111) indicates a value smaller than the current measurement range. (for this example <14)." ::= { measurementsSigInterfacesDvbsEntry 11 } measurementsSigInterfacesDvbsEBN0Min OBJECT-TYPE SYNTAX FloatingPoint MAX-ACCESS read-only STATUS current DESCRIPTION "The minimum value of the DVB-S Eb/N0. The unit of this object is dB. A value ending with 0.9999 (for example 15.9999) indicates a value larger than the current measurement range (here >15) A value ending with 0.1111 (for example 13.1111) indicates a value smaller than the current measurement range. (for this example <14)." ::= { measurementsSigInterfacesDvbsEntry 12 } measurementsSigInterfacesDvbsEBN0Max OBJECT-TYPE SYNTAX FloatingPoint MAX-ACCESS read-only STATUS current DESCRIPTION "The maximum value of the DVB-S Eb/N0. The unit of this object is dB. A value ending with 0.9999 (for example 15.9999) indicates a value larger than the current measurement range (here >15) A value ending with 0.1111 (for example 13.1111) indicates a value smaller than the current measurement range. (for this example <14)." ::= { measurementsSigInterfacesDvbsEntry 13 } measurementsSigInterfacesDvbsEBN0Value OBJECT-TYPE SYNTAX FloatingPoint MAX-ACCESS read-only STATUS current DESCRIPTION "The measured value of the DVB-S Eb/N0. The unit of this object is dB. A value ending with 0.9999 (for example 15.9999) indicates a value larger than the current measurement range (here >15) A value ending with 0.1111 (for example 13.1111) indicates a value smaller than the current measurement range. (for this example <14)." ::= { measurementsSigInterfacesDvbsEntry 14 } measurementsSigInterfacesDvbsMERMin OBJECT-TYPE SYNTAX FloatingPoint MAX-ACCESS read-only STATUS current DESCRIPTION "The minimum value of the DVB-S MER. A value ending with 0.9999 (for example 15.9999) indicates a value larger than the current measurement range (here >15) A value ending with 0.1111 (for example 13.1111) indicates a value smaller than the current measurement range. (for this example <14). The unit of this object is dB." ::= { measurementsSigInterfacesDvbsEntry 15 } measurementsSigInterfacesDvbsMERMax OBJECT-TYPE SYNTAX FloatingPoint MAX-ACCESS read-only STATUS current DESCRIPTION "The max. value of the DVB-S MER. A value ending with 0.9999 (for example 15.9999) indicates a value larger than the current measurement range (here >15) A value ending with 0.1111 (for example 13.1111) indicates a value smaller than the current measurement range. (for this example <14). The unit of this object is dB." ::= { measurementsSigInterfacesDvbsEntry 16 } measurementsSigInterfacesDvbsMERValue OBJECT-TYPE SYNTAX FloatingPoint MAX-ACCESS read-only STATUS current DESCRIPTION "The measured value of the DVB-S MER. A value ending with 0.9999 (for example 15.9999) indicates a value larger than the current measurement range (here >15) A value ending with 0.1111 (for example 13.1111) indicates a value smaller than the current measurement range. (for this example <14). The unit of this object is dB." ::= { measurementsSigInterfacesDvbsEntry 17 } measurementsSigInterfacesDvbsBERbeforeViterbiMax OBJECT-TYPE SYNTAX FloatingPoint MAX-ACCESS read-only STATUS current DESCRIPTION "The max. value of the DVB-S BER before Viterbi. A value ending with 0.9999 (for example 15.9999) indicates a value larger than the current measurement range (here >15) A value ending with 0.1111 (for example 13.1111) indicates a value smaller than the current measurement range. (for this example <14). This object is only valid for DVB-S and DIRECTV." ::= { measurementsSigInterfacesDvbsEntry 18 } measurementsSigInterfacesDvbsBERbeforeViterbiValue OBJECT-TYPE SYNTAX FloatingPoint MAX-ACCESS read-only STATUS current DESCRIPTION "The measured value of the DVB-S BER before Viterbi. A value ending with 0.9999 (for example 15.9999) indicates a value larger than the current measurement range (here >15) A value ending with 0.1111 (for example 13.1111) indicates a value smaller than the current measurement range. (for this example <14). This object is only valid for DVB-S and DIRECTV." ::= { measurementsSigInterfacesDvbsEntry 19 } measurementsSigInterfacesDvbsBERafterViterbiMax OBJECT-TYPE SYNTAX FloatingPoint MAX-ACCESS read-only STATUS current DESCRIPTION "The max. value of the DVB-S BER after Viterbi. A value ending with 0.9999 (for example 15.9999) indicates a value larger than the current measurement range (here >15) A value ending with 0.1111 (for example 13.1111) indicates a value smaller than the current measurement range. (for this example <14). This object is only valid for DVB-S and DIRECTV." ::= { measurementsSigInterfacesDvbsEntry 20 } measurementsSigInterfacesDvbsBERafterViterbiValue OBJECT-TYPE SYNTAX FloatingPoint MAX-ACCESS read-only STATUS current DESCRIPTION "The measured value of the DVB-S BER after Viterbi. A value ending with 0.9999 (for example 15.9999) indicates a value larger than the current measurement range (here >15) A value ending with 0.1111 (for example 13.1111) indicates a value smaller than the current measurement range. (for this example <14). This object is only valid for DVB-S and DIRECTV." ::= { measurementsSigInterfacesDvbsEntry 21 } measurementsSigInterfacesDvbsPERMax OBJECT-TYPE SYNTAX FloatingPoint MAX-ACCESS read-only STATUS current DESCRIPTION "The max. value of the DVB-S PER." ::= { measurementsSigInterfacesDvbsEntry 22 } measurementsSigInterfacesDvbsPERValue OBJECT-TYPE SYNTAX FloatingPoint MAX-ACCESS read-only STATUS current DESCRIPTION "The measured value of the DVB-S PER." ::= { measurementsSigInterfacesDvbsEntry 23 } measurementsSigInterfacesDvbsCarrierLocked OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-only STATUS current DESCRIPTION "The state of the Carrier synchronisation (lock or unlock)." ::= { measurementsSigInterfacesDvbsEntry 24 } measurementsSigInterfacesDvbsConstellationTPS OBJECT-TYPE SYNTAX RfDvbsConstellation MAX-ACCESS read-only STATUS current DESCRIPTION "The condition of DVB-S Constellation." ::= { measurementsSigInterfacesDvbsEntry 25 } measurementSigInterfacesDvbsCodeRateTPS OBJECT-TYPE SYNTAX RfDvbsCodeRate MAX-ACCESS read-only STATUS current DESCRIPTION "The condition of the DVB-S Code Rate." ::= { measurementsSigInterfacesDvbsEntry 26 } measurementSigInterfacesDvbsSpectrum OBJECT-TYPE SYNTAX RfSpectrum MAX-ACCESS read-only STATUS current DESCRIPTION "The condition of the DVB-S Spectrum." ::= { measurementsSigInterfacesDvbsEntry 27 } measurementSigInterfacesDvbsPilots OBJECT-TYPE SYNTAX RfDvbsPilots MAX-ACCESS read-only STATUS current DESCRIPTION "The condition of the DVB-S Pilots." ::= { measurementsSigInterfacesDvbsEntry 29 } measurementsSigInterfacesDvbsBERbeforeBCHMax OBJECT-TYPE SYNTAX FloatingPoint MAX-ACCESS read-only STATUS current DESCRIPTION "The max. value of the DVB-S BER before BCH. A value ending with 0.9999 (for example 15.9999) indicates a value larger than the current measurement range (here >15) A value ending with 0.1111 (for example 13.1111) indicates a value smaller than the current measurement range. (for this example <14). This object is only valid for DVB-S2." ::= { measurementsSigInterfacesDvbsEntry 30 } measurementsSigInterfacesDvbsBERbeforeBCHValue OBJECT-TYPE SYNTAX FloatingPoint MAX-ACCESS read-only STATUS current DESCRIPTION "The measured value of the DVB-S BER before BCH. A value ending with 0.9999 (for example 15.9999) indicates a value larger than the current measurement range (here >15) A value ending with 0.1111 (for example 13.1111) indicates a value smaller than the current measurement range. (for this example <14). This object is only valid for DVB-S2." ::= { measurementsSigInterfacesDvbsEntry 31 } measurementsSigInterfacesDvbsBERbeforeLDPCMax OBJECT-TYPE SYNTAX FloatingPoint MAX-ACCESS read-only STATUS current DESCRIPTION "The max. value of the DVB-S BER before LDPC. A value ending with 0.9999 (for example 15.9999) indicates a value larger than the current measurement range (here >15) A value ending with 0.1111 (for example 13.1111) indicates a value smaller than the current measurement range. (for this example <14). This object is only valid for DVB-S2." ::= { measurementsSigInterfacesDvbsEntry 32 } measurementsSigInterfacesDvbsBERbeforeLDPCValue OBJECT-TYPE SYNTAX FloatingPoint MAX-ACCESS read-only STATUS current DESCRIPTION "The measured value of the DVB-S BER before BCH. A value ending with 0.9999 (for example 15.9999) indicates a value larger than the current measurement range (here >15) A value ending with 0.1111 (for example 13.1111) indicates a value smaller than the current measurement range. (for this example <14). This object is only valid for DVB-S2." ::= { measurementsSigInterfacesDvbsEntry 33 } measurementsSigInterfacesDvbsFrequencyOffsetMin OBJECT-TYPE SYNTAX Integer32 MAX-ACCESS read-only STATUS current DESCRIPTION "The minimum value of the DVB-S frequency offset. The unit of this object is Hz." ::= { measurementsSigInterfacesDvbsEntry 34 } measurementsSigInterfacesDvbsFrequencyOffsetMax OBJECT-TYPE SYNTAX Integer32 MAX-ACCESS read-only STATUS current DESCRIPTION "The maximum value of the DVB-S frequency offset. The unit of this object is Hz." ::= { measurementsSigInterfacesDvbsEntry 35 } measurementsSigInterfacesDvbsFrequencyOffsetValue OBJECT-TYPE SYNTAX Integer32 MAX-ACCESS read-only STATUS current DESCRIPTION "The measured value of the DVB-S frequency offset. The unit of this object is Hz." ::= { measurementsSigInterfacesDvbsEntry 36 } measurementsSigInterfacesDvbsSymbolRateOffsetMin OBJECT-TYPE SYNTAX Integer32 MAX-ACCESS read-only STATUS current DESCRIPTION "The minimum value of the DVB-S symbol rate offset. The unit of this object is symb/s." ::= { measurementsSigInterfacesDvbsEntry 37 } measurementsSigInterfacesDvbsSymbolRateOffsetMax OBJECT-TYPE SYNTAX Integer32 MAX-ACCESS read-only STATUS current DESCRIPTION "The maximum value of the DVB-S symbol rate offset. The unit of this object is symb/s." ::= { measurementsSigInterfacesDvbsEntry 38 } measurementsSigInterfacesDvbsSymbolRateOffsetValue OBJECT-TYPE SYNTAX Integer32 MAX-ACCESS read-only STATUS current DESCRIPTION "The measured value of the DVB-S symbol rate offset. The unit of this object is symb/s." ::= { measurementsSigInterfacesDvbsEntry 39 } measurementsSigInterfacesDvbt2Table OBJECT-TYPE SYNTAX SEQUENCE OF MeasurementsSigInterfacesDvbt2Entry MAX-ACCESS not-accessible STATUS current DESCRIPTION " " ::= { measurementsSigInterfaces 6 } measurementsSigInterfacesDvbt2Entry OBJECT-TYPE SYNTAX MeasurementsSigInterfacesDvbt2Entry MAX-ACCESS not-accessible STATUS current DESCRIPTION "One entry of the Measurements Signal Interfaces (DVB-T2) table." INDEX { moduleMacAddress, modulePortIndex } ::= { measurementsSigInterfacesDvbt2Table 1 } MeasurementsSigInterfacesDvbt2Entry ::= SEQUENCE { measurementsSigInterfacesDvbt2LevelMin FloatingPoint, measurementsSigInterfacesDvbt2LevelMax FloatingPoint, measurementsSigInterfacesDvbt2LevelValue FloatingPoint, measurementsSigInterfacesDvbt2MERMin FloatingPoint, measurementsSigInterfacesDvbt2MERMax FloatingPoint, measurementsSigInterfacesDvbt2MERValue FloatingPoint, measurementsSigInterfacesDvbt2BERBeforeLDPCMax FloatingPoint, measurementsSigInterfacesDvbt2BERBeforeLDPCValue FloatingPoint, measurementsSigInterfacesDvbt2PERValue TruthValue, measurementsSigInterfacesDvbt2AGCLocked TruthValue, measurementsSigInterfacesDvbt2CarrierLocked TruthValue, measurementsSigInterfacesDvbt2MPEGLocked TruthValue, measurementsSigInterfacesDvbt2BERBeforeBCHMax FloatingPoint, measurementsSigInterfacesDvbt2BERBeforeBCHValue FloatingPoint, measurementsSigInterfacesDvbt2FrequencyOffsetMin Integer32, measurementsSigInterfacesDvbt2FrequencyOffsetMax Integer32, measurementsSigInterfacesDvbt2FrequencyOffsetValue Integer32, measurementsSigInterfacesDvbt2BitrateOffsetMin Integer32, measurementsSigInterfacesDvbt2BitrateOffsetMax Integer32, measurementsSigInterfacesDvbt2BitrateOffsetValue Integer32, measurementsSigInterfacesDvbt2RfAttenuation FloatingPoint, measurementsSigInterfacesDvbt2SideBandPosition RfDvbtSidebandPosition, measurementsSigInterfacesDvbt2ReferenceFrequencyLocked TruthValue, measurementsSigInterfacesDvbt2LDPCIterations Integer32, measurementsSigInterfacesDvbt2LDPCIterationsMax Integer32, measurementsSigInterfacesDvbt2L1StreamType RfDvbt2StreamType, measurementsSigInterfacesDvbt2L1BWExt TruthValue, measurementsSigInterfacesDvbt2L1TransmissionSystem RfDvbt2TransmissionSystem, measurementsSigInterfacesDvbt2L1S2Field1 Unsigned32, measurementsSigInterfacesDvbt2L1S2Field2 TruthValue, measurementsSigInterfacesDvbt2L1FFT RfDvbt2FftMode, measurementsSigInterfacesDvbt2L1RepetitionFlag TruthValue, measurementsSigInterfacesDvbt2L1GuardInterval RfDvbt2GuardInterval, measurementsSigInterfacesDvbt2L1Papr RfDvbt2Papr, measurementsSigInterfacesDvbt2L1PostConstellation RfDvbt2PostConstellation, measurementsSigInterfacesDvbt2L1PostCodeRate RfDvbt2PostCodeRate, measurementsSigInterfacesDvbt2L1PostFECType RfDvbt2PostFECType, measurementsSigInterfacesDvbt2L1PostSize Unsigned32, measurementsSigInterfacesDvbt2L1PostInfoSize Unsigned32, measurementsSigInterfacesDvbt2L1PilotPattern RfDvbt2PilotPattern, measurementsSigInterfacesDvbt2L1TXIdAvailability Unsigned32, measurementsSigInterfacesDvbt2L1CellId Unsigned32, measurementsSigInterfacesDvbt2L1NetworkId Unsigned32, measurementsSigInterfacesDvbt2L1T2SystemId Unsigned32, measurementsSigInterfacesDvbt2L1NumT2Frames Unsigned32, measurementsSigInterfacesDvbt2L1NumDataSymbols Unsigned32, measurementsSigInterfacesDvbt2L1RegenFlag Unsigned32, measurementsSigInterfacesDvbt2L1PostExtension TruthValue, measurementsSigInterfacesDvbt2L1NumRf Unsigned32, measurementsSigInterfacesDvbt2L1Reserved Unsigned32, measurementsSigInterfacesDvbt2L1CRC Unsigned32, measurementsSigInterfacesDvbt2L1T2Version RfDvbt2Version, measurementsSigInterfacesDvbt2L1S1Field Unsigned32, measurementsSigInterfacesDvbt2L1RfIndex Unsigned32, measurementsSigInterfacesDvbt2PLPId Unsigned32, measurementsSigInterfacesDvbt2PLPType RfDvbt2PLPType, measurementsSigInterfacesDvbt2PLPPayloadType RfDvbt2PLPPayloadType, measurementsSigInterfacesDvbt2PLPGroupId Unsigned32, measurementsSigInterfacesDvbt2PLPCodeRate RfDvbt2CodeRate, measurementsSigInterfacesDvbt2PLPConstellation RfDvbt2Constellation, measurementsSigInterfacesDvbt2PLPRotated TruthValue, measurementsSigInterfacesDvbt2PLPFECType RfDvbt2PLPFECType, measurementsSigInterfacesDvbt2PLPNumBlocksMax Unsigned32, measurementsSigInterfacesDvbt2PLPFrameInterval Unsigned32, measurementsSigInterfacesDvbt2PLPTimeILLength Unsigned32, measurementsSigInterfacesDvbt2PLPTimeILType Unsigned32, measurementsSigInterfacesDvbt2PLPInBandSignallingA TruthValue, measurementsSigInterfacesDvbt2PLPInBandSignallingB TruthValue, measurementsSigInterfacesDvbt2PLPStaticFlag TruthValue, measurementsSigInterfacesDvbt2PLPStaticPaddingFlag TruthValue, measurementsSigInterfacesDvbt2PLPFixedFrequencyFlag TruthValue, measurementsSigInterfacesDvbt2PLPFirstRfIndex Unsigned32, measurementsSigInterfacesDvbt2PLPFirstFrameIndex Unsigned32, measurementsSigInterfacesDvbt2PLPNumberOfPLPs Unsigned32, measurementsSigInterfacesDvbt2PLPMode RfDvbt2PLPMode, measurementsSigInterfacesDvbt2PLPReserved1 Unsigned32, measurementsSigInterfacesDvbt2LowerShoulderValue FloatingPoint, measurementsSigInterfacesDvbt2UpperShoulderValue FloatingPoint, measurementsSigInterfacesDvbt2AllEchoesWithinLimits TruthValue, measurementsSigInterfacesDvbt2CommonPLPId Unsigned32, measurementsSigInterfacesDvbt2CommonPLPType RfDvbt2PLPType, measurementsSigInterfacesDvbt2CommonPLPPayloadType RfDvbt2PLPPayloadType, measurementsSigInterfacesDvbt2CommonPLPGroupId Unsigned32, measurementsSigInterfacesDvbt2CommonPLPCodeRate RfDvbt2CodeRate, measurementsSigInterfacesDvbt2CommonPLPConstellation RfDvbt2Constellation, measurementsSigInterfacesDvbt2CommonPLPRotated TruthValue, measurementsSigInterfacesDvbt2CommonPLPFECType RfDvbt2PLPFECType, measurementsSigInterfacesDvbt2CommonPLPNumBlocksMax Unsigned32, measurementsSigInterfacesDvbt2CommonPLPFrameInterval Unsigned32, measurementsSigInterfacesDvbt2CommonPLPTimeILLength Unsigned32, measurementsSigInterfacesDvbt2CommonPLPTimeILType Unsigned32, measurementsSigInterfacesDvbt2CommonPLPInBandSignallingA TruthValue, measurementsSigInterfacesDvbt2CommonPLPInBandSignallingB TruthValue, measurementsSigInterfacesDvbt2CommonPLPStaticFlag TruthValue, measurementsSigInterfacesDvbt2CommonPLPStaticPaddingFlag TruthValue, measurementsSigInterfacesDvbt2CommonPLPFixedFrequencyFlag TruthValue, measurementsSigInterfacesDvbt2CommonPLPFirstRfIndex Unsigned32, measurementsSigInterfacesDvbt2CommonPLPFirstFrameIndex Unsigned32, measurementsSigInterfacesDvbt2CommonPLPMode RfDvbt2PLPMode, measurementsSigInterfacesDvbt2CommonPLPReserved1 Unsigned32, measurementsSigInterfacesDvbt2L1PostScrambled TruthValue, measurementsSigInterfacesDvbt2L1BaseLITE TruthValue } measurementsSigInterfacesDvbt2LevelMin OBJECT-TYPE SYNTAX FloatingPoint MAX-ACCESS read-only STATUS current DESCRIPTION "The min. value of the DVB-T2 level. The unit of this object is dBm." ::= { measurementsSigInterfacesDvbt2Entry 5 } measurementsSigInterfacesDvbt2LevelMax OBJECT-TYPE SYNTAX FloatingPoint MAX-ACCESS read-only STATUS current DESCRIPTION "The max. value of the DVB-T2 level. The unit of this object is dBm." ::= { measurementsSigInterfacesDvbt2Entry 6 } measurementsSigInterfacesDvbt2LevelValue OBJECT-TYPE SYNTAX FloatingPoint MAX-ACCESS read-only STATUS current DESCRIPTION "The measured value of the DVB-T2 level. The unit of this object is dBm." ::= { measurementsSigInterfacesDvbt2Entry 7 } measurementsSigInterfacesDvbt2MERMin OBJECT-TYPE SYNTAX FloatingPoint MAX-ACCESS read-only STATUS current DESCRIPTION "The min. value of the DVB-T2 MER. A value ending with 0.9999 (for example 15.9999) indicates a value larger than the current measurement range (here >15). A value ending with 0.1111 (for example 13.1111) indicates a value smaller than the current measurement range (for this example <14). The unit of this object is dB." ::= { measurementsSigInterfacesDvbt2Entry 8 } measurementsSigInterfacesDvbt2MERMax OBJECT-TYPE SYNTAX FloatingPoint MAX-ACCESS read-only STATUS current DESCRIPTION "The max. value of the DVB-T2 MER. A value ending with 0.9999 (for example 15.9999) indicates a value larger than the current measurement range (here >15). A value ending with 0.1111 (for example 13.1111) indicates a value smaller than the current measurement range (for this example <14). The unit of this object is dB." ::= { measurementsSigInterfacesDvbt2Entry 9 } measurementsSigInterfacesDvbt2MERValue OBJECT-TYPE SYNTAX FloatingPoint MAX-ACCESS read-only STATUS current DESCRIPTION "The measured value of the DVB-T2 MER. A value ending with 0.9999 (for example 15.9999) indicates a value larger than the current measurement range (here >15). A value ending with 0.1111 (for example 13.1111) indicates a value smaller than the current measurement range (for this example <14). The unit of this object is dB." ::= { measurementsSigInterfacesDvbt2Entry 10 } measurementsSigInterfacesDvbt2BERBeforeLDPCMax OBJECT-TYPE SYNTAX FloatingPoint MAX-ACCESS read-only STATUS current DESCRIPTION "The max. value of the DVB-T2 BER before LDPC." ::= { measurementsSigInterfacesDvbt2Entry 11 } measurementsSigInterfacesDvbt2BERBeforeLDPCValue OBJECT-TYPE SYNTAX FloatingPoint MAX-ACCESS read-only STATUS current DESCRIPTION "The measured value of the DVB-T2 BER before LDPC." ::= { measurementsSigInterfacesDvbt2Entry 12 } measurementsSigInterfacesDvbt2PERValue OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-only STATUS current DESCRIPTION "Error status of baseband frames after BCH." ::= { measurementsSigInterfacesDvbt2Entry 14 } measurementsSigInterfacesDvbt2AGCLocked OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-only STATUS current DESCRIPTION "The state of the AGC synchronisation (lock or unlock)." ::= { measurementsSigInterfacesDvbt2Entry 15 } measurementsSigInterfacesDvbt2CarrierLocked OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-only STATUS current DESCRIPTION "The state of the Carrier synchronisation (lock or unlock)." ::= { measurementsSigInterfacesDvbt2Entry 16 } measurementsSigInterfacesDvbt2MPEGLocked OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-only STATUS current DESCRIPTION "The state of the MPEG synchronisation (lock or unlock)." ::= { measurementsSigInterfacesDvbt2Entry 17 } measurementsSigInterfacesDvbt2BERBeforeBCHMax OBJECT-TYPE SYNTAX FloatingPoint MAX-ACCESS read-only STATUS current DESCRIPTION "The max. value of the DVB-T2 BER before BCH." ::= { measurementsSigInterfacesDvbt2Entry 18 } measurementsSigInterfacesDvbt2BERBeforeBCHValue OBJECT-TYPE SYNTAX FloatingPoint MAX-ACCESS read-only STATUS current DESCRIPTION "The measured value of the DVB-T2 BER before BCH." ::= { measurementsSigInterfacesDvbt2Entry 19 } measurementsSigInterfacesDvbt2FrequencyOffsetMin OBJECT-TYPE SYNTAX Integer32 MAX-ACCESS read-only STATUS current DESCRIPTION "The minimum value of the DVB-T2 frequency offset. The unit of this object is Hz." ::= { measurementsSigInterfacesDvbt2Entry 20 } measurementsSigInterfacesDvbt2FrequencyOffsetMax OBJECT-TYPE SYNTAX Integer32 MAX-ACCESS read-only STATUS current DESCRIPTION "The maximum value of the DVB-T2 frequency offset. The unit of this object is Hz." ::= { measurementsSigInterfacesDvbt2Entry 21 } measurementsSigInterfacesDvbt2FrequencyOffsetValue OBJECT-TYPE SYNTAX Integer32 MAX-ACCESS read-only STATUS current DESCRIPTION "The measured value of the DVB-T2 frequency offset. The unit of this object is Hz." ::= { measurementsSigInterfacesDvbt2Entry 22 } measurementsSigInterfacesDvbt2BitrateOffsetMin OBJECT-TYPE SYNTAX Integer32 MAX-ACCESS read-only STATUS current DESCRIPTION "The minimum value of the DVB-T2 bit rate offset. The unit of this object is 100 * ppm." ::= { measurementsSigInterfacesDvbt2Entry 23 } measurementsSigInterfacesDvbt2BitrateOffsetMax OBJECT-TYPE SYNTAX Integer32 MAX-ACCESS read-only STATUS current DESCRIPTION "The maximum value of the DVB-T2 bit rate offset. The unit of this object is 100 * ppm." ::= { measurementsSigInterfacesDvbt2Entry 24 } measurementsSigInterfacesDvbt2BitrateOffsetValue OBJECT-TYPE SYNTAX Integer32 MAX-ACCESS read-only STATUS current DESCRIPTION "The measured value of the DVB-T2 bit rate offset. The unit of this object is 100 * ppm." ::= { measurementsSigInterfacesDvbt2Entry 25 } measurementsSigInterfacesDvbt2RfAttenuation OBJECT-TYPE SYNTAX FloatingPoint MAX-ACCESS read-only STATUS current DESCRIPTION "The measured value of the DVB-T2 RF attenuation. The unit of this object is dB." ::= { measurementsSigInterfacesDvbt2Entry 26 } measurementsSigInterfacesDvbt2SideBandPosition OBJECT-TYPE SYNTAX RfDvbtSidebandPosition MAX-ACCESS read-only STATUS current DESCRIPTION "The measured value of the DVB-T2 sideband position." ::= { measurementsSigInterfacesDvbt2Entry 27 } measurementsSigInterfacesDvbt2ReferenceFrequencyLocked OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-only STATUS current DESCRIPTION "The status of the DVB-T2 reference frequency lock." ::= { measurementsSigInterfacesDvbt2Entry 28 } measurementsSigInterfacesDvbt2LDPCIterations OBJECT-TYPE SYNTAX Integer32 MAX-ACCESS read-only STATUS current DESCRIPTION "The LDPC iterations." ::= { measurementsSigInterfacesDvbt2Entry 29 } measurementsSigInterfacesDvbt2LDPCIterationsMax OBJECT-TYPE SYNTAX Integer32 MAX-ACCESS read-only STATUS current DESCRIPTION "The LDPC iterations." ::= { measurementsSigInterfacesDvbt2Entry 30 } measurementsSigInterfacesDvbt2L1StreamType OBJECT-TYPE SYNTAX RfDvbt2StreamType MAX-ACCESS read-only STATUS current DESCRIPTION "The DVB-T2 input stream type." ::= { measurementsSigInterfacesDvbt2Entry 40 } measurementsSigInterfacesDvbt2L1BWExt OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-only STATUS current DESCRIPTION "The extended carier mode is used in case of 8K 16K and 32K FFT sizes if this parameter is true (1)." ::= { measurementsSigInterfacesDvbt2Entry 41 } measurementsSigInterfacesDvbt2L1TransmissionSystem OBJECT-TYPE SYNTAX RfDvbt2TransmissionSystem MAX-ACCESS read-only STATUS current DESCRIPTION "The DVB-T2 transmission system (decoded from S1 field)." ::= { measurementsSigInterfacesDvbt2Entry 42 } measurementsSigInterfacesDvbt2L1S2Field1 OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "Complementary information for the S1 field according to specification ETSI EN 302 755." ::= { measurementsSigInterfacesDvbt2Entry 43 } measurementsSigInterfacesDvbt2L1S2Field2 OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-only STATUS current DESCRIPTION "Indicates whether the preambles are all of the same type or not. It is valid for all values of the S1 and S2 field 1." ::= { measurementsSigInterfacesDvbt2Entry 44 } measurementsSigInterfacesDvbt2L1FFT OBJECT-TYPE SYNTAX RfDvbt2FftMode MAX-ACCESS read-only STATUS current DESCRIPTION "The condition of the DVB-T2 FFT." ::= { measurementsSigInterfacesDvbt2Entry 45 } measurementsSigInterfacesDvbt2L1RepetitionFlag OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-only STATUS current DESCRIPTION "Indicates whether dynamic L1-post signalling is provided also for the next frame." ::= { measurementsSigInterfacesDvbt2Entry 46 } measurementsSigInterfacesDvbt2L1GuardInterval OBJECT-TYPE SYNTAX RfDvbt2GuardInterval MAX-ACCESS read-only STATUS current DESCRIPTION "The condition of the DVB-T2 Guard Interval." ::= { measurementsSigInterfacesDvbt2Entry 47 } measurementsSigInterfacesDvbt2L1Papr OBJECT-TYPE SYNTAX RfDvbt2Papr MAX-ACCESS read-only STATUS current DESCRIPTION "The usage of DVB-T2 PAPR reduction." ::= { measurementsSigInterfacesDvbt2Entry 48 } measurementsSigInterfacesDvbt2L1PostConstellation OBJECT-TYPE SYNTAX RfDvbt2PostConstellation MAX-ACCESS read-only STATUS current DESCRIPTION "The constellation of the L1-post signalling data block." ::= { measurementsSigInterfacesDvbt2Entry 49 } measurementsSigInterfacesDvbt2L1PostCodeRate OBJECT-TYPE SYNTAX RfDvbt2PostCodeRate MAX-ACCESS read-only STATUS current DESCRIPTION "The coding of the L1-post signalling data block." ::= { measurementsSigInterfacesDvbt2Entry 50 } measurementsSigInterfacesDvbt2L1PostFECType OBJECT-TYPE SYNTAX RfDvbt2PostFECType MAX-ACCESS read-only STATUS current DESCRIPTION "The type of the L1 FEC used for the L1-post signalling data block." ::= { measurementsSigInterfacesDvbt2Entry 51 } measurementsSigInterfacesDvbt2L1PostSize OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "The size of the coded and modulated L1-post signalling data block (in OFDM cells). A value of 0xFFFFFFFF indicates that the size is unknown." ::= { measurementsSigInterfacesDvbt2Entry 52 } measurementsSigInterfacesDvbt2L1PostInfoSize OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "The size of the information part of the L1-post signalling data block (in bits) including the extension field if present. A value of 0xFFFFFFFF indicates that the size is unknown." ::= { measurementsSigInterfacesDvbt2Entry 53 } measurementsSigInterfacesDvbt2L1PilotPattern OBJECT-TYPE SYNTAX RfDvbt2PilotPattern MAX-ACCESS read-only STATUS current DESCRIPTION "The DVB-T2 Pilot Pattern used for the data OFDM symbols." ::= { measurementsSigInterfacesDvbt2Entry 54 } measurementsSigInterfacesDvbt2L1TXIdAvailability OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "Availability of the transmitter identification signal within the current geographic cell. A value of 0xFF indicates that the availability is unknown." ::= { measurementsSigInterfacesDvbt2Entry 55 } measurementsSigInterfacesDvbt2L1CellId OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "Uinique identifier of a geographic cell within the DVB-T2 network. A value of 0xFFFF indicates that the cell id is unknown." ::= { measurementsSigInterfacesDvbt2Entry 56 } measurementsSigInterfacesDvbt2L1NetworkId OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "Unique identifier of the current DVB-T2 network. A value of 0xFFFF indicates that the network id is unknown." ::= { measurementsSigInterfacesDvbt2Entry 57 } measurementsSigInterfacesDvbt2L1T2SystemId OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "Unique identifier of a T2 system within the DVB-T2 network. A value of 0xFFFF indicates that the system id is unknown." ::= { measurementsSigInterfacesDvbt2Entry 58 } measurementsSigInterfacesDvbt2L1NumT2Frames OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "The number of T2-frames per super-frame. A value of 0xFF indicates that the number of T2-frames is unknown." ::= { measurementsSigInterfacesDvbt2Entry 59 } measurementsSigInterfacesDvbt2L1NumDataSymbols OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "The number of data OFDM symbols per T2-frame excluding P1 and P2. A value of 0xFFFF indicates that the number of OFDM symbols is unknown." ::= { measurementsSigInterfacesDvbt2Entry 60 } measurementsSigInterfacesDvbt2L1RegenFlag OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "Indicates how many times the DVB-t2 signal has been re-generated. A value of 0xFF indicates that the number is unknown." ::= { measurementsSigInterfacesDvbt2Entry 61 } measurementsSigInterfacesDvbt2L1PostExtension OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-only STATUS current DESCRIPTION "Indicates the presence of the L1-post extension field." ::= { measurementsSigInterfacesDvbt2Entry 62 } measurementsSigInterfacesDvbt2L1NumRf OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "The number of frequencies in the current T2 system. A value of 0xFF indicates that the number is unknown." ::= { measurementsSigInterfacesDvbt2Entry 63 } measurementsSigInterfacesDvbt2L1Reserved OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "Reserved bits according to specification ETSI EN 302 755. A value larger than 0x3F indicates that the number is unknown." ::= { measurementsSigInterfacesDvbt2Entry 64 } measurementsSigInterfacesDvbt2L1CRC OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "32-bit error detection code of the L1-pre signalling as defined in ETSI EN 302 755. A value of 0xFFFFFFFF indicates that the number is unknown." ::= { measurementsSigInterfacesDvbt2Entry 65 } measurementsSigInterfacesDvbt2L1T2Version OBJECT-TYPE SYNTAX RfDvbt2Version MAX-ACCESS read-only STATUS current DESCRIPTION "The DVB-T2 version." ::= { measurementsSigInterfacesDvbt2Entry 66 } measurementsSigInterfacesDvbt2L1S1Field OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "The undecoded S1 field (Preamble Format)." ::= { measurementsSigInterfacesDvbt2Entry 67 } measurementsSigInterfacesDvbt2L1RfIndex OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "RF Index [0..7]. A value larger than 7 indicates that the number is unknown." ::= { measurementsSigInterfacesDvbt2Entry 68 } measurementsSigInterfacesDvbt2PLPId OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "Unique identifier for the PLP within the T2 system. A value of 0xFF indicates that the PLP id is unknown." ::= { measurementsSigInterfacesDvbt2Entry 70 } measurementsSigInterfacesDvbt2PLPType OBJECT-TYPE SYNTAX RfDvbt2PLPType MAX-ACCESS read-only STATUS current DESCRIPTION "The type of the associated PLP." ::= { measurementsSigInterfacesDvbt2Entry 71 } measurementsSigInterfacesDvbt2PLPPayloadType OBJECT-TYPE SYNTAX RfDvbt2PLPPayloadType MAX-ACCESS read-only STATUS current DESCRIPTION "The type of the payload data carried by the associated PLP." ::= { measurementsSigInterfacesDvbt2Entry 72 } measurementsSigInterfacesDvbt2PLPGroupId OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "Identifies with which PLP group within the T2 sytem the current PLP is associated. A value of 0xFF indicates that the group id is unknown." ::= { measurementsSigInterfacesDvbt2Entry 76 } measurementsSigInterfacesDvbt2PLPCodeRate OBJECT-TYPE SYNTAX RfDvbt2CodeRate MAX-ACCESS read-only STATUS current DESCRIPTION "The condition of the DVB-T2 Code Rate for the associated PLP." ::= { measurementsSigInterfacesDvbt2Entry 77 } measurementsSigInterfacesDvbt2PLPConstellation OBJECT-TYPE SYNTAX RfDvbt2Constellation MAX-ACCESS read-only STATUS current DESCRIPTION "The condition of the DVB-T2 modulation for the asspciated PLP." ::= { measurementsSigInterfacesDvbt2Entry 78 } measurementsSigInterfacesDvbt2PLPRotated OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-only STATUS current DESCRIPTION "Indicates wheter constellation rotation is in use by the associated PLP." ::= { measurementsSigInterfacesDvbt2Entry 79 } measurementsSigInterfacesDvbt2PLPFECType OBJECT-TYPE SYNTAX RfDvbt2PLPFECType MAX-ACCESS read-only STATUS current DESCRIPTION "Indicates the FEC type used by the associated PLP." ::= { measurementsSigInterfacesDvbt2Entry 80 } measurementsSigInterfacesDvbt2PLPNumBlocksMax OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "Indicates the maximum value of blocks for this PLP. A value of 0xFFFF indicates that the maximum value of blocks is unknown." ::= { measurementsSigInterfacesDvbt2Entry 81 } measurementsSigInterfacesDvbt2PLPFrameInterval OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "Indicates the T2-frame interval within the super-frame for the associated PLP. A value of 0xFF indicates the the frame interval is unknown." ::= { measurementsSigInterfacesDvbt2Entry 82 } measurementsSigInterfacesDvbt2PLPTimeILLength OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "To be interpreted together with TimeILType according to ETSI EN 302 755. A value 0f 0xFF indicates that the number is unknown." ::= { measurementsSigInterfacesDvbt2Entry 83 } measurementsSigInterfacesDvbt2PLPTimeILType OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "Indicates the type of time-interleaving. A value of 0xFF indicates that the number is unknown." ::= { measurementsSigInterfacesDvbt2Entry 84 } measurementsSigInterfacesDvbt2PLPInBandSignallingA OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-only STATUS current DESCRIPTION "Indicates whether the current PLP carries in-band signalling A information." ::= { measurementsSigInterfacesDvbt2Entry 85 } measurementsSigInterfacesDvbt2PLPInBandSignallingB OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-only STATUS current DESCRIPTION "Indicates whether the current PLP carries in-band signalling B information." ::= { measurementsSigInterfacesDvbt2Entry 86 } measurementsSigInterfacesDvbt2PLPStaticFlag OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-only STATUS current DESCRIPTION "Static Flag." ::= { measurementsSigInterfacesDvbt2Entry 87 } measurementsSigInterfacesDvbt2PLPStaticPaddingFlag OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-only STATUS current DESCRIPTION "Static Padding Flag." ::= { measurementsSigInterfacesDvbt2Entry 88 } measurementsSigInterfacesDvbt2PLPFixedFrequencyFlag OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-only STATUS current DESCRIPTION "Fixed Frequency Flag." ::= { measurementsSigInterfacesDvbt2Entry 89 } measurementsSigInterfacesDvbt2PLPFirstRfIndex OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "First RF Index [0..7]." ::= { measurementsSigInterfacesDvbt2Entry 90 } measurementsSigInterfacesDvbt2PLPFirstFrameIndex OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "First Frame Index [0..255]." ::= { measurementsSigInterfacesDvbt2Entry 91 } measurementsSigInterfacesDvbt2PLPNumberOfPLPs OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "Total number of detected PLPs." ::= { measurementsSigInterfacesDvbt2Entry 92 } measurementsSigInterfacesDvbt2PLPMode OBJECT-TYPE SYNTAX RfDvbt2PLPMode MAX-ACCESS read-only STATUS current DESCRIPTION "The PLP Mode." ::= { measurementsSigInterfacesDvbt2Entry 93 } measurementsSigInterfacesDvbt2PLPReserved1 OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "This 8 bit field is reserved for future use." ::= { measurementsSigInterfacesDvbt2Entry 94 } measurementsSigInterfacesDvbt2LowerShoulderValue OBJECT-TYPE SYNTAX FloatingPoint MAX-ACCESS read-only STATUS current DESCRIPTION "The measured value of the DVB-T2 lower shoulder in dB." ::= { measurementsSigInterfacesDvbt2Entry 100 } measurementsSigInterfacesDvbt2UpperShoulderValue OBJECT-TYPE SYNTAX FloatingPoint MAX-ACCESS read-only STATUS current DESCRIPTION "The measured value of the DVB-T2 lower shoulder in dB." ::= { measurementsSigInterfacesDvbt2Entry 101 } measurementsSigInterfacesDvbt2AllEchoesWithinLimits OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-only STATUS current DESCRIPTION "If this value is 1, it indicates that alle echoes are within the configured limit. A value of 2 indicates that at least one echo is not within the configured limit. It is also 2 if no limits have been configured. This oid requires the option K-58." ::= { measurementsSigInterfacesDvbt2Entry 102 } measurementsSigInterfacesDvbt2CommonPLPId OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "Unique identifier for the common PLP within the T2 system. A value of 0xFF indicates that the PLP id is unknown." ::= { measurementsSigInterfacesDvbt2Entry 105 } measurementsSigInterfacesDvbt2CommonPLPType OBJECT-TYPE SYNTAX RfDvbt2PLPType MAX-ACCESS read-only STATUS current DESCRIPTION "The type of the associated common PLP." ::= { measurementsSigInterfacesDvbt2Entry 106 } measurementsSigInterfacesDvbt2CommonPLPPayloadType OBJECT-TYPE SYNTAX RfDvbt2PLPPayloadType MAX-ACCESS read-only STATUS current DESCRIPTION "The type of the payload data carried by the associated common PLP." ::= { measurementsSigInterfacesDvbt2Entry 107 } measurementsSigInterfacesDvbt2CommonPLPGroupId OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "Identifies with which PLP group within the T2 sytem the current common PLP is associated. A value of 0xFF indicates that the group id is unknown." ::= { measurementsSigInterfacesDvbt2Entry 108 } measurementsSigInterfacesDvbt2CommonPLPCodeRate OBJECT-TYPE SYNTAX RfDvbt2CodeRate MAX-ACCESS read-only STATUS current DESCRIPTION "The condition of the DVB-T2 Code Rate for the associated common PLP." ::= { measurementsSigInterfacesDvbt2Entry 109 } measurementsSigInterfacesDvbt2CommonPLPConstellation OBJECT-TYPE SYNTAX RfDvbt2Constellation MAX-ACCESS read-only STATUS current DESCRIPTION "The condition of the DVB-T2 modulation for the associated common PLP." ::= { measurementsSigInterfacesDvbt2Entry 110 } measurementsSigInterfacesDvbt2CommonPLPRotated OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-only STATUS current DESCRIPTION "Indicates wheter constellation rotation is in use by the associated common PLP." ::= { measurementsSigInterfacesDvbt2Entry 111 } measurementsSigInterfacesDvbt2CommonPLPFECType OBJECT-TYPE SYNTAX RfDvbt2PLPFECType MAX-ACCESS read-only STATUS current DESCRIPTION "Indicates the FEC type used by the associated common PLP." ::= { measurementsSigInterfacesDvbt2Entry 112 } measurementsSigInterfacesDvbt2CommonPLPNumBlocksMax OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "Indicates the maximum value of blocks for the common PLP. A value of 0xFFFF indicates that the maximum value of blocks is unknown." ::= { measurementsSigInterfacesDvbt2Entry 113 } measurementsSigInterfacesDvbt2CommonPLPFrameInterval OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "Indicates the T2-frame interval within the super-frame for the associated PLP. A value of 0xFF indicates the the frame interval is unknown." ::= { measurementsSigInterfacesDvbt2Entry 114 } measurementsSigInterfacesDvbt2CommonPLPTimeILLength OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "To be interpreted together with TimeILType according to ETSI EN 302 755 for the common PLP. A value 0f 0xFF indicates that the number is unknown." ::= { measurementsSigInterfacesDvbt2Entry 115 } measurementsSigInterfacesDvbt2CommonPLPTimeILType OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "Indicates the type of time-interleaving for the common PLP. A value of 0xFF indicates that the number is unknown." ::= { measurementsSigInterfacesDvbt2Entry 116 } measurementsSigInterfacesDvbt2CommonPLPInBandSignallingA OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-only STATUS current DESCRIPTION "Indicates whether the common PLP carries in-band signalling A information." ::= { measurementsSigInterfacesDvbt2Entry 117 } measurementsSigInterfacesDvbt2CommonPLPInBandSignallingB OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-only STATUS current DESCRIPTION "Indicates whether the common PLP carries in-band signalling B information." ::= { measurementsSigInterfacesDvbt2Entry 118 } measurementsSigInterfacesDvbt2CommonPLPStaticFlag OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-only STATUS current DESCRIPTION "Static Flag for the common PLP." ::= { measurementsSigInterfacesDvbt2Entry 119 } measurementsSigInterfacesDvbt2CommonPLPStaticPaddingFlag OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-only STATUS current DESCRIPTION "Static Padding Flag for the common PLP." ::= { measurementsSigInterfacesDvbt2Entry 120 } measurementsSigInterfacesDvbt2CommonPLPFixedFrequencyFlag OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-only STATUS current DESCRIPTION "Fixed Frequency Flag for the common PLP." ::= { measurementsSigInterfacesDvbt2Entry 121 } measurementsSigInterfacesDvbt2CommonPLPFirstRfIndex OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "First RF Index [0..7] for the common PLP." ::= { measurementsSigInterfacesDvbt2Entry 122 } measurementsSigInterfacesDvbt2CommonPLPFirstFrameIndex OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "First Frame Index [0..255] for the common PLP." ::= { measurementsSigInterfacesDvbt2Entry 123 } measurementsSigInterfacesDvbt2CommonPLPMode OBJECT-TYPE SYNTAX RfDvbt2PLPMode MAX-ACCESS read-only STATUS current DESCRIPTION "The PLP Mode for the common PLP." ::= { measurementsSigInterfacesDvbt2Entry 124 } measurementsSigInterfacesDvbt2CommonPLPReserved1 OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "This 8 bit field is reserved for future use for the common PLP." ::= { measurementsSigInterfacesDvbt2Entry 125 } measurementsSigInterfacesDvbt2L1PostScrambled OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-only STATUS current DESCRIPTION "Indicates whether post scrambling is on." ::= { measurementsSigInterfacesDvbt2Entry 130 } measurementsSigInterfacesDvbt2L1BaseLITE OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-only STATUS current DESCRIPTION "Indicates whether the T2-base profile is compatible with the T2-LITE profile." ::= { measurementsSigInterfacesDvbt2Entry 131 } measurementsSigInterfacesDvbt2PlpTable OBJECT-TYPE SYNTAX SEQUENCE OF MeasurementsSigInterfacesDvbt2PlpEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "Contains the detected Plp Ids for a DVB-T2 signal." ::= { measurementsSigInterfaces 7 } measurementsSigInterfacesDvbt2PlpEntry OBJECT-TYPE SYNTAX MeasurementsSigInterfacesDvbt2PlpEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "One entry of the Measurements Signal Interfaces Plp (DVB-T2) table." INDEX { moduleMacAddress, modulePortIndex, measurementsSigInterfacesDvbt2PlpIndex} ::= { measurementsSigInterfacesDvbt2PlpTable 1 } MeasurementsSigInterfacesDvbt2PlpEntry ::= SEQUENCE { measurementsSigInterfacesDvbt2PlpIndex Unsigned32, measurementsSigInterfacesDvbt2PlpId Unsigned32 } measurementsSigInterfacesDvbt2PlpIndex OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS not-accessible STATUS current DESCRIPTION "Index of detected PLP." ::= { measurementsSigInterfacesDvbt2PlpEntry 1 } measurementsSigInterfacesDvbt2PlpId OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "The Plp Id of the entry." ::= { measurementsSigInterfacesDvbt2PlpEntry 2 } ---- measurementsSigInterfacesIPChannelLogTable OBJECT-TYPE SYNTAX SEQUENCE OF MeasurementsSigInterfacesIPChannelLogEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "This table contains the measurement values for the IP flows." ::= { measurementsSigInterfaces 5 } measurementsSigInterfacesIPChannelLogEntry OBJECT-TYPE SYNTAX MeasurementsSigInterfacesIPChannelLogEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "One entry of the Measurements Signal Interfaces IP channel log table." INDEX { moduleMacAddress, modulePortIndex} ::= { measurementsSigInterfacesIPChannelLogTable 1 } MeasurementsSigInterfacesIPChannelLogEntry ::= SEQUENCE { measurementsSigInterfacesIPChannelLogTSPacketsPerIPPacket Unsigned32, measurementsSigInterfacesIPChannelLogDataLength Unsigned32, measurementsSigInterfacesIPChannelLogBitRate Unsigned32, measurementsSigInterfacesIPChannelLogTSBitRate Unsigned32, measurementsSigInterfacesIPChannelLogNominalTSBitRate Unsigned32, measurementsSigInterfacesIPChannelLogInterarrivalJitterValue Integer32, measurementsSigInterfacesIPChannelLogMDIDelayFactorValue Integer32, measurementsSigInterfacesIPChannelLogMDIDelayFactorPeak Integer32, measurementsSigInterfacesIPChannelLogMDIMediaLossRateValue Integer32, measurementsSigInterfacesIPChannelLogMDIMediaLossRatePeak Integer32, measurementsSigInterfacesIPChannelLogDataType IpDataType, measurementsSigInterfacesIPChannelLogInterarrivalJitterPeak Integer32, measurementsSigInterfacesIPChannelLogSourceIPAddress IpAddress, measurementsSigInterfacesIPChannelLogDestinationIPAddress IpAddress, measurementsSigInterfacesIPChannelLogDestinationPort Unsigned32 } measurementsSigInterfacesIPChannelLogTSPacketsPerIPPacket OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "The measured value of the TS packets per IP packet." ::= { measurementsSigInterfacesIPChannelLogEntry 2 } measurementsSigInterfacesIPChannelLogDataLength OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "The measured value of the IP data length." ::= { measurementsSigInterfacesIPChannelLogEntry 3 } measurementsSigInterfacesIPChannelLogBitRate OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "The measured value of the IP bit rate. The unit of this object is bit/s." ::= { measurementsSigInterfacesIPChannelLogEntry 4 } measurementsSigInterfacesIPChannelLogTSBitRate OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "The measured value of the TS bit rate. The unit of this object is bit/s." ::= { measurementsSigInterfacesIPChannelLogEntry 5 } measurementsSigInterfacesIPChannelLogNominalTSBitRate OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "The measured value of the nominal TS bit rate. The unit of this object is bit/s." ::= { measurementsSigInterfacesIPChannelLogEntry 6 } measurementsSigInterfacesIPChannelLogInterarrivalJitterValue OBJECT-TYPE SYNTAX Integer32 MAX-ACCESS read-only STATUS current DESCRIPTION "The measured value of the IP interarrival jitter. The unit of this object is microseconds." ::= { measurementsSigInterfacesIPChannelLogEntry 7 } measurementsSigInterfacesIPChannelLogMDIDelayFactorValue OBJECT-TYPE SYNTAX Integer32 MAX-ACCESS read-only STATUS current DESCRIPTION "The measured value of the MDI delay factor. The unit of this object is microseconds." ::= { measurementsSigInterfacesIPChannelLogEntry 8 } measurementsSigInterfacesIPChannelLogMDIDelayFactorPeak OBJECT-TYPE SYNTAX Integer32 MAX-ACCESS read-only STATUS current DESCRIPTION "The measured peak value of the MDI delay factor. The unit of this object is microseconds." ::= { measurementsSigInterfacesIPChannelLogEntry 9 } measurementsSigInterfacesIPChannelLogMDIMediaLossRateValue OBJECT-TYPE SYNTAX Integer32 MAX-ACCESS read-only STATUS current DESCRIPTION "The measured value of the MDI media loss rate. The unit of this object is TS packets per seconds." ::= { measurementsSigInterfacesIPChannelLogEntry 10 } measurementsSigInterfacesIPChannelLogMDIMediaLossRatePeak OBJECT-TYPE SYNTAX Integer32 MAX-ACCESS read-only STATUS current DESCRIPTION "The measured peak value of the MDI media loss rate. The unit of this object is TS packets per seconds." ::= { measurementsSigInterfacesIPChannelLogEntry 11 } measurementsSigInterfacesIPChannelLogDataType OBJECT-TYPE SYNTAX IpDataType MAX-ACCESS read-only STATUS current DESCRIPTION "The measured value of the IP data type." ::= { measurementsSigInterfacesIPChannelLogEntry 12 } measurementsSigInterfacesIPChannelLogInterarrivalJitterPeak OBJECT-TYPE SYNTAX Integer32 MAX-ACCESS read-only STATUS current DESCRIPTION "The measured peak value of the IP interarrival jitter. The unit of this object is microseconds." ::= { measurementsSigInterfacesIPChannelLogEntry 15 } measurementsSigInterfacesIPChannelLogSourceIPAddress OBJECT-TYPE SYNTAX IpAddress MAX-ACCESS read-create STATUS current DESCRIPTION " " ::= { measurementsSigInterfacesIPChannelLogEntry 20 } measurementsSigInterfacesIPChannelLogDestinationIPAddress OBJECT-TYPE SYNTAX IpAddress MAX-ACCESS read-create STATUS current DESCRIPTION " " ::= { measurementsSigInterfacesIPChannelLogEntry 22 } measurementsSigInterfacesIPChannelLogDestinationPort OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-create STATUS current DESCRIPTION " " ::= { measurementsSigInterfacesIPChannelLogEntry 23 } ---- measurementsQpsnr OBJECT-IDENTITY STATUS current DESCRIPTION " " ::= { measurements 2 } qpsnrAverageValue OBJECT-TYPE SYNTAX FloatingPoint MAX-ACCESS read-only STATUS current DESCRIPTION "The current average value of the qPSNR measurement. The unit of this object is dB." ::= { measurementsQpsnr 1 } qpsnrPeakValue OBJECT-TYPE SYNTAX FloatingPoint MAX-ACCESS read-only STATUS current DESCRIPTION "The current peak value of the qPSNR measurement. The unit of this object is dB." ::= { measurementsQpsnr 5 } qpsnrPeakMin OBJECT-TYPE SYNTAX FloatingPoint MAX-ACCESS read-only STATUS current DESCRIPTION "The min. peak value of the qPSNR measurement. The unit of this object is dB." ::= { measurementsQpsnr 6 } qpsnrPeakMax OBJECT-TYPE SYNTAX FloatingPoint MAX-ACCESS read-only STATUS current DESCRIPTION "The max. peak value of the qPSNR measurement. The unit of this object is dB." ::= { measurementsQpsnr 7 } qpsnrViolationInfo OBJECT-IDENTITY STATUS current DESCRIPTION " " ::= { measurementsQpsnr 10 } qpsnrViolationInfoSequenceNumberMin OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "The sequence number of the first valid violation entry. This number is unique and can occur only once." ::= { qpsnrViolationInfo 1 } qpsnrViolationInfoSequenceNumberMax OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "The sequence number of the last valid violation entry. This number is unique and can occur only once." ::= { qpsnrViolationInfo 2 } qpsnrViolationInfoEntryCount OBJECT-TYPE SYNTAX Unsigned32 (0..10000) MAX-ACCESS read-only STATUS current DESCRIPTION "The number of valid entries in the violation table." ::= { qpsnrViolationInfo 3 } qpsnrViolationTable OBJECT-TYPE SYNTAX SEQUENCE OF QpsnrViolationEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION " " ::= { measurementsQpsnr 15 } qpsnrViolationEntry OBJECT-TYPE SYNTAX QpsnrViolationEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "One entry of the qPSNR violation table." INDEX { qpsnrViolationEntrySequenceNumber } ::= { qpsnrViolationTable 1 } QpsnrViolationEntry ::= SEQUENCE { qpsnrViolationEntrySequenceNumber Unsigned32, qpsnrViolationEntryGenerationTime DateAndTime, qpsnrViolationEntryPeakValueMin FloatingPoint, qpsnrViolationEntryViolationBegin Unsigned32, qpsnrViolationEntryViolationEnd Unsigned32, qpsnrViolationEntryRecordBegin Integer32, qpsnrViolationEntryRecordEnd Integer32, qpsnrViolationEntryRecordLength Integer32, qpsnrViolationEntryAnalysisType QpsnrAnalysisType } qpsnrViolationEntrySequenceNumber OBJECT-TYPE SYNTAX Unsigned32 (0..4294967295) MAX-ACCESS not-accessible STATUS current DESCRIPTION "The sequence number of the violation table entry. This number is unique and can occur only once." ::= { qpsnrViolationEntry 1 } qpsnrViolationEntryGenerationTime OBJECT-TYPE SYNTAX DateAndTime MAX-ACCESS read-only STATUS current DESCRIPTION "The value of this object indicates the point in time at which the violation starts." ::= { qpsnrViolationEntry 2 } qpsnrViolationEntryPeakValueMin OBJECT-TYPE SYNTAX FloatingPoint MAX-ACCESS read-only STATUS current DESCRIPTION "The min. peak value of the qPSNR measurement in section recorded. The unit of this object is dB." ::= { qpsnrViolationEntry 5 } qpsnrViolationEntryViolationBegin OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "The start of the violation, measured in seconds relative to start of measurement" ::= { qpsnrViolationEntry 10 } qpsnrViolationEntryViolationEnd OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "The end of the violation, measured in seconds relative to start of measurement" ::= { qpsnrViolationEntry 11 } qpsnrViolationEntryRecordBegin OBJECT-TYPE SYNTAX Integer32 MAX-ACCESS read-only STATUS current DESCRIPTION "The start of the recording, measured in seconds relative to start of measurement. If the record does not exist, -1 is returned." ::= { qpsnrViolationEntry 15 } qpsnrViolationEntryRecordEnd OBJECT-TYPE SYNTAX Integer32 MAX-ACCESS read-only STATUS current DESCRIPTION "The end of the recording, measured in seconds relative to start of measurement. If the record does not exist, -1 is returned." ::= { qpsnrViolationEntry 16 } qpsnrViolationEntryRecordLength OBJECT-TYPE SYNTAX Integer32 MAX-ACCESS read-only STATUS current DESCRIPTION "The length of the recording in seconds. If the record does not exist, -1 is returned." ::= { qpsnrViolationEntry 17 } qpsnrViolationEntryAnalysisType OBJECT-TYPE SYNTAX QpsnrAnalysisType MAX-ACCESS read-only STATUS current DESCRIPTION "The analysis type of the recorded section" ::= { qpsnrViolationEntry 20 } tsTest OBJECT-IDENTITY STATUS current DESCRIPTION "This node holds results of transport stream tests for each module and input port in different formats : TsTestStatistics (statistics in the DVMS application) FailureSummary (used as bindings for monitoring log traps)." ::= { rsDvmsObjs 3 } tsTestStatisticsTable OBJECT-TYPE SYNTAX SEQUENCE OF TsTestStatisticsEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "Information relating to the Monitoring Statistics Table (statistics in the DVMS application) for each module and input port." ::= { tsTest 2 } tsTestStatisticsEntry OBJECT-TYPE SYNTAX TsTestStatisticsEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "One entry of the Monitoring Statistics Table." INDEX { moduleMacAddress, modulePortIndex, tsTestStatisticsTestNumber } ::= { tsTestStatisticsTable 1 } TsTestStatisticsEntry ::= SEQUENCE { tsTestStatisticsTestNumber IndexTransportStreamTest, tsTestStatisticsState TestState, tsTestStatisticsErrorSeconds Unsigned32, tsTestStatisticsAlarmState TsTreeAlarmState } tsTestStatisticsTestNumber OBJECT-TYPE SYNTAX IndexTransportStreamTest MAX-ACCESS not-accessible STATUS current DESCRIPTION "Transport stream test number; see definition of IndexTransportStreamTest." ::= { tsTestStatisticsEntry 2 } tsTestStatisticsState OBJECT-TYPE SYNTAX TestState MAX-ACCESS read-only STATUS current DESCRIPTION "This indicates the current state of the test. The summary state can either be disabled, unknown, pass or fail." ::= { tsTestStatisticsEntry 9 } tsTestStatisticsErrorSeconds OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "The number of error seconds (0 to 9999). " ::= { tsTestStatisticsEntry 11 } tsTestStatisticsAlarmState OBJECT-TYPE SYNTAX TsTreeAlarmState MAX-ACCESS read-only STATUS current DESCRIPTION "This object contains bit flags, specifying the actual alarm state of the error seconds object. See the textual convention TsTreeAlarmState in this document above for all possible values." ::= { tsTestStatisticsEntry 15 } tsTestFailureSummaryTable OBJECT-TYPE SYNTAX SEQUENCE OF TsTestFailureSummaryEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "This table holds a summary of all transport stream test failures for each module and input port." ::= { tsTest 3 } tsTestFailureSummaryEntry OBJECT-TYPE SYNTAX TsTestFailureSummaryEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "One entry in the tsTestFailureSummaryTable." INDEX { moduleMacAddress, modulePortIndex } ::= { tsTestFailureSummaryTable 1 } TsTestFailureSummaryEntry ::= SEQUENCE { tsTestAlarmSummaryBits TsTestFailureSummary, tsTestWarningSummaryBits TsTestFailureSummary, tsTestInfoSummaryBits TsTestFailureSummary } tsTestAlarmSummaryBits OBJECT-TYPE SYNTAX TsTestFailureSummary MAX-ACCESS read-only STATUS current DESCRIPTION "This bit string contains a summary of all 'alarms' for each module and input port. If the bit for the test is set to 1, the corresponding test is in the alarm state." ::= { tsTestFailureSummaryEntry 1 } tsTestWarningSummaryBits OBJECT-TYPE SYNTAX TsTestFailureSummary MAX-ACCESS read-only STATUS current DESCRIPTION "This bit string contains a summary of all 'warnings' for each module and input port. If the bit for the test is set to 1, the corresponding test is in the warning state." ::= { tsTestFailureSummaryEntry 2 } tsTestInfoSummaryBits OBJECT-TYPE SYNTAX TsTestFailureSummary MAX-ACCESS read-only STATUS current DESCRIPTION "This bit string contains a summary of all 'info' for each module and input port. If the bit for the test is set to 1, the corresponding test is in the info state." ::= { tsTestFailureSummaryEntry 3 } -- ### tsTestFailure Summary End tsTestAlarmLineState OBJECT-TYPE SYNTAX AlarmLineState MAX-ACCESS read-only STATUS current DESCRIPTION "This bit string contains a summary of all alarm lines. If a bit is set to 1, the corresponding alarm line is active (VirtualContact closed)." ::= { tsTest 4 } tsTree OBJECT-IDENTITY STATUS current DESCRIPTION "Information relating to the transport stream tree for each module and input port." ::= { rsDvmsObjs 5 } tsTreePidTable OBJECT-TYPE SYNTAX SEQUENCE OF TsTreePidEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "Information relating to the transport stream tree for each module and input port. The index for the table is the PID for each element. For T2-MI this table is only filled for the moduelPortIndex related to a connceted PLP but not for the T2-MI layer." ::= { tsTree 1 } tsTreePidEntry OBJECT-TYPE SYNTAX TsTreePidEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "One entry in the tsTreePidTable." INDEX { moduleMacAddress, modulePortIndex, tsTreePidSequenceNumber, tsTreePidPID } ::= { tsTreePidTable 1 } TsTreePidEntry ::= SEQUENCE { tsTreePidSequenceNumber Unsigned32, tsTreePidPID PID, tsTreePidNodeType NodeType, tsTreePidTsId Integer32, tsTreePidCaState Unsigned32, tsTreePidService Integer32, tsTreePidEsInfo TsTreeEsInfo, tsTreePidAlarmState TsTreeAlarmState, tsTreePidBitRateMin Unsigned32, tsTreePidBitRateMax Unsigned32, tsTreePidBitRateAbsMin Unsigned32, tsTreePidBitRateAbsMax Unsigned32, tsTreePidLayer ISDBTLayer } tsTreePidSequenceNumber OBJECT-TYPE SYNTAX Unsigned32 (0..65535) MAX-ACCESS not-accessible STATUS current DESCRIPTION "This object contains the index sequence number for the ts tree PID table." ::= { tsTreePidEntry 1 } tsTreePidPID OBJECT-TYPE SYNTAX PID MAX-ACCESS not-accessible STATUS current DESCRIPTION "This object contains the index PID for the PID info table." ::= { tsTreePidEntry 2 } tsTreePidNodeType OBJECT-TYPE SYNTAX NodeType MAX-ACCESS read-only STATUS current DESCRIPTION "NodeType is used to describe the type of a transport stream tree node, see 'NodeType ::= TEXTUAL-CONVENTION' in this document above" ::= { tsTreePidEntry 3 } tsTreePidTsId OBJECT-TYPE SYNTAX Integer32 MAX-ACCESS read-only STATUS current DESCRIPTION " The transport_stream_id for this Transport Stream as read from the PAT. If the transport_stream_id is unknown, this object has the value -1." REFERENCE "ISO/IEC 13818-1 2.4.4.3" ::= { tsTreePidEntry 4 } tsTreePidCaState OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "This object contains the Conditional Access status concerning the TsTreePidEntry. If the TsTreePidEntry is scrambled this object has the value 1, otherwise 0." ::= { tsTreePidEntry 6 } tsTreePidService OBJECT-TYPE SYNTAX Integer32 MAX-ACCESS read-only STATUS current DESCRIPTION "This object contains the service of an elementary stream. This object contains -1 for all other node types." ::= { tsTreePidEntry 7 } tsTreePidEsInfo OBJECT-TYPE SYNTAX TsTreeEsInfo MAX-ACCESS read-only STATUS current DESCRIPTION "This object contains the elementary stream info concerning the TsTreePidEntry. See the textual convention TsTreeEsInfo in this document above for all possible values." ::= { tsTreePidEntry 8 } tsTreePidAlarmState OBJECT-TYPE SYNTAX TsTreeAlarmState MAX-ACCESS read-only STATUS current DESCRIPTION "This object contains bit flags, specifying the actual alarm state of the tree node object. See the textual convention TsTreeAlarmState in this document above for all possible values." ::= { tsTreePidEntry 9 } tsTreePidBitRateMin OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "This object contains the minimum bit rate in bits per second of the corresponding tree node object." ::= { tsTreePidEntry 10 } tsTreePidBitRateMax OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "This object contains the maximum bit rate in bits per second of the corresponding tree node object." ::= { tsTreePidEntry 11 } tsTreePidBitRateAbsMin OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "This object contains the absolute minimum bit rate in bits per second of the corresponding tree node object." ::= { tsTreePidEntry 12 } tsTreePidBitRateAbsMax OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "This object contains the absolute maximum bit rate in bits per second of the corresponding tree node object." ::= { tsTreePidEntry 13 } tsTreePidLayer OBJECT-TYPE SYNTAX ISDBTLayer MAX-ACCESS read-only STATUS current DESCRIPTION "This object contains the ISDB-T layer of the corresponding tree node object." ::= { tsTreePidEntry 19 } -- ### tsTreePidTable End tsTreeServiceIdTable OBJECT-TYPE SYNTAX SEQUENCE OF TsTreeServiceIdEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "Information relating to the transport stream tree for each module and input port. The index for the table is the service ID for each element. For T2-MI this table is only filled for the moduelPortIndex related to a connceted PLP but not for the T2-MI layer." ::= { tsTree 2 } tsTreeServiceIdEntry OBJECT-TYPE SYNTAX TsTreeServiceIdEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "One entry in the tsTreeServiceIdTable." INDEX { moduleMacAddress, modulePortIndex, tsTreeServiceIdSequenceNumber, tsTreeServiceIdServiceId } ::= { tsTreeServiceIdTable 1 } TsTreeServiceIdEntry ::= SEQUENCE { tsTreeServiceIdSequenceNumber Unsigned32, tsTreeServiceIdServiceId Unsigned32, tsTreeServiceIdProgramName ReadableString, tsTreeServiceIdProgramNo Unsigned32, tsTreeServiceIdMajorChannelNo Integer32, tsTreeServiceIdMinorChannelNo Integer32, tsTreeServiceIdAlarmState TsTreeAlarmState, tsTreeServiceIdPcrPid PID, tsTreeServiceIdBitRateMin Unsigned32, tsTreeServiceIdBitRateMax Unsigned32, tsTreeServiceIdBitRateAbsMin Unsigned32, tsTreeServiceIdBitRateAbsMax Unsigned32, tsTreeServiceIdLayer ISDBTLayer, tsTreeServiceIdProviderName ReadableString, tsTreeServiceIdRunningState RunningState, tsTreeServiceIdCAMode CAMode } tsTreeServiceIdSequenceNumber OBJECT-TYPE SYNTAX Unsigned32 (0..65535) MAX-ACCESS not-accessible STATUS current DESCRIPTION "This object contains the index sequence number for the TS tree service table." ::= { tsTreeServiceIdEntry 1 } tsTreeServiceIdServiceId OBJECT-TYPE SYNTAX Unsigned32 (1..65535) MAX-ACCESS not-accessible STATUS current DESCRIPTION "This object contains the service ID for the service info table [1...65535]." ::= { tsTreeServiceIdEntry 2 } tsTreeServiceIdProgramName OBJECT-TYPE SYNTAX ReadableString MAX-ACCESS read-only STATUS current DESCRIPTION " The service_name from the service_descriptor in the SDT. If this information is not available, the value of this object will be a zero length string." ::= { tsTreeServiceIdEntry 3 } tsTreeServiceIdProgramNo OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "The program number referenced in the PAT" ::= { tsTreeServiceIdEntry 4 } tsTreeServiceIdMajorChannelNo OBJECT-TYPE SYNTAX Integer32 MAX-ACCESS read-only STATUS current DESCRIPTION "The major channel number for ATSC Services. -1 = undefinded." ::= { tsTreeServiceIdEntry 5 } tsTreeServiceIdMinorChannelNo OBJECT-TYPE SYNTAX Integer32 MAX-ACCESS read-only STATUS current DESCRIPTION "The minor channel number for ATSC Services. -1 = undefinded." ::= { tsTreeServiceIdEntry 6 } tsTreeServiceIdAlarmState OBJECT-TYPE SYNTAX TsTreeAlarmState MAX-ACCESS read-only STATUS current DESCRIPTION "This object contains bit flags, specifying the current alarm state of the tree node service. See the textual convention TsTreeAlarmState in this document above for all possible values." ::= { tsTreeServiceIdEntry 7 } tsTreeServiceIdPcrPid OBJECT-TYPE SYNTAX PID MAX-ACCESS read-only STATUS current DESCRIPTION " The PCR PID for this service as read from the PMT " REFERENCE "ISO/IEC 13838-1 2.4.4.8" ::= { tsTreeServiceIdEntry 8 } tsTreeServiceIdBitRateMin OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "This object contains the minimum bit rate in bits per second of the corresponding service tree node." ::= { tsTreeServiceIdEntry 9 } tsTreeServiceIdBitRateMax OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "This object contains the maximum bit rate in bits per second of the corresponding service tree node." ::= { tsTreeServiceIdEntry 10 } tsTreeServiceIdBitRateAbsMin OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "This object contains the absolute minimum bit rate in bits per second of the corresponding service tree node." ::= { tsTreeServiceIdEntry 11 } tsTreeServiceIdBitRateAbsMax OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "This object contains the absolute maximum bit rate in bits per second of the corresponding service tree node." ::= { tsTreeServiceIdEntry 12 } tsTreeServiceIdLayer OBJECT-TYPE SYNTAX ISDBTLayer MAX-ACCESS read-only STATUS current DESCRIPTION "This object contains the ISDB-T layer of the corresponding tree node object." ::= { tsTreeServiceIdEntry 13 } tsTreeServiceIdProviderName OBJECT-TYPE SYNTAX ReadableString MAX-ACCESS read-only STATUS current DESCRIPTION " The service provider name." ::= { tsTreeServiceIdEntry 14 } tsTreeServiceIdRunningState OBJECT-TYPE SYNTAX RunningState MAX-ACCESS read-only STATUS current DESCRIPTION "Running state of the service according to ETSI EN300468." ::= { tsTreeServiceIdEntry 15 } tsTreeServiceIdCAMode OBJECT-TYPE SYNTAX CAMode MAX-ACCESS read-only STATUS current DESCRIPTION "The CA Mode of the service." ::= { tsTreeServiceIdEntry 16 } -- ### tsTreeServiceIdTable End tsTreeTableIdTable OBJECT-TYPE SYNTAX SEQUENCE OF TsTreeTableIdEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "Information relating to the transport stream tree for each module and input port. The index for the table is the table ID for each element. For T2-MI this table is only filled for the connected PLPs, but not for the T2-MI layer." ::= { tsTree 3 } tsTreeTableIdEntry OBJECT-TYPE SYNTAX TsTreeTableIdEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "One entry in the tsTreeTableIdTable." INDEX { moduleMacAddress, modulePortIndex, tsTreeTableIdSequenceNumber, tsTreeTableIdPid, tsTreeTableIdTableId, tsTreeTableIdTableIdExtension1, tsTreeTableIdTableIdExtension2, tsTreeTableIdTableIdExtension3, tsTreeTableIdTableIdExtension4 } ::= { tsTreeTableIdTable 1 } TsTreeTableIdEntry ::= SEQUENCE { tsTreeTableIdSequenceNumber Unsigned32, tsTreeTableIdPid PID, tsTreeTableIdTableId Unsigned32, tsTreeTableIdTableIdExtension1 Unsigned32, tsTreeTableIdTableIdExtension2 Unsigned32, tsTreeTableIdTableIdExtension3 Unsigned32, tsTreeTableIdTableIdExtension4 Unsigned32, tsTreeTableIdNodeType NodeType, tsTreeTableIdSchedule Integer32, tsTreeTableIdAlarmState TsTreeAlarmState, tsTreeTableIdBitRateMin Unsigned32, tsTreeTableIdBitRateMax Unsigned32, tsTreeTableIdBitRateAbsMin Unsigned32, tsTreeTableIdBitRateAbsMax Unsigned32, tsTreeTableIdTableRepetitionRateMin Unsigned32, tsTreeTableIdTableRepetitionRateMax Unsigned32, tsTreeTableIdTableRepetitionRateAbsMin Unsigned32, tsTreeTableIdTableRepetitionRateAbsMax Unsigned32, tsTreeTableIdTableRepetitionLastOccurrence Unsigned32, tsTreeTableIdLayer ISDBTLayer } tsTreeTableIdSequenceNumber OBJECT-TYPE SYNTAX Unsigned32 (0..65535) MAX-ACCESS not-accessible STATUS current DESCRIPTION "This object contains the index sequence number for the table for TS tree tables." ::= { tsTreeTableIdEntry 1 } tsTreeTableIdPid OBJECT-TYPE SYNTAX PID MAX-ACCESS not-accessible STATUS current DESCRIPTION "The corresponding PID of the TsTreeTableIdEntry (0..8191)" ::= { tsTreeTableIdEntry 2 } tsTreeTableIdTableId OBJECT-TYPE SYNTAX Unsigned32 (0..255) MAX-ACCESS not-accessible STATUS current DESCRIPTION "The corresponding table_id of the TsTreeTableIdEntry (0..255). This is the first byte of any table section." ::= { tsTreeTableIdEntry 3 } tsTreeTableIdTableIdExtension1 OBJECT-TYPE SYNTAX Unsigned32 (0..65535) MAX-ACCESS not-accessible STATUS current DESCRIPTION "The corresponding table_id_extension1 of the TsTreeTableIdEntry (0..65535). In DVB this object is defined for NIT(network_id), SDT(transport_stream_id), BAT(bouquet_id) and EIT(service_id). In ATSC/SCTE this object is defined for EIT(source_id). Otherwise this object is set to '0'. " ::= { tsTreeTableIdEntry 4 } tsTreeTableIdTableIdExtension2 OBJECT-TYPE SYNTAX Unsigned32 (0..65535) MAX-ACCESS not-accessible STATUS current DESCRIPTION "The corresponding table_id_extension2 of the TsTreeTableIdEntry (0..65535). This object is defined for the DVB-tables SDT(original_network_id) and EIT(transport_stream_id) only. Otherwise this object is set to '0'." ::= { tsTreeTableIdEntry 5 } tsTreeTableIdTableIdExtension3 OBJECT-TYPE SYNTAX Unsigned32 (0..65535) MAX-ACCESS not-accessible STATUS current DESCRIPTION "The corresponding table_id_extension3 of the TsTreeTableIdEntry (0..65535). This object is defined for the DVB-table EIT(original_network_id) and only. Otherwise this object is set to '0'." ::= { tsTreeTableIdEntry 6 } tsTreeTableIdTableIdExtension4 OBJECT-TYPE SYNTAX Unsigned32 (0..65535) MAX-ACCESS not-accessible STATUS current DESCRIPTION "The corresponding table_id_extension4 of the TsTreeTableIdEntry (0..65535)." ::= { tsTreeTableIdEntry 7 } tsTreeTableIdNodeType OBJECT-TYPE SYNTAX NodeType MAX-ACCESS read-only STATUS current DESCRIPTION "NodeType is used to describe the type of a transport stream tree node, see 'NodeType ::= TEXTUAL-CONVENTION' in this document above" ::= { tsTreeTableIdEntry 8 } tsTreeTableIdSchedule OBJECT-TYPE SYNTAX Integer32 MAX-ACCESS read-only STATUS current DESCRIPTION "This object is used to describe the schedule number of the EIT or ETT(ATSC and SCTE only). Valid values: EIT (DVB): 0..16, '0' corresponds to EIT present/following, 1..16 corresponds to EIT schedule. EIT/ETT (ATSC/SCTE): 0..127, value corresponds to 'k-value' of the table" ::= { tsTreeTableIdEntry 9 } tsTreeTableIdAlarmState OBJECT-TYPE SYNTAX TsTreeAlarmState MAX-ACCESS read-only STATUS current DESCRIPTION "This object contains bit flags, specifying the current alarm state of the tree node table. See the textual convention TsTreeAlarmState in this document above for all possible values." ::= { tsTreeTableIdEntry 10 } tsTreeTableIdBitRateMin OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "This object contains the minimum bit rate in bits per second of the corresponding TsTreeTableIdEntry for the current measurement." ::= { tsTreeTableIdEntry 11 } tsTreeTableIdBitRateMax OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "This object contains the maximum bit rate in bits per second of the corresponding TsTreeTableIdEntry for the current measurement." ::= { tsTreeTableIdEntry 12 } tsTreeTableIdBitRateAbsMin OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "This object contains the absolute minimum bit rate in bits per second of the corresponding TreeTableIdEntry for the current measurement." ::= { tsTreeTableIdEntry 13 } tsTreeTableIdBitRateAbsMax OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "This object contains the absolute minimum bit rate in bits per second of the corresponding TsTreeTableIdEntry for the current measurement." ::= { tsTreeTableIdEntry 14 } tsTreeTableIdTableRepetitionRateMin OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "This object contains the minimum table repetition rate in ms of the corresponding TsTreeTableIdEntry of the current measurement." ::= { tsTreeTableIdEntry 15 } tsTreeTableIdTableRepetitionRateMax OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "This object contains the maximum table repetition rate in ms of the corresponding TsTreeTableIdEntry of the current measurement." ::= { tsTreeTableIdEntry 16 } tsTreeTableIdTableRepetitionRateAbsMin OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "This object contains the absolute minimum table repetition rate in ms of the corresponding TsTreeTableIdEntry." ::= { tsTreeTableIdEntry 17 } tsTreeTableIdTableRepetitionRateAbsMax OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "This object contains the absolute maximum table repetition rate in ms of the corresponding TsTreeTableIdEntry." ::= { tsTreeTableIdEntry 18 } tsTreeTableIdTableRepetitionLastOccurrence OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "This object contains the passed time sicne the last occurance of the corresponding TsTreeTableIdEntry." ::= { tsTreeTableIdEntry 19 } tsTreeTableIdLayer OBJECT-TYPE SYNTAX ISDBTLayer MAX-ACCESS read-only STATUS current DESCRIPTION "This object contains the ISDB-T layer of the corresponding tree node object." ::= { tsTreeTableIdEntry 20 } -- ### tsTreeTableIdTable End tsTreeListTableTable OBJECT-TYPE SYNTAX SEQUENCE OF TsTreeListTableEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "Information relating to the transport stream tree for each module and input port. (internal use only)???." ::= { tsTree 4 } tsTreeListTableEntry OBJECT-TYPE SYNTAX TsTreeListTableEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "One entry in the tsTreeListTableTable." INDEX { moduleMacAddress, modulePortIndex, tsTreeListTableSequenceNumber,tsTreeListTableIndex1, tsTreeListTableIndex2, tsTreeListTableIndex3, tsTreeListTableIndex4, tsTreeListTableIndex5, tsTreeListTableIndex6, tsTreeListTableIndex7, tsTreeListTableIndex8, tsTreeListTableIndex9 } ::= { tsTreeListTableTable 1 } TsTreeListTableEntry ::= SEQUENCE { tsTreeListTableSequenceNumber Unsigned32, tsTreeListTableIndex1 Unsigned32, tsTreeListTableIndex2 Unsigned32, tsTreeListTableIndex3 Unsigned32, tsTreeListTableIndex4 Unsigned32, tsTreeListTableIndex5 Unsigned32, tsTreeListTableIndex6 Unsigned32, tsTreeListTableIndex7 Unsigned32, tsTreeListTableIndex8 Unsigned32, tsTreeListTableIndex9 Unsigned32, tsTreeListTableNodeType NodeType, tsTreeListTableId Integer32, tsTreeListTableContent ReadableString, tsTreeListTablePid PID, tsTreeListTableCaState Unsigned32, tsTreeListTableProgramName ReadableString, tsTreeListAlarmState TsTreeAlarmState, tsTreeListBitRateMin Unsigned32, tsTreeListBitRateMax Unsigned32, tsTreeListBitRateAbsMin Unsigned32, tsTreeListBitRateAbsMax Unsigned32, tsTreeListTableRepetitionRateMin Unsigned32, tsTreeListTableRepetitionRateMax Unsigned32, tsTreeListTableRepetitionRateAbsMin Unsigned32, tsTreeListTableRepetitionRateAbsMax Unsigned32, tsTreeListTableRepetitionLastOccurrence Unsigned32, tsTreeListTableLayer ISDBTLayer, tsTreeListTableProviderName ReadableString, tsTreeListTableRunningState RunningState, tsTreeListTableCAMode CAMode } tsTreeListTableSequenceNumber OBJECT-TYPE SYNTAX Unsigned32 (0..65535) MAX-ACCESS not-accessible STATUS current DESCRIPTION "This object contains the index sequence number for the TS TreeList table. " ::= { tsTreeListTableEntry 1 } tsTreeListTableIndex1 OBJECT-TYPE SYNTAX Unsigned32 (0..65535) MAX-ACCESS not-accessible STATUS current DESCRIPTION "This object contains the first index for the TsTreeList table. Each of the six levels of child nodes of the tree is numbered sequentially using the indices tsTreeListTableIndex1 to tsTreeListTableIndex6." ::= { tsTreeListTableEntry 5 } tsTreeListTableIndex2 OBJECT-TYPE SYNTAX Unsigned32 (0..65535) MAX-ACCESS not-accessible STATUS current DESCRIPTION "This object contains the second index for the TsTreeList table. Each of the six levels of child nodes of the tree is numbered sequentially using the indices tsTreeListTableIndex1 to tsTreeListTableIndex6." ::= { tsTreeListTableEntry 6 } tsTreeListTableIndex3 OBJECT-TYPE SYNTAX Unsigned32 (0..65535) MAX-ACCESS not-accessible STATUS current DESCRIPTION "This object contains the third index for the TsTreeList table.Each of the six levels of child nodes of the tree is numbered sequentially using the indices tsTreeListTableIndex1 to tsTreeListTableIndex6." ::= { tsTreeListTableEntry 7 } tsTreeListTableIndex4 OBJECT-TYPE SYNTAX Unsigned32 (0..65535) MAX-ACCESS not-accessible STATUS current DESCRIPTION "This object contains the 4th index for the TsTreeList table.Each of the six levels of child nodes of the tree is numbered sequentially using the indices tsTreeListTableIndex1 to tsTreeListTableIndex6." ::= { tsTreeListTableEntry 8 } tsTreeListTableIndex5 OBJECT-TYPE SYNTAX Unsigned32 (0..65535) MAX-ACCESS not-accessible STATUS current DESCRIPTION "This object contains the 5th index for the TsTreeList table.Each of the six levels of child nodes of the tree is numbered sequentially using the indices tsTreeListTableIndex1 to tsTreeListTableIndex6." ::= { tsTreeListTableEntry 9 } tsTreeListTableIndex6 OBJECT-TYPE SYNTAX Unsigned32 (0..65535) MAX-ACCESS not-accessible STATUS current DESCRIPTION "This object contains the 6th index for the TsTreeList table.Each of the six levels of child nodes of the tree is numbered sequentially using the indices tsTreeListTableIndex1 to tsTreeListTableIndex6." ::= { tsTreeListTableEntry 10 } tsTreeListTableIndex7 OBJECT-TYPE SYNTAX Unsigned32 (0..65535) MAX-ACCESS not-accessible STATUS current DESCRIPTION "This object contains the 7th index for the TsTreeList table.Each of the six levels of child nodes of the tree is numbered sequentially using the indices tsTreeListTableIndex1 to tsTreeListTableIndex6." ::= { tsTreeListTableEntry 11 } tsTreeListTableIndex8 OBJECT-TYPE SYNTAX Unsigned32 (0..65535) MAX-ACCESS not-accessible STATUS current DESCRIPTION "This object contains the 8th index for the TsTreeList table.Each of the six levels of child nodes of the tree is numbered sequentially using the indices tsTreeListTableIndex1 to tsTreeListTableIndex6." ::= { tsTreeListTableEntry 12 } tsTreeListTableIndex9 OBJECT-TYPE SYNTAX Unsigned32 (0..65535) MAX-ACCESS not-accessible STATUS current DESCRIPTION "This object contains the 9th index for the TsTreeList table.Each of the six levels of child nodes of the tree is numbered sequentially using the indices tsTreeListTableIndex1 to tsTreeListTableIndex6." ::= { tsTreeListTableEntry 13 } tsTreeListTableNodeType OBJECT-TYPE SYNTAX NodeType MAX-ACCESS read-only STATUS current DESCRIPTION "NodeType is used to describe the type of a transport stream tree node, see 'NodeType ::= TEXTUAL-CONVENTION' in this document above" ::= { tsTreeListTableEntry 15 } tsTreeListTableId OBJECT-TYPE SYNTAX Integer32 MAX-ACCESS read-only STATUS current DESCRIPTION "This object contains the ID of a transport stream node. The ID is the Table ID for table nodes, the transport stream ID for the main transport stream node and the elementary stream type for elementary stream nodes. The value is -1 for all other nodes." ::= { tsTreeListTableEntry 16 } tsTreeListTableContent OBJECT-TYPE SYNTAX ReadableString MAX-ACCESS read-only STATUS current DESCRIPTION "This object contains the textual content of an object of the TS list table which is also shown in the TS tree of the DVMS main screen." ::= { tsTreeListTableEntry 17 } tsTreeListTablePid OBJECT-TYPE SYNTAX PID MAX-ACCESS read-only STATUS current DESCRIPTION "This object contains the PID of an object of the TS list table." ::= { tsTreeListTableEntry 18 } tsTreeListTableCaState OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "This object contains the Conditional Access status concerning the TsTreePidEntry. If the TsTreePidEntry is scrambled this object has the value 1, otherwise 0." ::= { tsTreeListTableEntry 19 } tsTreeListTableProgramName OBJECT-TYPE SYNTAX ReadableString MAX-ACCESS read-only STATUS current DESCRIPTION " The service_name from the service_descriptor in the SDT. If this information is not available, the value of this object will be a zero length string." ::= { tsTreeListTableEntry 20 } tsTreeListAlarmState OBJECT-TYPE SYNTAX TsTreeAlarmState MAX-ACCESS read-only STATUS current DESCRIPTION "This object contains bit flags, specifying the actual alarm state of the tree node object. See the textual convention TsTreeAlarmState in this document above for all possible values." ::= { tsTreeListTableEntry 21 } tsTreeListBitRateMin OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "This object contains the minimum bit rate in bits per second of the corresponding tree node object." ::= { tsTreeListTableEntry 22 } tsTreeListBitRateMax OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "This object contains the maximum bit rate in bits per second of the corresponding tree node object." ::= { tsTreeListTableEntry 23 } tsTreeListBitRateAbsMin OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "This object contains the absolute minimum bit rate in bits per second of the corresponding tree node object." ::= { tsTreeListTableEntry 24 } tsTreeListBitRateAbsMax OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "This object contains the absolute maximum bit rate in bits per second of the corresponding tree node object." ::= { tsTreeListTableEntry 25 } tsTreeListTableRepetitionRateMin OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "This object contains the minimum table repetition in bits per second of the corresponding tree node object." ::= { tsTreeListTableEntry 30 } tsTreeListTableRepetitionRateMax OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "This object contains the maximum table repetition in bits per second of the corresponding tree node object." ::= { tsTreeListTableEntry 31 } tsTreeListTableRepetitionRateAbsMin OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "This object contains the absolute minimum table repetition in bits per second of the corresponding tree node object." ::= { tsTreeListTableEntry 32 } tsTreeListTableRepetitionRateAbsMax OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "This object contains the absolute maximum table repetition in bits per second of the corresponding tree node object." ::= { tsTreeListTableEntry 33 } tsTreeListTableRepetitionLastOccurrence OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "This object contains the last occurrence of the corresponding tree node object." ::= { tsTreeListTableEntry 34 } tsTreeListTableLayer OBJECT-TYPE SYNTAX ISDBTLayer MAX-ACCESS read-only STATUS current DESCRIPTION "This object contains the ISDB-T layer of the corresponding tree node object." ::= { tsTreeListTableEntry 40 } tsTreeListTableProviderName OBJECT-TYPE SYNTAX ReadableString MAX-ACCESS read-only STATUS current DESCRIPTION " The service provider name." ::= { tsTreeListTableEntry 41 } tsTreeListTableRunningState OBJECT-TYPE SYNTAX RunningState MAX-ACCESS read-only STATUS current DESCRIPTION "The service running state." ::= { tsTreeListTableEntry 42 } tsTreeListTableCAMode OBJECT-TYPE SYNTAX CAMode MAX-ACCESS read-only STATUS current DESCRIPTION "The CA Mode of the service." ::= { tsTreeListTableEntry 43 } -- ### tsTreeListTable End tsTreeControlTable OBJECT-TYPE SYNTAX SEQUENCE OF TsTreeControlEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "This table is used to read a new tree or to get the current sequence numbers for the tree." ::= { tsTree 10 } tsTreeControlEntry OBJECT-TYPE SYNTAX TsTreeControlEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "One entry in the tsTreeTableControlTable." INDEX { moduleMacAddress, modulePortIndex } ::= { tsTreeControlTable 1 } TsTreeControlEntry ::= SEQUENCE { tsTreeControlTableRefresh Unsigned32, tsTreeControlSequenceNumberMin Unsigned32, tsTreeControlSequenceNumberMax Unsigned32 } tsTreeControlTableRefresh OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-write STATUS current DESCRIPTION "Set this object to 1 to read a new tree for the tsTreePidTable, tsTreeServiceIdTable or tsTreeTableIdTable. The maximum sequence number will be increased by 1. The minimum sequence number will also be increased by 1 if the maximum limit of tree images in the memory (10) is reached. Reading this object will always return 0." ::= { tsTreeControlEntry 1 } tsTreeControlSequenceNumberMin OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "The sequence number of the first valid tree entry. This number is unique and can occur only once." ::= { tsTreeControlEntry 2 } tsTreeControlSequenceNumberMax OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "The sequence number of the last valid tree entry. This number is unique and can occur only once." ::= { tsTreeControlEntry 3 } -- ### tsTreeControlTable End log OBJECT-IDENTITY STATUS current DESCRIPTION "Information relating to the Monitoring Log for each module and input port." ::= { rsDvmsObjs 13 } logInfoTable OBJECT-TYPE SYNTAX SEQUENCE OF LogInfoEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "This table contains the sequence numbers and entryCount of the Monitoring Log Table for each module and input port." ::= { log 2 } logInfoEntry OBJECT-TYPE SYNTAX LogInfoEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "Information relating to one entry (row) of the LogInfoTable." INDEX { moduleMacAddress, modulePortIndex } ::= { logInfoTable 1 } LogInfoEntry ::= SEQUENCE { logInfoSequenceNumberMin Unsigned32, logInfoSequenceNumberMax Unsigned32, logInfoEntryCount Unsigned32 } logInfoSequenceNumberMin OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "The sequence number of the first valid log entry. This number is unique and can occur only once." ::= { logInfoEntry 1 } logInfoSequenceNumberMax OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "The sequence number of the last valid log entry. This number is unique and can occur only once." ::= { logInfoEntry 2 } logInfoEntryCount OBJECT-TYPE SYNTAX Unsigned32 (0..1000) MAX-ACCESS read-only STATUS current DESCRIPTION "The number of valid entries in the log." ::= { logInfoEntry 3 } logTable OBJECT-TYPE SYNTAX SEQUENCE OF LogEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "This table contains the entire Monitoring Log Table for each module and input port." ::= { log 3 } logEntry OBJECT-TYPE SYNTAX LogEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "One entry (row) of the Monitoring Log Table." INDEX { moduleMacAddress, modulePortIndex, logEntrySequenceNumber } ::= { logTable 1 } LogEntry ::= SEQUENCE { logEntrySequenceNumber Unsigned32, logEntryTime DateAndTime, logEntryClass LogEntryClass, logEntryState LogEntryState, logEntryEvent LogEntryEvent, logEntryDetail ReadableString, logEntryPid PID, logEntryService Unsigned32, logEntryDuration Unsigned32, logEntryT2MIPacketType Integer32, logEntryT2MIPacketId Integer32 } logEntrySequenceNumber OBJECT-TYPE SYNTAX Unsigned32 (0..4294967295) MAX-ACCESS not-accessible STATUS current DESCRIPTION "The sequence number (index) of a Monitoring Log Entry. This number is unique and can occur only once." ::= { logEntry 1 } logEntryTime OBJECT-TYPE SYNTAX DateAndTime MAX-ACCESS read-only STATUS current DESCRIPTION "The time/date stamp of one log entry." ::= { logEntry 2 } logEntryClass OBJECT-TYPE SYNTAX LogEntryClass MAX-ACCESS read-only STATUS current DESCRIPTION "The class of one log entry. The class can either be info, warning, alarm or system." ::= { logEntry 3 } logEntryState OBJECT-TYPE SYNTAX LogEntryState MAX-ACCESS read-only STATUS current DESCRIPTION "The state of one log entry. The class can either be new, continued, disappeared or system." ::= { logEntry 4 } logEntryEvent OBJECT-TYPE SYNTAX LogEntryEvent MAX-ACCESS read-only STATUS current DESCRIPTION "The event number of one log entry." ::= { logEntry 5 } logEntryDetail OBJECT-TYPE SYNTAX ReadableString MAX-ACCESS read-only STATUS current DESCRIPTION "The detail value of one log entry." ::= { logEntry 6 } logEntryPid OBJECT-TYPE SYNTAX PID MAX-ACCESS read-only STATUS current DESCRIPTION "PID of one log entry." ::= { logEntry 7 } logEntryService OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "Service ID of one log entry." ::= { logEntry 8 } logEntryDuration OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-write STATUS current DESCRIPTION "The duration value of one log entry. A value of 0 indicates that there is no duration available." ::= { logEntry 9 } logEntryT2MIPacketType OBJECT-TYPE SYNTAX Integer32 MAX-ACCESS read-write STATUS current DESCRIPTION "The T2-MI Packet Type. Avaialable only for T2-MI. A value of -1 indicates that the T2-MI Packet Type is not applicable for ths log entry." ::= { logEntry 10 } logEntryT2MIPacketId OBJECT-TYPE SYNTAX Integer32 MAX-ACCESS read-write STATUS current DESCRIPTION "The T2-MI Packet Id. Avaialable only for T2-MI. A value of -1 indicates that the T2-MI Packet Id is not applicable for ths log entry." ::= { logEntry 11 } tsCapture OBJECT-IDENTITY STATUS current DESCRIPTION "Information relating to the TS Capture function." ::= { rsDvmsObjs 14 } tsCaptureMode OBJECT-TYPE SYNTAX TsCaptureMode MAX-ACCESS read-write STATUS current DESCRIPTION "Writing to this object sets the mode of the TS capture function to all(1), selectedPID(2) or selectedService(3)." ::= { tsCapture 1 } tsCaptureFilterData OBJECT-TYPE SYNTAX PID MAX-ACCESS read-write STATUS current DESCRIPTION "Writing to this object selects a PID for TS capture if the capture mode is set to selectedPid. If the TS capture mode is set to selectedService, the selected service number is set by writing to this object." ::= { tsCapture 2 } tsCaptureTriggerMode OBJECT-TYPE SYNTAX TsCaptureTriggerMode MAX-ACCESS read-write STATUS current DESCRIPTION "Writing to this object sets the trigger mode of the TS capture function to off(1), once(2) or repeatedly(3)" ::= { tsCapture 4 } tsCapturePreTrigger OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-write STATUS current DESCRIPTION "Writing to this object sets the pre-trigger size in % of the buffer size. 0..75 are valid values." ::= { tsCapture 5 } tsCaptureTriggerCondition OBJECT-TYPE SYNTAX TsCaptureTriggerCondition MAX-ACCESS read-write STATUS current DESCRIPTION "Writing to this object sets the trigger condition of the TS capture function to manual(1), event(2), eventPid(3), eventServiceNo(4), eventClass(5) or alarmLine(4)." ::= { tsCapture 6 } tsCaptureTriggerConditionEventClass OBJECT-TYPE SYNTAX AlarmClass MAX-ACCESS read-write STATUS current DESCRIPTION "When the TS trigger condition is set to eventClass(3), the effective event class alarm(1), warning(2) or info(3) can be selected by writing to this object." ::= { tsCapture 7 } tsCaptureControl OBJECT-TYPE SYNTAX TsCaptureControl MAX-ACCESS read-write STATUS current DESCRIPTION "Writing to this object starts or stops the TS capture function. The values off(1), start(2), stop(3), abort(4) and trigger(5) are valid. Reading the object always returns 0; read the tsCaptureStatus object for information about the current status of the TS capture function." ::= { tsCapture 12 } tsCaptureTriggerEventDVB OBJECT-TYPE SYNTAX IndexTransportStreamTest MAX-ACCESS read-write STATUS current DESCRIPTION "Writing to this object preselects the trigger for any event defined for the DVB standard." ::= { tsCapture 13 } tsCaptureTriggerEventATSC OBJECT-TYPE SYNTAX IndexTransportStreamTest MAX-ACCESS read-write STATUS current DESCRIPTION "Writing to this object pre selects the trigger for any event defined for the ATSC standard." ::= { tsCapture 14 } tsCaptureTriggerEventSCTE OBJECT-TYPE SYNTAX IndexTransportStreamTest MAX-ACCESS read-write STATUS current DESCRIPTION "Writing to this object preselects the trigger for any event defined for the SCTE standard." ::= { tsCapture 15 } tsCaptureTriggerEventPidDVB OBJECT-TYPE SYNTAX PID MAX-ACCESS read-write STATUS current DESCRIPTION "Writing to this object selects the pid for a trigger event for the DVB standard." ::= { tsCapture 16 } tsCaptureTriggerEventPidATSC OBJECT-TYPE SYNTAX PID MAX-ACCESS read-write STATUS current DESCRIPTION "Writing to this object selects the pid for a trigger event for the ATSC standard." ::= { tsCapture 17 } tsCaptureTriggerEventPidSCTE OBJECT-TYPE SYNTAX PID MAX-ACCESS read-write STATUS current DESCRIPTION "Writing to this object selects the pid for a trigger event for the SCTE standard." ::= { tsCapture 18 } tsCaptureTriggerEventServiceDVB OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-write STATUS current DESCRIPTION "Writing to this object selects the service for a trigger event for the DVB standard." ::= { tsCapture 19 } tsCaptureTriggerEventServiceATSC OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-write STATUS current DESCRIPTION "Writing to this object selects the service for a trigger event for the ATSC standard." ::= { tsCapture 20 } tsCaptureTriggerEventServiceSCTE OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-write STATUS current DESCRIPTION "Writing to this object selects the service for a trigger event for the SCTE standard." ::= { tsCapture 21 } tsCaptureStatus OBJECT-TYPE SYNTAX TsCaptureStatus MAX-ACCESS read-only STATUS current DESCRIPTION "This object contains the status of the TS capture function. It can be off (1), error(2) or running(3)." ::= { tsCapture 22 } tsCaptureBufferSize OBJECT-TYPE SYNTAX TsCaptureStatus MAX-ACCESS read-write STATUS current DESCRIPTION "This object contains the maximum size of a TS capture output file in bytes. 102400 (100 kByte) is the minimal size if one TS input is selected only. 402653184 (384 Mbyte) is the maximal size if more than one TS input is selected" ::= { tsCapture 23 } tsCaptureReceiveFileCount OBJECT-TYPE SYNTAX ReceiveFileCount MAX-ACCESS read-write STATUS current DESCRIPTION "ReceiveFileCount is used for selecting auto increment function of TS Capture. This function allows you to create a new file during every storage operation. To differentiate the files from each other, a number is appended to the name. When the specified upper limit is reached, the oldest files are overwritten. These options are available: receiveFileCount1: Off receiveFileCount10: 0 - 9 receiveFileCount100: 0 - 99 receiveFileCount1000: 0 - 999 Thus up to 1000 events can be stored automatically in triggered recordings" ::= { tsCapture 24 } tsCaptureTriggerConditionAlarmLineTable OBJECT-TYPE SYNTAX SEQUENCE OF TsCaptureTriggerConditionAlarmLineEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "Table of alarm lines for the alarm line capture trigger condition." ::= { tsCapture 25 } tsCaptureTriggerConditionAlarmLineEntry OBJECT-TYPE SYNTAX TsCaptureTriggerConditionAlarmLineEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "Information relating to one entry (row) of the tsCaptureTriggerConditionAlarmLineTable." INDEX { tsCaptureTriggerAlarmLineNumber } ::= { tsCaptureTriggerConditionAlarmLineTable 1 } TsCaptureTriggerConditionAlarmLineEntry ::= SEQUENCE { tsCaptureTriggerAlarmLineNumber Unsigned32, tsCaptureTriggerAlarmLineTriggerEnabled TruthValue } tsCaptureTriggerAlarmLineNumber OBJECT-TYPE SYNTAX Unsigned32 (1..256) MAX-ACCESS not-accessible STATUS current DESCRIPTION "The number of the alarm line for the TS capture trigger activation. 1..12 are valid values." ::= { tsCaptureTriggerConditionAlarmLineEntry 1 } tsCaptureTriggerAlarmLineTriggerEnabled OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-write STATUS current DESCRIPTION "Set this object to activate or deactivate a TS trigger for the selected alarm line." ::= { tsCaptureTriggerConditionAlarmLineEntry 2 } tsCaptureFilterDataFormat OBJECT-TYPE SYNTAX TsCaptureFilterDataFormat MAX-ACCESS read-write STATUS current DESCRIPTION "Writing to this object selects the filter data format. Possible values can be tsPacketOnly(1), tsPacketCount(2) or tsPacketClock(3)" ::= { tsCapture 26 } select OBJECT-IDENTITY STATUS current DESCRIPTION "Objects to select a view or a transport stream element. The selection of a transport stream element (like a table or an elementary stream) is possible by writing to the selectElementPID and selectElementTableID objects. Some tables also require the selectElementTableIDExtension1, selectElementTableIDExtension2, selectElementTableIDExtension3, selectElementTableIDExtension4 and selectElementSectionNumber objects." ::= { rsDvmsObjs 15 } selectView OBJECT-TYPE SYNTAX SelectView MAX-ACCESS read-write STATUS current DESCRIPTION "The name of the currently selected measurement view. Write to this object to change the current view. Reading this object always returns 0 (undefined)." ::= { select 1 } selectElementPID OBJECT-TYPE SYNTAX PID MAX-ACCESS read-write STATUS current DESCRIPTION "The PID of the currently selected element. Write to this object to change the currently selected element.Reading this object always returns 0." ::= { select 2 } selectElementTableID OBJECT-TYPE SYNTAX TableID MAX-ACCESS read-write STATUS current DESCRIPTION "The currently selected TableID. Write to this object to select a table for the current view. Reading this object always returns 0." ::= { select 3 } selectElementTableIDExtension1 OBJECT-TYPE SYNTAX TableIDExtension MAX-ACCESS read-write STATUS current DESCRIPTION "The currently selected TableIDExtension 1. Write to this object to select a table for the current view. Reading this object always returns 0." ::= { select 4 } selectElementTableIDExtension2 OBJECT-TYPE SYNTAX TableIDExtension MAX-ACCESS read-write STATUS current DESCRIPTION "The currently selected TableIDExtension 2. Write to this object to select a table for the current view. Reading this object always returns 0." ::= { select 5 } selectElementTableIDExtension3 OBJECT-TYPE SYNTAX TableIDExtension MAX-ACCESS read-write STATUS current DESCRIPTION "The currently selected TableIDExtension 3. Write to this object to select a table for the current view. Reading this object always returns 0." ::= { select 6 } selectElementTableIDExtension4 OBJECT-TYPE SYNTAX TableIDExtension MAX-ACCESS read-write STATUS current DESCRIPTION "The currently selected TableIDExtension 4. Write to this object to select a table for the current view. Reading this object always returns 0." ::= { select 7 } selectElementSectionNumber OBJECT-TYPE SYNTAX Integer32 (-1..255) MAX-ACCESS read-write STATUS current DESCRIPTION "Select a special section number for the table interpreter (DVMS-K20). Write -1 to deselect the section number." ::= { select 10 } export OBJECT-IDENTITY STATUS current DESCRIPTION "Objects to export data of the DVM interpreter views." ::= { rsDvmsObjs 30 } exportPacketInterpreterFileName OBJECT-TYPE SYNTAX ReadableString MAX-ACCESS read-write STATUS current DESCRIPTION "This node contains a file name. The contents of the packet interpreter view are written to the given file by writing this variable. Reading this object always returns 'write only'." ::= { export 5 } exportTablePESInterpreterFileName OBJECT-TYPE SYNTAX ReadableString MAX-ACCESS read-write STATUS current DESCRIPTION "This node contains a file name. The contents of the PES interpreter view are written to the given file by writing this variable. Reading this object always returns 'write only'." ::= { export 10 } exportControl OBJECT-TYPE SYNTAX ExportControlType MAX-ACCESS read-write STATUS current DESCRIPTION "This node contains the status of the export function. Writing to this object starts the export operation. By reading this object you can get the current status of the export operation." ::= { export 25 } ---- rsDvmsEvents OBJECT-IDENTITY STATUS current DESCRIPTION "This node contains objects for the control of monitoring events (traps)." ::= { rsDvmsMIB 5 } rsDvmsEventsV2 OBJECT-IDENTITY STATUS current DESCRIPTION "This 'prefix object' is for formal purposes only. It satisfies the requirement of RFC 2578 section 8.5 that 'the next-to-last sub-identifier in the name of any newly-defined notification must have the value 0'." ::= { rsDvmsEvents 0 } rsDvmsEventControl OBJECT-IDENTITY STATUS current DESCRIPTION "This table holds settings for the trigger control of alarm line and log events." ::= { rsDvmsEvents 3 } alarmLineEventControl OBJECT-IDENTITY STATUS current DESCRIPTION "This list of objects contains settings for the trigger control of alarm line events." ::= { rsDvmsEventControl 1 } alarmLineEventControlEventEnable OBJECT-TYPE SYNTAX AlarmLineEventEnable MAX-ACCESS read-write STATUS current DESCRIPTION "This object is used to enable/disable alarm line events (traps) at a global level. Set this object to value 0x80 to enable alarm line events." ::= { alarmLineEventControl 2 } alarmLineEventControlPeriod OBJECT-TYPE SYNTAX Unsigned32 (0..3600) UNITS "second" MAX-ACCESS read-write STATUS current DESCRIPTION "DVMS agent will ensure that the interval between the sending of alarm line traps is not less than this time period. The management system can override this by setting alarmLineEventControlRateStatus back to 'enabled' within the time period." ::= { alarmLineEventControl 3 } alarmLineEventControlRateStatus OBJECT-TYPE SYNTAX RateStatus MAX-ACCESS read-write STATUS current DESCRIPTION "This object is used to control the rate of events, preventing the management network from being overloaded by the transmission of an excessive number of events. The value 'disabled' means that events are never sent. The value 'enabled' means that an event will be sent when triggered. When an event is sent, the agent changes the value of this object to 'enabledThrottled'. In this state, the agent will not send any more alarm line traps. The agent automatically changes the value back to 'enabled' when the time specified by alarmLineEventControlPeriod expires. A management application may set the value to 'enabled' at any time, but must never set the value to 'enabledThrottled'." ::= { alarmLineEventControl 4 } logEventControlTable OBJECT-TYPE SYNTAX SEQUENCE OF LogEventControlEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "Table of log event (trap) control settings for each module and input port." ::= { rsDvmsEventControl 2 } logEventControlEntry OBJECT-TYPE SYNTAX LogEventControlEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "One entry (row) of the log event control table." INDEX { moduleMacAddress, modulePortIndex } ::= { logEventControlTable 1 } LogEventControlEntry ::= SEQUENCE { logEventControlEventEnable LogEventEnable, logEventControlPeriod Unsigned32, logEventControlRateStatus RateStatus } logEventControlEventEnable OBJECT-TYPE SYNTAX LogEventEnable MAX-ACCESS read-write STATUS current DESCRIPTION "This object is used to enable/disable log events (traps) and to enable the rsDvmsLogEventCompact instead of the normal rsDvmsLogEvent. The value is a Bit-Field and can be any combination out of : logAlarmEventEnable (0x80), logWarningEventEnable (0x40), logInfoEventEnable (0x20), logSystemEventEnable (0x10), logEnableCompactReportEvent(0x01)." ::= { logEventControlEntry 2 } logEventControlPeriod OBJECT-TYPE SYNTAX Unsigned32 (0..3600) UNITS "second" MAX-ACCESS read-write STATUS current DESCRIPTION "For each input port of each module, DVMS agent will ensure that the interval between the sending of traps is not less than this time period. The management system can override this by setting logEventControlRateStatus back to 'enabled' within the time period." ::= { logEventControlEntry 3 } logEventControlRateStatus OBJECT-TYPE SYNTAX RateStatus MAX-ACCESS read-write STATUS current DESCRIPTION "This object is used to control the rate of events, preventing the management network from being overloaded by the transmission of an excessive number of events. The value 'disabled' means that events are never sent. The value 'enabled' means that an event will be sent when triggered. When an event is sent, the agent changes the value of this object to 'enabledThrottled'. In this state the agent will not send any more traps. The agent automatically changes the value back to 'enabled' when the time specified by eventControlPeriod expires. A management application may set the value to 'enabled' at any time, but must never set the value to 'enabledThrottled'." ::= { logEventControlEntry 4 } eventControlTestEvent OBJECT-TYPE SYNTAX OBJECT IDENTIFIER MAX-ACCESS read-write STATUS current DESCRIPTION "If an event is to be generated for test purposes only, the OID of the desired event may be written to this object. Writing an event OID (for example 'rsDvmsLogEvent') to this object triggers the correspondig event to be sent. Values of variables bound to this test event may be set by writing desired values to corresponding eventControlVars... objects prior to triggering the test event." ::= { rsDvmsEventControl 3 } eventControlVars OBJECT-IDENTITY STATUS current DESCRIPTION "List of variables bound to test event. Values may be set by writing desired values to corresponding eventControlVars... objects prior to triggering the test event." ::= { rsDvmsEventControl 4 } eventControlVarsSequenceNumber OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-write STATUS current DESCRIPTION "The sequence number of the event log entry. This number is unique and can occur only once." ::= { eventControlVars 1 } eventControlVarsEventControlOID OBJECT-TYPE SYNTAX OBJECT IDENTIFIER MAX-ACCESS read-only STATUS current DESCRIPTION "In the case of an rsDvmsAlarmLineEvent or an rsDvmsLogEvent, this object holds the OID of the '...EventControlRateStatus' object. If RateControl of events is used by a management application, the management application may set the value of this OID back to 'enabled' to immediately receive further events of this type. This object is present for the formal purpose of defining the variable bindings returned with the traps. It is not accessible for normal reading." ::= { eventControlVars 2 } eventControlVarsGenerationTime OBJECT-TYPE SYNTAX DateAndTime MAX-ACCESS read-write STATUS current DESCRIPTION "If an alarm line event is generated, the value of this object indicates the point in time at which the test caused the alarm line trap to be sent." ::= { eventControlVars 9 } eventControlVarsAlarmSummaryBits OBJECT-TYPE SYNTAX TsTestFailureSummary MAX-ACCESS read-write STATUS current DESCRIPTION "This bit string contains a summary of all transport stream test alarms. If the bit for the test is set to 1, the corresponding test is in a fail state." ::= { eventControlVars 3 } eventControlVarsWarningSummaryBits OBJECT-TYPE SYNTAX TsTestFailureSummary MAX-ACCESS read-write STATUS current DESCRIPTION "This bit string contains a summary of all transport stream test warnings. If the bit for the test is set to 1, the corresponding test is in a fail state." ::= { eventControlVars 4 } eventControlVarsInfoSummaryBits OBJECT-TYPE SYNTAX TsTestFailureSummary MAX-ACCESS read-write STATUS current DESCRIPTION "This bit string contains a summary of all transport stream test info. If the bit for the test is set to 1, the corresponding test is in a fail state." ::= { eventControlVars 5 } eventControlVarsAlarmLineState OBJECT-TYPE SYNTAX AlarmLineState MAX-ACCESS read-write STATUS current DESCRIPTION "This bit string contains a summary of all alarm lines. If a bit is set to 1, the corresponding alarm line is active (VirtualContact closed)." ::= { eventControlVars 8 } eventControlVarsModuleMacAddress OBJECT-TYPE SYNTAX MacAddress MAX-ACCESS read-write STATUS current DESCRIPTION "The MAC address of the module." ::= { eventControlVars 10 } eventControlVarsModulePortIndex OBJECT-TYPE SYNTAX ModulePortIndex MAX-ACCESS read-write STATUS current DESCRIPTION "The index of the port of the module." ::= { eventControlVars 11 } eventControlVarsInputName OBJECT-TYPE SYNTAX ReadableString MAX-ACCESS read-write STATUS current DESCRIPTION "The name of the module port in the DVMS site tree." ::= { eventControlVars 12 } eventControlVarsUserText1 OBJECT-TYPE SYNTAX ReadableString MAX-ACCESS read-write STATUS current DESCRIPTION "User definable text1. This text may be used to provide additional private informatin to a management system for further processing of the trap." ::= { eventControlVars 15 } eventControlVarsUserText2 OBJECT-TYPE SYNTAX ReadableString MAX-ACCESS read-write STATUS current DESCRIPTION "User definable text2. This text may be used to provide additional private informatin to a management system for further processing of the trap." ::= { eventControlVars 16 } eventControlVarsUserText3 OBJECT-TYPE SYNTAX ReadableString MAX-ACCESS read-write STATUS current DESCRIPTION "User definable text3. This text may be used to provide additional private informatin to a management system for further processing of the trap." ::= { eventControlVars 17 } eventControlVarsLogTime OBJECT-TYPE SYNTAX DateAndTime MAX-ACCESS read-write STATUS current DESCRIPTION "The time stamp for this event entry, related to monitoring log." ::= { eventControlVars 20 } eventControlVarsLogClass OBJECT-TYPE SYNTAX LogEntryClass MAX-ACCESS read-write STATUS current DESCRIPTION "The class for this event entry, related to monitoring log. The class can either be info, warning, alarm or system." ::= { eventControlVars 21 } eventControlVarsLogState OBJECT-TYPE SYNTAX LogEntryState MAX-ACCESS read-write STATUS current DESCRIPTION "The state for this event entry, related to monitoring log. The class can either be new, continued or disappeared or system" ::= { eventControlVars 22 } eventControlVarsLogEvent OBJECT-TYPE SYNTAX LogEntryEvent MAX-ACCESS read-write STATUS current DESCRIPTION "The event number for this event entry, related to monitoring log." ::= { eventControlVars 23 } eventControlVarsLogDetail OBJECT-TYPE SYNTAX ReadableString MAX-ACCESS read-write STATUS current DESCRIPTION "The detail value for this event entry, related to monitoring log." ::= { eventControlVars 24 } eventControlVarsLogPid OBJECT-TYPE SYNTAX PID MAX-ACCESS read-write STATUS current DESCRIPTION "The PID for this event entry, related to monitoring log. A value of -1 indicates that there is no Pid value available." ::= { eventControlVars 25 } eventControlVarsLogService OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-write STATUS current DESCRIPTION "The service ID for this event entry, related to monitoring log. A value of 0 indicates that there is no service value available." ::= { eventControlVars 26 } eventControlVarsLogDuration OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-write STATUS current DESCRIPTION "The fault duration for this event entry, related to monitoring log. A value of 0 indicates that there is no duration available." ::= { eventControlVars 27 } -- start of events rsDvmsAlarmLineEvent NOTIFICATION-TYPE OBJECTS { eventControlVarsSequenceNumber, eventControlVarsEventControlOID, eventControlVarsGenerationTime, eventControlVarsAlarmLineState } STATUS current DESCRIPTION "The alarm line event (trap) is triggered when DVMS activates any alarm line (closed VirtualContact). The triggering of alarm line events is controlled by settings in alarmLineEventControl." ::= { rsDvmsEventsV2 1 } rsDvmsLogEvent NOTIFICATION-TYPE OBJECTS { eventControlVarsSequenceNumber, eventControlVarsEventControlOID, eventControlVarsAlarmSummaryBits, eventControlVarsWarningSummaryBits, eventControlVarsInfoSummaryBits, eventControlVarsModuleMacAddress, eventControlVarsModulePortIndex, eventControlVarsInputName, eventControlVarsUserText1, eventControlVarsUserText2, eventControlVarsUserText3, eventControlVarsLogTime, eventControlVarsLogClass, eventControlVarsLogState, eventControlVarsLogEvent, eventControlVarsLogDetail, eventControlVarsLogPid, eventControlVarsLogService, eventControlVarsLogDuration } STATUS current DESCRIPTION "The log event (trap) is triggered when one input of one module reports new log entries. The triggering of log events is controlled by settings in the logEventControl table." ::= { rsDvmsEventsV2 2 } rsDvmsLogEventCompact NOTIFICATION-TYPE OBJECTS { eventControlVarsSequenceNumber, eventControlVarsEventControlOID, eventControlVarsAlarmSummaryBits, eventControlVarsWarningSummaryBits, eventControlVarsInfoSummaryBits, eventControlVarsModuleMacAddress, eventControlVarsModulePortIndex, eventControlVarsLogTime, eventControlVarsLogClass, eventControlVarsLogState, eventControlVarsLogEvent, eventControlVarsLogDetail, eventControlVarsLogPid, eventControlVarsLogService, eventControlVarsLogDuration } STATUS current DESCRIPTION "The log event (trap) is triggered when one input of one module reports new log entries. The triggering of log events is controlled by settings in the logEventControl table. The compact log event does not contain the input name and the user text." ::= { rsDvmsEventsV2 3 } -- end of Events rsDvmsEventInfo OBJECT-IDENTITY STATUS current DESCRIPTION "This table holds control information related to the rsDvmsEventTable (see below)." ::= { rsDvmsEvents 5 } rsDvmsEventInfoSequenceNumberMin OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "The sequence number of the first valid event table entry. This number is unique and can occur only once." ::= { rsDvmsEventInfo 1 } rsDvmsEventInfoSequenceNumberMax OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "The sequence number of the last valid event table entry. This number is unique and can occur only once." ::= { rsDvmsEventInfo 2 } rsDvmsEventInfoEntryCount OBJECT-TYPE SYNTAX Unsigned32 (0..1000) MAX-ACCESS read-only STATUS current DESCRIPTION "The number of entries stored in the event info table. The EntryCount is calculated from sequence numbers: EntryCount = SequenceNumberMax - SequenceNumberMin + 1 ;" ::= { rsDvmsEventInfo 3 } rsDvmsEventInfoClear OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-write STATUS current DESCRIPTION "rsDvmsEventTable is cleared; rsDvmsEventInfoSequenceNumberMin, rsDvmsEventInfoSequenceNumberMax and rsDvmsEventInfoEntryCount are set to 0 if this object is set to 'true'." ::= { rsDvmsEventInfo 4 } rsDvmsEventTable OBJECT-TYPE SYNTAX SEQUENCE OF RsDvmsEventEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "This table holds information related to the last events (traps) sent by the DVMS agent. The event info table can hold 100 entries max." ::= { rsDvmsEvents 7 } rsDvmsEventEntry OBJECT-TYPE SYNTAX RsDvmsEventEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "Information related to one entry (row) of the EventTable." INDEX { rsDvmsEventEntrySequenceNumber } ::= { rsDvmsEventTable 1 } RsDvmsEventEntry ::= SEQUENCE { rsDvmsEventEntrySequenceNumber Unsigned32, rsDvmsEventEntryEventOID OBJECT IDENTIFIER, rsDvmsEventEntryGenerationTime DateAndTime, rsDvmsEventEntryAlarmSummaryBits TsTestFailureSummary, rsDvmsEventEntryWarningSummaryBits TsTestFailureSummary, rsDvmsEventEntryInfoSummaryBits TsTestFailureSummary, rsDvmsEventEntryAlarmLineState AlarmLineState, rsDvmsEventEntryModuleMacAddress MacAddress, rsDvmsEventEntryModulePortIndex ModulePortIndex, rsDvmsEventEntryInputName ReadableString, rsDvmsEventEntryUserText1 ReadableString, rsDvmsEventEntryUserText2 ReadableString, rsDvmsEventEntryUserText3 ReadableString, rsDvmsEventEntryLogTime DateAndTime, rsDvmsEventEntryLogClass LogEntryClass, rsDvmsEventEntryLogState LogEntryState, rsDvmsEventEntryLogEvent LogEntryEvent, rsDvmsEventEntryLogDetail ReadableString, rsDvmsEventEntryLogPid PID, rsDvmsEventEntryLogService Unsigned32, rsDvmsEventEntryLogDuration Unsigned32 } rsDvmsEventEntrySequenceNumber OBJECT-TYPE SYNTAX Unsigned32 (0..4294967295) MAX-ACCESS not-accessible STATUS current DESCRIPTION "The sequence number of this event table entry. This number is unique and can occur only once." ::= { rsDvmsEventEntry 1 } rsDvmsEventEntryEventOID OBJECT-TYPE SYNTAX OBJECT IDENTIFIER MAX-ACCESS read-only STATUS current DESCRIPTION "The OID of the event type that triggered the trap. The value can either be rsDvmsLogEvent or rsDvmsAlarmLineEvent." ::= { rsDvmsEventEntry 2 } rsDvmsEventEntryGenerationTime OBJECT-TYPE SYNTAX DateAndTime MAX-ACCESS read-only STATUS current DESCRIPTION "If an event is generated, the value of this object indicates the point in time at which the test caused the event to be sent." ::= { rsDvmsEventEntry 3 } rsDvmsEventEntryAlarmSummaryBits OBJECT-TYPE SYNTAX TsTestFailureSummary MAX-ACCESS read-only STATUS current DESCRIPTION "Additional info for monitoring log events: This bit string contains a summary of all 'alarms' for this module and input port. If the bit is set to 1, the corresponding test was in the alarm state when the event was triggered." ::= { rsDvmsEventEntry 4 } rsDvmsEventEntryWarningSummaryBits OBJECT-TYPE SYNTAX TsTestFailureSummary MAX-ACCESS read-only STATUS current DESCRIPTION "Additional info for monitoring log events: This bit string contains a summary of all 'warnings' for this module and input port. If the bit is set to 1, the corresponding test was in the warning state when the event was triggered." ::= { rsDvmsEventEntry 5 } rsDvmsEventEntryInfoSummaryBits OBJECT-TYPE SYNTAX TsTestFailureSummary MAX-ACCESS read-only STATUS current DESCRIPTION "Additional info for monitoring log events: This bit string contains a summary of all 'info' for this module and input port. If the bit is set to 1, the corresponding test was in the info state when the event was triggered." ::= { rsDvmsEventEntry 6 } rsDvmsEventEntryAlarmLineState OBJECT-TYPE SYNTAX AlarmLineState MAX-ACCESS read-only STATUS current DESCRIPTION "This bit string contains a summary of all alarm lines. If a bit is set to 1, the corresponding alarm line was active (VirtualContact closed)." ::= { rsDvmsEventEntry 8 } rsDvmsEventEntryModuleMacAddress OBJECT-TYPE SYNTAX MacAddress MAX-ACCESS read-write STATUS current DESCRIPTION "The MAC address of the module." ::= { rsDvmsEventEntry 10 } rsDvmsEventEntryModulePortIndex OBJECT-TYPE SYNTAX ModulePortIndex MAX-ACCESS read-write STATUS current DESCRIPTION "The index of the port of the module." ::= { rsDvmsEventEntry 11 } rsDvmsEventEntryInputName OBJECT-TYPE SYNTAX ReadableString MAX-ACCESS read-only STATUS current DESCRIPTION "Name of the module port in the DVMS site tree." ::= { rsDvmsEventEntry 12 } rsDvmsEventEntryUserText1 OBJECT-TYPE SYNTAX ReadableString MAX-ACCESS read-write STATUS current DESCRIPTION "User definable text1 for module port. This text will be sent within variable bindings of an rsDvmsLogEvent related to this input. A management system may use this text to store private information for this module input possibly simplify further processing of a received rsDvmsLogEvent" ::= { rsDvmsEventEntry 13 } rsDvmsEventEntryUserText2 OBJECT-TYPE SYNTAX ReadableString MAX-ACCESS read-write STATUS current DESCRIPTION "User definable text2 for module port. This text will be sent within variable bindings of an rsDvmsLogEvent related to this input. A management system may use this text to store private information for this module input possibly simplify further processing of a received rsDvmsLogEvent" ::= { rsDvmsEventEntry 14 } rsDvmsEventEntryUserText3 OBJECT-TYPE SYNTAX ReadableString MAX-ACCESS read-write STATUS current DESCRIPTION "User definable text3 for module port. This text will be sent within variable bindings of an rsDvmsLogEvent related to this input. A management system may use this text to store private information for this module input possibly simplify further processing of a received rsDvmsLogEvent" ::= { rsDvmsEventEntry 15 } rsDvmsEventEntryLogTime OBJECT-TYPE SYNTAX DateAndTime MAX-ACCESS read-only STATUS current DESCRIPTION "The time stamp of a log entry." ::= { rsDvmsEventEntry 20 } rsDvmsEventEntryLogClass OBJECT-TYPE SYNTAX LogEntryClass MAX-ACCESS read-only STATUS current DESCRIPTION "The class of a log entry. The class can either be info, warning, alarm or system." ::= { rsDvmsEventEntry 21 } rsDvmsEventEntryLogState OBJECT-TYPE SYNTAX LogEntryState MAX-ACCESS read-only STATUS current DESCRIPTION "The state of a log entry. The class can either be new, continued or disappeared." ::= { rsDvmsEventEntry 22 } rsDvmsEventEntryLogEvent OBJECT-TYPE SYNTAX LogEntryEvent MAX-ACCESS read-only STATUS current DESCRIPTION "The event number of a log entry." ::= { rsDvmsEventEntry 23 } rsDvmsEventEntryLogDetail OBJECT-TYPE SYNTAX ReadableString MAX-ACCESS read-only STATUS current DESCRIPTION " " ::= { rsDvmsEventEntry 24 } rsDvmsEventEntryLogPid OBJECT-TYPE SYNTAX PID MAX-ACCESS read-only STATUS current DESCRIPTION "PID for this log entry." ::= { rsDvmsEventEntry 25 } rsDvmsEventEntryLogService OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "Service ID for this log entry." ::= { rsDvmsEventEntry 26 } rsDvmsEventEntryLogDuration OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION "The fault duration for this event entry, related to monitoring log. A value of 0 indicates that there is no duration available." ::= { rsDvmsEventEntry 27 } -- ### -- ### Conformance Section -- ### rsDvmsConf OBJECT-IDENTITY STATUS current DESCRIPTION " " ::= { rsDvmsMIB 6 } rsDvmsGroups OBJECT-IDENTITY STATUS current DESCRIPTION " " ::= { rsDvmsConf 1 } groupRsDvmsEvents OBJECT-GROUP OBJECTS { eventControlTestEvent, rsDvmsEventEntryEventOID, rsDvmsEventEntryGenerationTime, rsDvmsEventEntryAlarmSummaryBits, rsDvmsEventEntryWarningSummaryBits, rsDvmsEventEntryInfoSummaryBits, rsDvmsEventEntryAlarmLineState, rsDvmsEventEntryModuleMacAddress, rsDvmsEventEntryModulePortIndex, rsDvmsEventEntryInputName, rsDvmsEventEntryUserText1, rsDvmsEventEntryUserText2, rsDvmsEventEntryUserText3, rsDvmsEventEntryLogTime, rsDvmsEventEntryLogClass, rsDvmsEventEntryLogState, rsDvmsEventEntryLogEvent, rsDvmsEventEntryLogDetail, rsDvmsEventEntryLogPid, rsDvmsEventEntryLogService, rsDvmsEventEntryLogDuration } STATUS current DESCRIPTION " " ::= { rsDvmsGroups 1 } groupDvmsModuleInfo OBJECT-GROUP OBJECTS { moduleMacAddress, -- moduleMacAddressReadable, moduleName, modulePartNumber, modulePartChangeIndex, moduleSerialNumber, modulePortCapability, modulePortType, -- modulePortMonitoringConfigIndex, modulePortInputName, modulePortFolderName, modulePortTSCaptureEnable, modulePortUserText1, modulePortUserText2, modulePortUserText3, modulePortSelectInput, modulePortGoldenStreamExportFileName, modulePortTSCaptureFileName, modulePortTSCaptureBufferStatus, modulePortLEDState, modulePortMonitoringConfigName, modulePortStateBits, modulePortTSLoopOutputModuleMacAddress, modulePortTSLoopOutputModulePort, modulePortIndicatePort, modulePortAnalysisState, modulePortLogType } STATUS current DESCRIPTION " " ::= { rsDvmsGroups 3 } groupDvmsControlMonitoringConfig OBJECT-GROUP OBJECTS { controlMonitoringConfigBroadcastStandard, controlMonitoringConfigName, controlMonitoringConfigExportFileName, controlMonitoringConfigImportFileName, controlMonitoringConfigExportTemplateFileName, controlMonitoringConfigImportTemplateFileName, controlMonitoringConfigRowStatus, controlMonitoringConfigHidingOfEventsEventID, controlMonitoringConfigHidingOfEventsEventDuration, controlMonitoringConfigHidingOfEventsSelectedPID, controlMonitoringConfigHidingOfEventsRowStatus, controlMonitoringConfigHidingOfEventsEnable, controlMonitoringConfigGoldenStreamEnable, controlMonitoringConfigGoldenStreamHeadroom, controlMonitoringConfigAlarmEnable, controlMonitoringConfigAlarmLimit, controlMonitoringConfigAlarmLimit2, controlMonitoringConfigAlarmClass, controlMonitoringConfigAlarmLine, controlMonitoringConfigAlarmBitRateLimitsProfile, controlMonitoringConfigAlarmBitRateLimitsUpper, controlMonitoringConfigAlarmBitRateLimitsLower, controlMonitoringConfigAlarmOptionPcrJitterBandwidth, controlMonitoringConfigAlarmOptionPcrJitterMeasurementType, controlMonitoringConfigAlarmOptionTsIdMatchTsId, controlMonitoringConfigAlarmOptionTsIdMatchMask, controlMonitoringConfigAlarmOptionEchoMeasurementType, controlMonitoringConfigAlarmOptionEchoMeasurementThreshold, controlMonitoringState, controlMonitoringClearStatisticsLog, controlMonitoringClearStatistics, controlMonitoringClearAll, controlMonitoringElapsedTime, controlMonitoringConfigAlarmLine2, controlMonitoringConfigAlarmLine3, controlMonitoringConfigAlarmLine4 } STATUS current DESCRIPTION " " ::= { rsDvmsGroups 4 } groupDvmsLog OBJECT-GROUP OBJECTS { logEntryTime, logEntryClass, logEntryState, logEntryEvent, logEntryDetail, logEntryPid, logEntryService, logEntryDuration, logEntryT2MIPacketType, logEntryT2MIPacketId, logInfoEntryCount, logInfoSequenceNumberMax, logInfoSequenceNumberMin } STATUS current DESCRIPTION " " ::= { rsDvmsGroups 5 } groupDvmsSiteConfiguration OBJECT-GROUP OBJECTS { siteName, moduleCount, siteConfigurationSave, siteConfigurationRecall, siteConfigurationNew, siteConfigurationNewSaveRecallActive, siteReboot, siteExecute, siteMonitoringHistoryIndicator , siteSaveDeviceFootPrint, siteSetExternalClock} STATUS current DESCRIPTION " " ::= { rsDvmsGroups 6 } groupDvmsTsCapture OBJECT-GROUP OBJECTS { tsCaptureMode, tsCaptureFilterData, tsCaptureTriggerMode, tsCapturePreTrigger, tsCaptureTriggerCondition, tsCaptureTriggerConditionEventClass, tsCaptureControl, tsCaptureTriggerEventDVB, tsCaptureTriggerEventATSC, tsCaptureTriggerEventSCTE, tsCaptureTriggerEventPidDVB, tsCaptureTriggerEventPidATSC, tsCaptureTriggerEventPidSCTE, tsCaptureTriggerEventServiceDVB, tsCaptureTriggerEventServiceATSC, tsCaptureTriggerEventServiceSCTE, tsCaptureStatus, tsCaptureBufferSize, tsCaptureReceiveFileCount, tsCaptureTriggerAlarmLineTriggerEnabled, tsCaptureFilterDataFormat } STATUS current DESCRIPTION " " ::= { rsDvmsGroups 7 } groupDvmsTsTest OBJECT-GROUP OBJECTS { tsTestStatisticsState, tsTestStatisticsErrorSeconds, tsTestAlarmLineState, tsTestStatisticsAlarmState } STATUS current DESCRIPTION " " ::= { rsDvmsGroups 8 } groupAlarmFailureSummaryTable OBJECT-GROUP OBJECTS { tsTestAlarmSummaryBits, tsTestWarningSummaryBits, tsTestInfoSummaryBits } STATUS current DESCRIPTION "Contains all objects from the alarmFailureSummaryTable branch of the MIB." ::= { rsDvmsGroups 9 } groupAlarmLineEventControl OBJECT-GROUP OBJECTS { alarmLineEventControlEventEnable, alarmLineEventControlPeriod, alarmLineEventControlRateStatus } STATUS current DESCRIPTION "Contains all objects from the alarmLineEventControl branch of the MIB." ::= { rsDvmsGroups 10 } groupLogEventControl OBJECT-GROUP OBJECTS { logEventControlEventEnable, logEventControlPeriod, logEventControlRateStatus } STATUS current DESCRIPTION "Contains all objects from the logEventControl branch of the MIB." ::= { rsDvmsGroups 11 } groupEventControlVars OBJECT-GROUP OBJECTS { eventControlVarsSequenceNumber, eventControlVarsEventControlOID, eventControlVarsGenerationTime, eventControlVarsAlarmSummaryBits, eventControlVarsWarningSummaryBits, eventControlVarsInfoSummaryBits, eventControlVarsAlarmLineState, eventControlVarsModuleMacAddress, eventControlVarsModulePortIndex, eventControlVarsInputName, eventControlVarsLogTime, eventControlVarsLogClass, eventControlVarsLogState, eventControlVarsLogEvent, eventControlVarsLogDetail, eventControlVarsLogPid, eventControlVarsLogService, eventControlVarsLogDuration, eventControlVarsUserText1, eventControlVarsUserText2, eventControlVarsUserText3 } STATUS current DESCRIPTION "Contains all objects from the eventControlVars branch of the MIB." ::= { rsDvmsGroups 12 } groupRsDvmsEventInfo OBJECT-GROUP OBJECTS { rsDvmsEventInfoSequenceNumberMin, rsDvmsEventInfoSequenceNumberMax, rsDvmsEventInfoEntryCount, rsDvmsEventInfoClear } STATUS current DESCRIPTION "Contains all objects from the rsDvmsEventInfo branch of the MIB." ::= { rsDvmsGroups 13 } groupTsTreePidTable OBJECT-GROUP OBJECTS { tsTreePidNodeType, tsTreePidTsId,tsTreePidService, tsTreePidCaState, tsTreePidEsInfo, tsTreePidAlarmState, tsTreePidBitRateMin, tsTreePidBitRateMax, tsTreePidBitRateAbsMin, tsTreePidBitRateAbsMax, tsTreePidLayer } STATUS current DESCRIPTION "Contains all objects from the tsTreePidTable branch of the MIB." ::= { rsDvmsGroups 14 } groupTsTreeServiceTable OBJECT-GROUP OBJECTS { tsTreeServiceIdProgramName, tsTreeServiceIdProgramNo, tsTreeServiceIdMajorChannelNo, tsTreeServiceIdMinorChannelNo, tsTreeServiceIdAlarmState, tsTreeServiceIdPcrPid, tsTreeServiceIdBitRateMin, tsTreeServiceIdBitRateMax, tsTreeServiceIdBitRateAbsMin, tsTreeServiceIdBitRateAbsMax, tsTreeServiceIdLayer, tsTreeServiceIdProviderName, tsTreeServiceIdRunningState, tsTreeServiceIdCAMode } STATUS current DESCRIPTION "Contains all objects from the TsTreeServiceTable branch of the MIB." ::= { rsDvmsGroups 15 } groupTsTreeTableIdTable OBJECT-GROUP OBJECTS { tsTreeTableIdNodeType, tsTreeTableIdSchedule, tsTreeTableIdAlarmState, tsTreeTableIdBitRateMin, tsTreeTableIdBitRateMax, tsTreeTableIdBitRateAbsMin, tsTreeTableIdBitRateAbsMax, tsTreeTableIdTableRepetitionRateMin, tsTreeTableIdTableRepetitionRateMax, tsTreeTableIdTableRepetitionRateAbsMin, tsTreeTableIdTableRepetitionRateAbsMax, tsTreeTableIdTableRepetitionLastOccurrence, tsTreeTableIdLayer } STATUS current DESCRIPTION "Contains all objects from the tsTreeTableIdTable branch of the MIB." ::= { rsDvmsGroups 16 } groupTsTreeControlTable OBJECT-GROUP OBJECTS { tsTreeControlTableRefresh, tsTreeControlSequenceNumberMin, tsTreeControlSequenceNumberMax } STATUS current DESCRIPTION "Contains all objects from the tsTreeControlTable branch of the MIB." ::= { rsDvmsGroups 17 } groupTsTreeListTable OBJECT-GROUP OBJECTS { tsTreeListTableNodeType,tsTreeListTableId,tsTreeListTableContent,tsTreeListTablePid,tsTreeListTableCaState, tsTreeListTableProgramName,tsTreeListAlarmState,tsTreeListBitRateMin,tsTreeListBitRateMax, tsTreeListBitRateAbsMin,tsTreeListBitRateAbsMax, tsTreeListTableRepetitionRateMin, tsTreeListTableRepetitionRateMax, tsTreeListTableRepetitionRateAbsMin, tsTreeListTableRepetitionRateAbsMax, tsTreeListTableRepetitionLastOccurrence, tsTreeListTableLayer, tsTreeListTableProviderName, tsTreeListTableRunningState, tsTreeListTableCAMode } STATUS current DESCRIPTION "Contains all objects from the tsTreeListTableTable branch of the MIB." ::= { rsDvmsGroups 18 } groupSelect OBJECT-GROUP OBJECTS { selectView, selectElementPID, selectElementTableID, selectElementTableIDExtension1, selectElementTableIDExtension2, selectElementTableIDExtension3, selectElementTableIDExtension4, selectElementSectionNumber } STATUS current DESCRIPTION "Contains all objects from the select branch of the MIB." ::= { rsDvmsGroups 19 } groupDvmsNotifications NOTIFICATION-GROUP NOTIFICATIONS { rsDvmsLogEvent, rsDvmsAlarmLineEvent, rsDvmsLogEventCompact } STATUS current DESCRIPTION " " ::= { rsDvmsGroups 20 } groupDvmsOptions OBJECT-GROUP OBJECTS { siteControllerFirmwareVersion, siteControllerImageVersion, siteControllerStockNumber, siteControllerSerialNumber, siteControllerOptionCount } STATUS current DESCRIPTION " " ::= { rsDvmsGroups 21 } groupControlMonitoringConfigRf OBJECT-GROUP OBJECTS { controlMonitoringConfigRfLimitSigTempDvbtConstellation, controlMonitoringConfigRfLimitSigTempDvbtFftMode, controlMonitoringConfigRfLimitSigTempDvbtGuardInterval, controlMonitoringConfigRfLimitSigTempDvbtHierarchy, controlMonitoringConfigRfLimitSigTempDvbtCodeRate, controlMonitoringConfigRfLimitSigTempDvbsConstellation, controlMonitoringConfigRfLimitSigTempDvbsPilots, controlMonitoringConfigRfLimitSigTempDvbsCodeRate, controlMonitoringConfigRfLimitSigTempDvbsSpectrum, controlMonitoringConfigRfLimitSigTempDvbsFecFrame, controlMonitoringConfigRfLimitSigTempDvbtCellID, controlMonitoringConfigRfLimitSigTempDvbtTimeSlicing, controlMonitoringConfigRfLimitSigTempDvbtMPEFEC, controlMonitoringConfigRfLimitSigTempDvbtInDepthInterleaver, controlMonitoringConfigRfLimitSigTempDvbt2NumberOfPlps, controlMonitoringConfigRfLimitL1PreSigDvbt2FFT, controlMonitoringConfigRfLimitL1PreSigDvbt2Dvbt2GuardInterval, controlMonitoringConfigRfLimitL1PreSigDvbt2Dvbt2CellID, controlMonitoringConfigRfLimitL1PreSigDvbt2Dvbt2StreamType, controlMonitoringConfigRfLimitL1PreSigDvbt2BandwidthExtension, controlMonitoringConfigRfLimiL1PreSigTransmissionSystem, controlMonitoringConfigRfLimitL1PreSigDvbt2S1Raw, controlMonitoringConfigRfLimitL1PreSigDvbt2S2, controlMonitoringConfigRfLimitL1PreSigDvbt2RepetitionFlag, controlMonitoringConfigRfLimitL1PreSigDvbt2PAPRReduction, controlMonitoringConfigRfLimitL1PreSigDvbt2PostConstellation, controlMonitoringConfigRfLimitL1PreSigDvbt2PostCodeRate, controlMonitoringConfigRfLimitL1PreSigDvbt2PostFECType, controlMonitoringConfigRfLimitL1PreSigDvbt2PostSize, controlMonitoringConfigRfLimitL1PreSigDvbt2PostInfoSize, controlMonitoringConfigRfLimitL1PreSigDvbt2PilotPattern, controlMonitoringConfigRfLimitL1PreSigDvbt2TxIdAvailability, controlMonitoringConfigRfLimitL1PreSigDvbt2NetworkId, controlMonitoringConfigRfLimitL1PreSigDvbt2SystemId, controlMonitoringConfigRfLimitL1PreSigDvbt2FramesPerSuperframe, controlMonitoringConfigRfLimitL1PreSigDvbt2SymbolsPerFrame, controlMonitoringConfigRfLimitLimitL1PreSigDvbt2RegCountInd, controlMonitoringConfigRfLimitL1PreSigDvbt2PostExtensionFlag, controlMonitoringConfigRfLimitL1PreSigDvbt2NumberOfRfFrequencies, controlMonitoringConfigRfLimitL1PreSigDvbt2CurrentRfIndex, controlMonitoringConfigRfLimitL1PreSigDvbt2T2Version, controlMonitoringConfigRfLimitL1PreSigDvbt2Reserved, controlMonitoringConfigRfLimitCommonPlpDvbt2Id, controlMonitoringConfigRfLimitCommonPlpDvbt2Type, controlMonitoringConfigRfLimitCommonPlpDvbt2Payload, controlMonitoringConfigRfLimitCommonPlpDvbt2GroupId, controlMonitoringConfigRfLimitCommonPlpDvbt2Constellation, controlMonitoringConfigRfLimitCommonPlpDvbt2ConstellationRotated, controlMonitoringConfigRfLimitCommonPlpDvbt2CodeRate, controlMonitoringConfigRfLimitCommonPlpDvbt2FECType, controlMonitoringConfigRfLimitCommonPlpDvbt2MaxPlpBlocks, controlMonitoringConfigRfLimitCommonPlpDvbt2FrameIntervall, controlMonitoringConfigRfLimitCommonPlpDvbt2TimeIntLeavLength, controlMonitoringConfigRfLimitCommonPlpDvbt2TimeIntLeavType, controlMonitoringConfigRfLimitCommonPlpDvbt2InBandFlagA, controlMonitoringConfigRfLimitCommonPlpDvbt2Mode, controlMonitoringConfigRfLimitCommonPlpDvbt2StaticFlag, controlMonitoringConfigRfLimitCommonPlpDvbt2StaticPaddingFlag, controlMonitoringConfigRfLimitCommonPlpDvbt2FixedFrequencyFlag, controlMonitoringConfigRfLimitCommonPlpDvbt2FirstRfIndex, controlMonitoringConfigRfLimitCommonPlpDvbt2FirstFrameIndex, controlMonitoringConfigRfLimitCommonPlpDvbt2InBandFlagB, controlMonitoringConfigRfLimitCommonPlpDvbt2Reserved1, controlMonitoringConfigRfLimitDataPlpDvbt2Id, controlMonitoringConfigRfLimitDataPlpDvbt2Type, controlMonitoringConfigRfLimitDataPlpDvbt2Payload, controlMonitoringConfigRfLimitDataPlpDvbt2GroupId, controlMonitoringConfigRfLimitDataPlpDvbt2Constellation, controlMonitoringConfigRfLimitDataPlpDvbt2ConstellationRotated, controlMonitoringConfigRfLimitDataPlpDvbt2CodeRate, controlMonitoringConfigRfLimitDataPlpDvbt2FECType, controlMonitoringConfigRfLimitDataPlpDvbt2MaxPlpBlocks, controlMonitoringConfigRfLimitDataPlpDvbt2FrameIntervall, controlMonitoringConfigRfLimitDataPlpDvbt2TimeIntLeavLength, controlMonitoringConfigRfLimitDataPlpDvbt2TimeIntLeavType, controlMonitoringConfigRfLimitDataPlpDvbt2InBandFlagA, controlMonitoringConfigRfLimitDataPlpDvbt2Mode, controlMonitoringConfigRfLimitDataPlpDvbt2StaticFlag, controlMonitoringConfigRfLimitDataPlpDvbt2StaticPaddingFlag, controlMonitoringConfigRfLimitDataPlpDvbt2FixedFrequencyFlag, controlMonitoringConfigRfLimitDataPlpDvbt2FirstRfIndex, controlMonitoringConfigRfLimitDataPlpDvbt2FirstFrameIndex, controlMonitoringConfigRfLimitDataPlpDvbt2InBandFlagB, controlMonitoringConfigRfLimitDataPlpDvbt2Reserved1 } STATUS current DESCRIPTION " " ::= { rsDvmsGroups 27 } groupSignalInterfacesRf OBJECT-GROUP OBJECTS { signalInterfacesRfDvbtCenterFrequency, signalInterfacesRfDvbtChannelBandwidth, signalInterfacesRfDvbtFrequencyOffset, signalInterfacesRfDvbtStream, signalInterfacesRfDvbtSaveConstellation, signalInterfacesRfDvbtPreselector, signalInterfacesRfDvbtActivateEchoMeasurement, signalInterfacesRfDvbtSpectrumPixel, signalInterfacesRfDvbtSaveSpectrum, signalInterfacesRfDvbtResetResults, signalInterfacesRfDvbsCenterFrequency, signalInterfacesRfDvbsSymbolRate, signalInterfacesRfDvbsStandard, signalInterfacesRfDvbsLNBControl, signalInterfacesRfDvbsPolarisation, signalInterfacesRfDvbsSatellite, signalInterfacesRfDvbsFrequencySearchRange, signalInterfacesRfDvbsSpectrum, signalInterfacesRfDvbsSaveConstellation, signalInterfacesRfDvbsResetResults, signalInterfacesRfDvbt2CenterFrequency, signalInterfacesRfDvbt2ChannelBandwidth, signalInterfacesRfDvbt2FrequencyOffset, signalInterfacesRfDvbt2PlpId, signalInterfacesRfDvbt2SaveConstellation, signalInterfacesRfDvbt2Preselector, signalInterfacesRfDvbt2Profile, signalInterfacesRfDvbt2ActivateEchoMeasurement, signalInterfacesRfDvbt2SpectrumPixel, signalInterfacesRfDvbt2SaveSpectrum, signalInterfacesRfDvbt2ResetResults, signalInterfacesRfDvbt2MeasApplication } STATUS current DESCRIPTION " " ::= { rsDvmsGroups 28 } groupMeasurementSigInterfaces OBJECT-GROUP OBJECTS { measurementSigInterfacesDvbtConstellationTPS, measurementSigInterfacesDvbtGuardIntervalTPS, measurementSigInterfacesDvbtHierarchyTPS, measurementSigInterfacesDvbtCodeRateTPS, measurementSigInterfacesDvbtCellId, measurementsSigInterfacesDvbtBERBeforeViterbiMax, measurementsSigInterfacesDvbtBERBeforeViterbiValue, measurementsSigInterfacesDvbtFrequencyOffsetMin, measurementsSigInterfacesDvbtFrequencyOffsetMax, measurementsSigInterfacesDvbtFrequencyOffsetValue, measurementsSigInterfacesDvbtBitrateOffsetMin, measurementsSigInterfacesDvbtBitrateOffsetMax, measurementsSigInterfacesDvbtBitrateOffsetValue, measurementsSigInterfacesDvbtRfAttenuation, measurementsSigInterfacesDvbtSidebandPosition, measurementsSigInterfacesDvbtReferenceFrequencyLocked, measurementsSigInterfacesDvbtTimeSlicingOn, measurementsSigInterfacesDvbtMPEFECOn, measurementsSigInterfacesDvbtInDepthInterleaverOn, measurementsSigInterfacesDvbtGuardIntervalStart, measurementsSigInterfacesDvbtGuardIntervalStop, measurementsSigInterfacesDvbtUnambiguousStop, measurementsSigInterfacesDvbtLowerShoulderValue, measurementsSigInterfacesDvbtUpperShoulderValue, measurementsSigInterfacesDvbtAllEchoesWithinLimits, measurementsSigInterfacesDvbtLevelMin, measurementsSigInterfacesDvbtLevelMax, measurementsSigInterfacesDvbtLevelValue, measurementsSigInterfacesDvbtMERMin, measurementsSigInterfacesDvbtMERMax, measurementsSigInterfacesDvbtMERValue, measurementsSigInterfacesDvbtBERMax, measurementsSigInterfacesDvbtBERValue, measurementsSigInterfacesDvbtPERMax, measurementsSigInterfacesDvbtPERValue, measurementsSigInterfacesDvbtAGCLocked, measurementsSigInterfacesDvbtCarrierLocked, measurementsSigInterfacesDvbtMPEGLocked, measurementsSigInterfacesDvbtFFTTPS, measurementsSigInterfacesDvbsLevelMin, measurementsSigInterfacesDvbsLevelMax, measurementsSigInterfacesDvbsLevelValue, measurementsSigInterfacesDvbsCNMin, measurementsSigInterfacesDvbsCNMax, measurementsSigInterfacesDvbsCNValue, measurementsSigInterfacesDvbsEBN0Min, measurementsSigInterfacesDvbsEBN0Max, measurementsSigInterfacesDvbsEBN0Value, measurementsSigInterfacesDvbsMERMin, measurementsSigInterfacesDvbsMERMax, measurementsSigInterfacesDvbsMERValue, measurementsSigInterfacesDvbsBERbeforeViterbiMax, measurementsSigInterfacesDvbsBERbeforeViterbiValue, measurementsSigInterfacesDvbsBERafterViterbiMax, measurementsSigInterfacesDvbsBERafterViterbiValue, measurementsSigInterfacesDvbsBERbeforeBCHMax, measurementsSigInterfacesDvbsBERbeforeBCHValue, measurementsSigInterfacesDvbsBERbeforeLDPCMax, measurementsSigInterfacesDvbsBERbeforeLDPCValue, measurementsSigInterfacesDvbsPERMax, measurementsSigInterfacesDvbsPERValue, measurementsSigInterfacesDvbsCarrierLocked, measurementsSigInterfacesDvbsConstellationTPS, measurementSigInterfacesDvbsCodeRateTPS, measurementSigInterfacesDvbsSpectrum, measurementSigInterfacesDvbsPilots, measurementsSigInterfacesDvbsFrequencyOffsetMin, measurementsSigInterfacesDvbsFrequencyOffsetMax, measurementsSigInterfacesDvbsFrequencyOffsetValue, measurementsSigInterfacesDvbsSymbolRateOffsetMin, measurementsSigInterfacesDvbsSymbolRateOffsetMax, measurementsSigInterfacesDvbsSymbolRateOffsetValue, measurementsSigInterfacesDvbt2LevelMin, measurementsSigInterfacesDvbt2LevelMax, measurementsSigInterfacesDvbt2LevelValue, measurementsSigInterfacesDvbt2MERMin, measurementsSigInterfacesDvbt2MERMax, measurementsSigInterfacesDvbt2MERValue, measurementsSigInterfacesDvbt2BERBeforeLDPCMax, measurementsSigInterfacesDvbt2BERBeforeLDPCValue, measurementsSigInterfacesDvbt2PERValue, measurementsSigInterfacesDvbt2AGCLocked, measurementsSigInterfacesDvbt2CarrierLocked, measurementsSigInterfacesDvbt2MPEGLocked, measurementsSigInterfacesDvbt2BERBeforeBCHMax, measurementsSigInterfacesDvbt2BERBeforeBCHValue, measurementsSigInterfacesDvbt2FrequencyOffsetMin, measurementsSigInterfacesDvbt2FrequencyOffsetMax, measurementsSigInterfacesDvbt2FrequencyOffsetValue, measurementsSigInterfacesDvbt2BitrateOffsetMin, measurementsSigInterfacesDvbt2BitrateOffsetMax, measurementsSigInterfacesDvbt2BitrateOffsetValue, measurementsSigInterfacesDvbt2RfAttenuation, measurementsSigInterfacesDvbt2SideBandPosition, measurementsSigInterfacesDvbt2ReferenceFrequencyLocked, measurementsSigInterfacesDvbt2LDPCIterations, measurementsSigInterfacesDvbt2LDPCIterationsMax, measurementsSigInterfacesDvbt2L1StreamType, measurementsSigInterfacesDvbt2L1BWExt, measurementsSigInterfacesDvbt2L1S1Field, measurementsSigInterfacesDvbt2L1S2Field1, measurementsSigInterfacesDvbt2L1S2Field2, measurementsSigInterfacesDvbt2L1FFT, measurementsSigInterfacesDvbt2L1RepetitionFlag, measurementsSigInterfacesDvbt2L1GuardInterval, measurementsSigInterfacesDvbt2L1Papr, measurementsSigInterfacesDvbt2L1PostConstellation, measurementsSigInterfacesDvbt2L1PostCodeRate, measurementsSigInterfacesDvbt2L1PostFECType, measurementsSigInterfacesDvbt2L1PostSize, measurementsSigInterfacesDvbt2L1PostInfoSize, measurementsSigInterfacesDvbt2L1PilotPattern, measurementsSigInterfacesDvbt2L1TXIdAvailability, measurementsSigInterfacesDvbt2L1CellId, measurementsSigInterfacesDvbt2L1NetworkId, measurementsSigInterfacesDvbt2L1T2SystemId, measurementsSigInterfacesDvbt2L1NumT2Frames, measurementsSigInterfacesDvbt2L1NumDataSymbols, measurementsSigInterfacesDvbt2L1RegenFlag, measurementsSigInterfacesDvbt2L1PostExtension, measurementsSigInterfacesDvbt2L1NumRf, measurementsSigInterfacesDvbt2L1Reserved, measurementsSigInterfacesDvbt2L1CRC, measurementsSigInterfacesDvbt2L1T2Version, measurementsSigInterfacesDvbt2L1TransmissionSystem, measurementsSigInterfacesDvbt2L1RfIndex, measurementsSigInterfacesDvbt2PLPId, measurementsSigInterfacesDvbt2PLPType, measurementsSigInterfacesDvbt2PLPPayloadType, measurementsSigInterfacesDvbt2PLPGroupId, measurementsSigInterfacesDvbt2PLPCodeRate, measurementsSigInterfacesDvbt2PLPConstellation, measurementsSigInterfacesDvbt2PLPRotated, measurementsSigInterfacesDvbt2PLPFECType, measurementsSigInterfacesDvbt2PLPNumBlocksMax, measurementsSigInterfacesDvbt2PLPFrameInterval, measurementsSigInterfacesDvbt2PLPTimeILLength, measurementsSigInterfacesDvbt2PLPTimeILType, measurementsSigInterfacesDvbt2PLPInBandSignallingA, measurementsSigInterfacesDvbt2PLPInBandSignallingB, measurementsSigInterfacesDvbt2PLPStaticFlag, measurementsSigInterfacesDvbt2PLPStaticPaddingFlag, measurementsSigInterfacesDvbt2PLPFixedFrequencyFlag, measurementsSigInterfacesDvbt2PLPFirstRfIndex, measurementsSigInterfacesDvbt2PLPFirstFrameIndex, measurementsSigInterfacesDvbt2PLPNumberOfPLPs, measurementsSigInterfacesDvbt2PLPMode, measurementsSigInterfacesDvbt2PLPReserved1, measurementsSigInterfacesDvbt2LowerShoulderValue, measurementsSigInterfacesDvbt2UpperShoulderValue, measurementsSigInterfacesDvbt2AllEchoesWithinLimits, measurementsSigInterfacesDvbt2CommonPLPId, measurementsSigInterfacesDvbt2CommonPLPType, measurementsSigInterfacesDvbt2CommonPLPPayloadType, measurementsSigInterfacesDvbt2CommonPLPGroupId, measurementsSigInterfacesDvbt2CommonPLPCodeRate, measurementsSigInterfacesDvbt2CommonPLPConstellation, measurementsSigInterfacesDvbt2CommonPLPRotated, measurementsSigInterfacesDvbt2CommonPLPFECType, measurementsSigInterfacesDvbt2CommonPLPNumBlocksMax, measurementsSigInterfacesDvbt2CommonPLPFrameInterval, measurementsSigInterfacesDvbt2CommonPLPTimeILLength, measurementsSigInterfacesDvbt2CommonPLPTimeILType, measurementsSigInterfacesDvbt2CommonPLPInBandSignallingA, measurementsSigInterfacesDvbt2CommonPLPInBandSignallingB, measurementsSigInterfacesDvbt2CommonPLPStaticFlag, measurementsSigInterfacesDvbt2CommonPLPStaticPaddingFlag, measurementsSigInterfacesDvbt2CommonPLPFixedFrequencyFlag, measurementsSigInterfacesDvbt2CommonPLPFirstRfIndex, measurementsSigInterfacesDvbt2CommonPLPFirstFrameIndex, measurementsSigInterfacesDvbt2CommonPLPMode, measurementsSigInterfacesDvbt2CommonPLPReserved1, measurementsSigInterfacesDvbt2L1PostScrambled, measurementsSigInterfacesDvbt2L1BaseLITE, measurementsSigInterfacesIPChannelLogTSPacketsPerIPPacket, measurementsSigInterfacesIPChannelLogDataLength, measurementsSigInterfacesIPChannelLogBitRate, measurementsSigInterfacesIPChannelLogTSBitRate, measurementsSigInterfacesIPChannelLogNominalTSBitRate, measurementsSigInterfacesIPChannelLogInterarrivalJitterValue, measurementsSigInterfacesIPChannelLogInterarrivalJitterPeak, measurementsSigInterfacesIPChannelLogMDIDelayFactorValue, measurementsSigInterfacesIPChannelLogMDIDelayFactorPeak, measurementsSigInterfacesIPChannelLogMDIMediaLossRateValue, measurementsSigInterfacesIPChannelLogMDIMediaLossRatePeak, measurementsSigInterfacesIPChannelLogDataType, measurementsSigInterfacesIPChannelLogSourceIPAddress, measurementsSigInterfacesIPChannelLogDestinationIPAddress, measurementsSigInterfacesIPChannelLogDestinationPort } STATUS current DESCRIPTION " " ::= { rsDvmsGroups 29 } groupDvmsIp OBJECT-GROUP OBJECTS { signalInterfacesIPInputAlias, signalInterfacesIPInputAddress, signalInterfacesIPInputPort, signalInterfacesIPInputSourceAddress, signalInterfacesIPInputMonitoringConfiguration, signalInterfacesIPInputConnector, signalInterfacesIPOutputAddress, signalInterfacesIPOutputPort, signalInterfacesIPOutputDataType, signalInterfacesIPOutputTTL, signalInterfacesIPOutputTSPacketsPerIPPacket, signalInterfacesIPOutputFECD, signalInterfacesIPOutputFECL, signalInterfacesIPOutputConnector } STATUS current DESCRIPTION " " ::= { rsDvmsGroups 24 } groupStreaming OBJECT-GROUP OBJECTS { streamingModuleMacAddress, streamingModuleInputPort, streamingPid } STATUS current DESCRIPTION " " ::= { rsDvmsGroups 25 } groupQpsnr OBJECT-GROUP OBJECTS { qpsnrControl, qpsnrClearHistory, qpsnrElapsedTime, qpsnrRecordStartBefore, qpsnrRecordStartAfter, qpsnrRecordMaxFiles, qpsnrLimitPeak1, qpsnrLimitPeak2, qpsnrLimitAverage1, qpsnrLimitAverage2, qpsnrReplayApplication, qpsnrReplayTsGenModuleMacAddress, qpsnrReplayTsGenModuleInputPort, qpsnrAverageWindow, qpsnrAverageTime, qpsnrAnalysisSequenceNumber, qpsnrAnalysisProgress, qpsnrExportDirectory, qpsnrImportDirectory, qpsnrTrpFileName, qpsnrAverageValue, qpsnrPeakValue, qpsnrPeakMin, qpsnrPeakMax, qpsnrViolationInfoSequenceNumberMin, qpsnrViolationInfoSequenceNumberMax, qpsnrViolationInfoEntryCount, qpsnrViolationEntryGenerationTime, qpsnrViolationEntryPeakValueMin, qpsnrViolationEntryViolationBegin, qpsnrViolationEntryViolationEnd, qpsnrViolationEntryRecordBegin, qpsnrViolationEntryRecordEnd, qpsnrViolationEntryRecordLength, qpsnrViolationEntryAnalysisType } STATUS current DESCRIPTION " " ::= { rsDvmsGroups 26 } groupExport OBJECT-GROUP OBJECTS { exportPacketInterpreterFileName, exportTablePESInterpreterFileName, exportControl } STATUS current DESCRIPTION " " ::= { rsDvmsGroups 30 } groupEcho OBJECT-GROUP OBJECTS { measurementsSigInterfacesEchoTime, measurementsSigInterfacesEchoLevel, measurementsSigInterfacesEchoLimitNumber, measurementsSigInterfacesEchoLimitEchoTime, measurementsSigInterfacesEchoLimitEchoLevel, measurementsSigInterfacesEchoLimitEchoNumber, measurementsSigInterfacesEchoLimitDelayValue, measurementsSigInterfacesEchoLimitLevelValue } STATUS current DESCRIPTION " " ::= { rsDvmsGroups 31 } groupDvbt2Plp OBJECT-GROUP OBJECTS { measurementsSigInterfacesDvbt2PlpId } STATUS current DESCRIPTION " " ::= { rsDvmsGroups 32 } groupT2miPlp OBJECT-GROUP OBJECTS { signalInterfacesT2miPlpPid, signalInterfacesT2miPlpId, signalInterfacesT2miPlpGroupId, signalInterfacesT2miPlpType, signalInterfacesT2miPlpModulePortIndex, signalInterfacesT2miPlpConnect, signalInterfacesT2miPlpMonitoringConfigName } STATUS current DESCRIPTION " " ::= { rsDvmsGroups 33 } rsDvmsCompliances OBJECT-IDENTITY STATUS current DESCRIPTION " " ::= { rsDvmsConf 2 } basicCompliance MODULE-COMPLIANCE STATUS current DESCRIPTION "Enter the description of the created MODULE-COMPLIANCE." MODULE -- this module MANDATORY-GROUPS { groupDvmsModuleInfo, groupDvmsControlMonitoringConfig, groupDvmsLog, groupDvmsSiteConfiguration, groupDvmsTsTest, groupAlarmFailureSummaryTable, groupAlarmLineEventControl, groupLogEventControl, groupRsDvmsEvents, groupRsDvmsEventInfo, groupEventControlVars } ::= { rsDvmsCompliances 1 } END -- -- RS-DVMS-MIB.mi2 --