Child pages
  • TAPI Contributions and Presentations
Long Name (labelspace.parameterName)Identifier (uuid)Group/Type/ObjectClassNameDescriptionTypeUnitDefaultAccessControlAttributeValueChangeNotificationConstrainsCharacteristicsPhotonicConditionalPackageAvailable Yes/NoRemark
default<generated by tool><dont-touch! generated by tool><set-by-create><set-by-create>The parameter <Name> …Stringread-onlynonone
Example.examplePowerb5b574b8-132a-475e-8160-6147ed933315ExampleexamplePowerThis is a nice multi line description of the parameter.Number0read-writeyes<default>
Example.examplePower0aac4dc2-776d-4866-accb-108e208bf086ExampleexamplePowerThe value of ExmaplePowerStatus indicates whether the "Example" has power or notBooleanfalse<default><default><default>
Example.userLabel3b37c24f-4f13-4dac-bdad-5099bbf23b19ExampleuserLabelA user defined label of the object "Example"Stringnot initializedread-writeyes<default>
Example.lifecycleb72256da-5ea8-4bc1-ac69-abef3ed393a6ExamplelifecycleENUMplannedread-writeyes<default>
SummaryProperties.applicationIdentifier49D23776-5149-4005-83DE-9BF383FC108ESummaryPropertiesapplicationIdentifiersee ITU-T: The identifier of the applicationStringnot initializedread-onlyyesnoneStatusOTSi-TTP-SinkYesTraced to OtsiTerminationPac-> selectedApplicationIndentifier OtsiCapabilityPac-> supportableApplicationIdentifier The attribute is used by both of the above mentioned PACs
SummaryProperties.receiverApplicationTypeC8CE395D-19C0-42B3-9D4E-7FAD7E0C474ESummaryPropertiesreceiverApplicationTypeThe type of the application that runs at the receiverENUM (measuring vs termination)not initializedread-onlyyesnoneStatusOTSi-TTP-SinkYesCreated a new ENUM ApplicationIndentifierValueType to restrict the values to MEASURING/TERMINATION.
SummaryProperties.operationalStateE0DD7B6F-7420-422E-B32D-12C5BFBACA07SummaryPropertiesoperationalStateThe operational status of an entityENUM ()not initializedread-onlyyesnone<part of ltp>NoWe need not follow with TAPI for this.
SpectrumPropertiesChannel.upperFrequency5616426F-B684-434C-8AFB-5B727A0E7B5DSpectrumPropertiesChannelupperFrequencyThe upper frequency of the channel spectrumNumberTHz0read-writeyesmust be higher than the lower frequency valueConfiguration Status LowerWarn LowerSevere LowerFail UpperWarn UpperSevere UpperFail TimePeriod AlarmBooleanOTSi-TTP-SourceYesMediaChannelPoolCapabilityPac -> Spectrum -> upperFrequency in TAPI the value is a Real and not Integer Unit changed to THz and Default value is 0
SpectrumPropertiesChannel.lowerFrequency596314F5-D7F3-440B-9B7F-E817D366C258SpectrumPropertiesChannellowerFrequencyThe lower frequency of the channel spectrumNumberTHz0read-writeyesnoneConfiguration Status LowerWarn LowerSevere LowerFail UpperWarn UpperSevere UpperFail TimePeriod AlarmBooleanOTSi-TTP-SourceYesMediaChannelPoolCapabilityPac -> Spectrum -> lowerFrequency in TAPI the value is a Real and not Integer Unit changed to THz and Default value is 0
SpectrumPropertiesChannel.guardUpper13200538-0BEB-46D1-BE7D-758007638F86SpectrumPropertiesChannelguardUpperThis parameter indicates the upper value of a guard interval, so the space between symbols. The guard interval is used to eliminate inter-symbol and inter-carrier interference. The beginning of each symbol is preceded by a guard interval. As long as the echoes fall within this interval, they will not affect the receiver's ability to safely decode the actual data, as data is only interpreted outside the guard interval. NumberTHz0read-writeyesThe shorter guard interval results in a higher packet error rate when the delay spread of the channel exceed the guard interval and/or if timing synchronization between the transmitter and receiver is not precise Configuration Status LowerWarn LowerSevere LowerFail UpperWarn UpperSevere UpperFail TimePeriod AlarmBooleanOTSi-TTP-SourceNoAsk TAPI if it should be included
SpectrumPropertiesChannel.guardLower4A1AAC85-E11C-4763-84FF-7FE4D899EFDBSpectrumPropertiesChannelguardLowerThis parameter indicates the lower value of a guard interval.The guard interval is used to eliminate inter-symbol and inter-carrier interference. The beginning of each symbol is preceded by a guard interval. As long as the echoes fall within this interval, they will not affect the receiver's ability to safely decode the actual data, as data is only interpreted outside the guard interval.NumberTHz0read-writeyesThe shorter guard interval results in a higher packet error rate when the delay spread of the channel exceed the guard interval and/or if timing synchronization between the transmitter and receiver is not precise Configuration Status LowerWarn LowerSevere LowerFail UpperWarn UpperSevere UpperFail TimePeriod AlarmBooleanOTSi-TTP-SourceNoAsk TAPI if it should be included
SpectrumPropertiesLaser.centralFrequency1284BFF3-E1AE-4B73-96F0-C16D6801AEB2SpectrumPropertiesLasercentralFrequencyThe central frequency of the laser. It is the oscillation frequency of the corresponding electromagnetic wave NumberTHz0read-writeyesnoneConfiguration StatusOTSi-TTP-SourceYesUnit is defined as THz CentralFrequencyOrWavelength -> centralFrequency Type is a RealNumber is TAPI.
SpectrumPropertiesLaser.channelWidth769C39C2-628B-4659-A606-2E44C53A66DASpectrumPropertiesLaserchannelWidthThis parameter specifies how much bandwidth the system is using within the available spectrumNumberGHZ0read-writeyesnoneConfiguration StatusOTSi-TTP-SourceCheck againIf not present, we need this and ask TAPI if this can be added
SpectrumPropertiesGrid.gridType6082170D-42B1-4CB7-897E-852E7D34F5B5SpectrumPropertiesGridgridTypeThe frequency grid type used for the DWDM applications according to ITU-T G694.1ENUMdwdm-flexibleread-writeyesnoneConfigurationOTSi-TTP-SourceYessupportableLowerCentralFrequency -> CentralFrequencyOrWavelength -> gridType
SpectrumPropertiesGrid.adjustmentGranularity55945A0D-E3E4-4D4E-B4EF-1AC9E3C6975CSpectrumPropertiesGridadjustmentGranularityThis parameter specifies the nominal central frequency granularityNumberTHz0read-writeyes?ConfigurationOTSi-TTP-SourceYessupportableLowerCentralFrequency -> CentralFrequencyOrWavelength -> adjustmentGranularity AdjustmentGranularity is an ENUM and not a simple Interfer Type. The ENUM eventually lists a set of possible values.
SpectrumPropertiesGrid.channelSpacing5B56AE7D-63C9-4B1D-B07E-5D5DB8CC494BSpectrumPropertiesGridchannelSpacingSpace between channelsNumberConfigurationOTSi-TTP-SourceNoAsk TAPI if it should be included
SpectrumPropertiesGrid.widthNumberB405AF3B-4E82-44FD-B156-16632663E715SpectrumPropertiesGridwidthNumberThis parameter indicated the m which is a number that determines the slot width according to ITU-T G694.1 Numbernone0read-writeyespositive integer, any combination of frequency slots is available as long as no two frequency slots overlapConfigurationOTSi-TTP-SourceNoAsk TAPI if it should be included
SpectrumPropertiesGrid.channelNumber5D74135F-FBD2-491B-9977-34501636DC58SpectrumPropertiesGridchannelNumberThis parameter indicated the n which is a number that determines the nominal central frequency of thte slots according to ITU-T G694.1 Numbernone0read-writeyesConfigurationOTSi-TTP-SourceYesCentralFrequencyOrWavelength -> channelNumber
WaveShapeProperties.eyeMask108AB039-B286-4ECD-B315-E78E34C472DEWaveShapePropertieseyeMaskThe eye pattern used to estimate the signal distortion due to intersymbol interference and noise. In transmission, a quick and qualitative measure of the quality and integrity of the electronic signal (since optical has been converted to electrical) is a superposition of bit periods on an oscilloscope. This superposition is known as the “eye diagram”. The Opening of the Eye, E Eye = I 1,min - I 0,max Where: I 1,min =Minimum current threshold for logic 1 is set to I 0,max= Maximum current threshold for logic 0 is set to String (to reference to spec (??uuid???)read-onlyyesStatusOTSi-TTP-Sink OTSi-TTP-SourceNoNot really required by SDN controller as per current understanding.
WaveShapeProperties.extinctionRatioC92AA88D-09AD-4EBF-9B88-775C0030B492WaveShapePropertiesextinctionRatioThis parameter defines the ratio of two optical power levels of a digital signal generated by an optical laserNumber%0read-onlyyesStatusOTSi-TTP-Sink OTSi-TTP-SourceNoNot really required by SDN controller as per current understanding.
ChannelPropertiesChannelSummary.channelPenalty5BDD79C8-7ABE-4BEA-BFD5-633723C3E401ChannelPropertiesChannelSummarychannelPenaltyThis parameter represents the distortion of the channel due to different noise source: if it is intended as Eye Opening Penalty it can be intended as the relation between the expected opening of the eye (EEye) and the actual average eye opening (EAvg) this defines a penalty as: Penalty= EEye/2*EAvg Number<no>0read-onlyConfiguration StatusOTSi-TTP-Sink OTSi-TTP-SourceNoNot really required by SDN controller as per current understanding.
ChannelPropertiesChannelEntryEffects.channelInsertionLoss87FA64EC-DB8C-46EA-8B14-5A6A8A054282ChannelPropertiesChannelEntryEffectschannelInsertionLossInsertion loss is the loss of signal power resulting from the insertion of a device in a transmission line or optical fiber. It is measured by the amount of power received before and after the insertion NumberdB0Status AlarmBooleanOTSi-TTP-SinkNoNot really required by SDN controller as per current understanding.
ChannelPropertiesChannelEntryEffects.channelReturnLoss559B5551-7A36-427A-B31E-E6BE434D8089ChannelPropertiesChannelEntryEffectschannelReturnLossReturn loss is the loss of power in the signal returned/reflected by a discontinuity in a transmission line or optical fiber. This discontinuity can be a mismatch with the terminating load or with a device inserted in the line. It is usually expressed as a ratio in decibels (dB); Return loss is related to both standing wave ratio (SWR) and reflection coefficient (Γ). Increasing return loss corresponds to lower SWR. Return loss is a measure of how well devices or lines are matched. A match is good if the return loss is high. A high return loss is desirable and results in a lower insertion loss. NumberdB0ConfigurationOTSi-TTP-SourceNoNot really required by SDN controller as per current understanding.
ChannelPropertiesChannelEntryEffects.channelReflectanceACF82072-4EEC-491D-81F6-E71067EA44BEChannelPropertiesChannelEntryEffectschannelReflectance This parameter describes the amount of light reflected compared to the power of the light being transmitted down the fiber. It is caused by the light going through the change in index of refraction at the interface between the fiber (n=~1.5) and air (n=~1). Reflectance is primarily a problem with connectors but may also affect mechanical splices which contain an index matching gel to prevent reflectance.NumberdBm0StatusOTSi-TTP-SinkNoNot really required by SDN controller as per current understanding.
ChannelPropertiesChannelEntryEffects.discreteReflectance9B89500D-77D9-481F-AE55-403B588B79BDChannelPropertiesChannelEntryEffectsdiscreteReflectance??StatusOTSi-TTP-SinkNoNot really required by SDN controller as per current understanding.
ChannelPropertiesChannelLoss.channelAttenuation55ECFFFA-C657-4943-8968-5EDD8845B1EEChannelPropertiesChannelLosschannelAttenuationMaximum distance a signal can travel and still be picked up at receiver.Number?0read-onlyyesCapabilityOTSi-TTP-SinkNoNeed to discuss this TAPI if this can be included.
ChannelPropertiesChannelDispersion.channelDifferentialGroupDelayFCB86013-48EE-4E5C-8151-BAD27A20DD11ChannelPropertiesChannelDispersionchannelDifferentialGroupDelayThis parameter indicates the difference in propagation time between the two single modes X and Y polarizationsNumberdB0read-onlyyesStatusOTSi-TTP-SinkNoNot really required by SDN controller as per current understanding.
ChannelPropertiesChannelDispersion.chromaticDispersionCharacteristic659148FD-C6B7-459C-ACDF-BDEC6EEB39F9ChannelPropertiesChannelDispersionchromaticDispersionCharacteristicThis parameter describes the spreading of a light pulse as it travels down a fiber when light pulses launched close together (high data rates) spread too much and result in errors and a loss of informationNumberps/nm0read-onlyyesCapabilityOTSi-TTP-SinkNoNot really required by SDN controller as per current understanding.
ChannelPropertiesChannelDispersion.polarizationModeDispersion0AA47ABB-32AE-46D0-BE65-42C518BBC081ChannelPropertiesChannelDispersionpolarizationModeDispersionThis parameter describes a form of modal dispersion where two different polarizations of light in a waveguide, which normally travel at the same speed, travel at different speeds due to random imperfections and asymmetries, causing random spreading of optical pulses. Unless it is compensated, which is difficult, this ultimately limits the rate at which data can be transmitted over a fiber.Number ps/√km0read-onlyyesCondigurationOTSi-TTP-SourceNoNot really required by SDN controller as per current understanding.
ChannelPropertiesChannelSignalCrosstalkProperties.interChannelCrosstalk730CF117-C934-4F90-9E44-B2F35B5E1A51ChannelPropertiesChannelSignalCrosstalkPropertiesinterChannelCrosstalkThis parameter describes crosstalk between channels in a multiplex system.NumberdB0read-onlyyesStatusOTSi-TTP-SinkNoNot really required by SDN controller as per current understanding.
ChannelPropertiesChannelSignalCrosstalkProperties.interferometricCrosstalk2718DFC4-4E3A-4218-B9BE-3AEFC57119E0ChannelPropertiesChannelSignalCrosstalkPropertiesinterferometricCrosstalkThis parameter describes Interferometric noise, arising from the optical interference of the desired information signal and parasitic crosstalk waveforms at the detector, afflicts practically all optical networks, inducing potentially unacceptable power penalties and bit-error-rate floors. Interferometric noise arises, for example, from multipaths in the network from source to detector.NumberdB0read-onlyyesStatusOTSi-TTP-SinkNoNot really required by SDN controller as per current understanding.
LaserProperties.laserApplicationType 1E74942A-7F79-4E7E-92F7-F3CE993D3524LaserPropertieslaserApplicationType The type of laser, its operational wavelengths, and its applicationsStringnot initializedread-writeyes<default>CapabilityOTSi-TTP-SourceYesLaserPropertiesPac-> laserApplicationType It is an ENUM in TAPI called LaserType(PUMP, MODULATED,PULSE) Default value is assigned "NOT INITIALIZED"
LaserProperties.laserBiasCurrent1ADDEF5A-A58D-4693-8055-70B9260595C3LaserPropertieslaserBiasCurrentThe Bias current of the laser that is the medium polarization current of the laserNumbermA0read-writeyes<default>CapabilityOTSi-TTP-SourceYesLaserPropertiesPac-> laserBiasCurrent Unit is assigned mA and default value is assigned 0 in TAPI
LaserProperties.laserTemperature E643C7A8-4F81-4837-9B4D-8924A89C3565LaserPropertieslaserTemperature The temperature of the laserNumber°C-99Status UpperWarn UpperSevere UpperFail TimePeriod AlarmBooleanOTSi-TTP-SourceYesLaserPropertiesPac-> laserTemperature Unit is assigned "Celsius" and Default value is assigned -99 in TAPI
ModulatedLightProperties.spectralWidth 3E80D61F-91FF-4258-AF6B-3977F4AECFA5ModulatedLightPropertiesspectralWidth The wavelength interval over which the magnitude of all spectral components is equal to or greater than a specified fraction of the magnitude of the component having the maximum valueNumbernm0ConfigurationOTSi-TTP-SourceNoNot really required by SDN controller as per current understanding.
ReceiverProperties.modulationApproach 5A5797BF-BDBE-4BE0-9029-D7E7F2A113C2ReceiverPropertiesmodulationApproach This parameter defines the modulation used at the sourceStringnot initializedread-writeConfiguration StatusOTSi-TTP-SinkYes Present under TerminationPac-> selectedModulation In TAPI this is an ENUM called ModulationTechnique
ReceiverProperties.receiverEquivalentSensitivityB8BF0F3E-8158-4677-A298-90CA8E5D6B78ReceiverPropertiesreceiverEquivalentSensitivity??read-writeConfiguration StatusOTSi-TTP-SinkNoNot really required by SDN controller as per current understanding.
ReceiverProperties.receiverSensitivity918CAF95-EC15-403E-B2E7-BD4E4EC03089ReceiverPropertiesreceiverSensitivityReceiver sensitivity is the lowest power level at which the receiver can detect a signal and demodulate data.NumberdBm0read-onlyyesCapabilityOTSi-TTP-SinkNoNot really required by SDN controller as per current understanding.
ReceiverProperties.receiverReflectanceCA2306CC-B1A7-4DE6-B88D-7BA8357BA198ReceiverPropertiesreceiverReflectanceFraction of incident electromagnetic power that is reflected at an interface of the receiverNumberdBm0read-onlyyesCapabilityOTSi-TTP-SinkNoNot really required by SDN controller as per current understanding.
PowerProperties.totalPower14976E2B-D858-4328-A851-FE600588BD06PowerPropertiestotalPowerThe total power at any point in a channel including TX and RXNumberdBm0Configuration Status LowerWarn LowerSevere LowerFail UpperWarn UpperSevere UpperFail TimePeriod AlarmBooleanOTSi-TTP-Sink OTSi-TTP-SourceYesPresent in PowerPropertiesPac -> totalPower In TAPI, this is a read-write parameter. Defined the unit and default value.
PowerProperties.powerSpectralDensityE2BEC4F0-C10E-4217-9569-878D1DE166CAPowerPropertiespowerSpectralDensityThis describes how power of a signal is distributed over frequencyNumberdBm0read-onlyyesConfigurationOTSi-TTP-SourceYesPresent in PowerPropertiesPac -> spectralPowerDensity Defined the unit to dBm and default value to 0 In TAPI, this was a read-write parameter, Changed it to read-only.
FecProperties.preFecBer22C4FCAC-D25D-4060-A323-DED32D95CC36FecPropertiespreFecBercounter: bit error rate before correction by FECNumberms0UpperWarn UpperSevere UpperFail TimePeriod AlarmBooleanOTSi-TTP-SinkYesFecPropertiesPac -> preFecBer TAPI defines it as a Real number, changed to Integer in TAPI Defined the unit as ms Changed the type to READ-ONLY
FecProperties.postFecBer73AE8CDE-E79D-4560-A36E-3DAEBD844E5CFecPropertiespostFecBerCounter: bit error rate after correction by FECNumberms0UpperWarn UpperSevere UpperFail TimePeriod AlarmBooleanOTSi-TTP-SinkYesFecPropertiesPac -> postFecBer TAPI defines it as a Real number, changed to Integer in TAPI Defined the unit as ms Changed the type to READ-ONLY
FecProperties.uncorrectableBitsA742964E-2C3E-435C-BF9C-CE8DE594E6E7FecPropertiesuncorrectableBitsBits that could not be corrected by FECNumber0read-onlyyesaverageMean TimePeriodOTSi-TTP-SinkYesFecPropertiesPac -> unCorrectableBytes Changed the type to READ-ONLY TAPI defines it as a Real number, changed to Integer in TAPI
FecProperties.uncorrectableBytes25E56AEB-B518-42E1-9E37-7542DFDD7B10FecPropertiesuncorrectableBytesBytes that could not be corrected by FECNumber0read-onlyyesaverageMean TimePeriodOTSi-TTP-SinkYesFecPropertiesPac -> unCorrectableBits Changed the type to READ-ONLY TAPI defines it as a Real number, changed to Integer in TAPI
FecProperties.correctedBytesB7C11997-D705-4DD6-9AAD-3DB6067A9E91FecPropertiescorrectedBytesBytes corrected between those that were received corruptedNumber0read-onlyyesTimePeriodOTSi-TTP-SinkYesFecPropertiesPac -> correctedBytes Changed the type to READ-ONLY TAPI defines it as a Real number, changed to Integer in TAPI
FecProperties.correctedBitsF162CD3A-B644-4BB3-A3A1-2814F7914056FecPropertiescorrectedBitsBytBits corrected between those that were received corruptedNumber0read-onlyyesTimePeriodOTSi-TTP-SinkYesFecPropertiesPac -> correctedBits Changed the type to READ-ONLY TAPI defines it as a Real number, changed to Integer in TAPI
FecProperties.qualityValueB5EE705D-B28F-4FF8-BCAE-6C2D6AFBA6A1FecPropertiesqualityValue% of errors that were corrected in Bits or BytesNumber0read-onlyyesTimePeriodOTSi-TTP-SinkNoNeed to discuss this TAPI if this can be included.
ChannelTrace.traceTransferMethod4E6E1F7F-3DFE-4057-9BDA-1B7BE0206E59ChannelTracetraceTransferMethodMethod based on the transmission of a trace in order to identify the right transmitter in the channelString (for now)not initializedConfigurationOTSi-TTP-SourceNoNeed to discuss this TAPI if this can be included.
ChannelTrace.traceTransmitted88752A28-4B5B-4952-B3C2-4B2714BBD957ChannelTracetraceTransmittedTrace transmitted to the transmitter in the trace transfer method to identify the right transmitter in the channelStringnot initializedConfigurationOTSi-TTP-SourceNoNeed to discuss this TAPI if this can be included.
ChannelTrace.traceReceived075D21BF-C986-4278-9664-280D3A9DD2B4ChannelTracetraceReceivedTrace received from the transmitter in the trace transfer methodStringnot initializedStatusOTSi-TTP-SinkNoNeed to discuss this TAPI if this can be included.
ChannelTrace.traceExpected3B2A9E53-C65B-4EA8-8286-AF0ED633DC2EChannelTracetraceExpectedTrace expected from the transmitter in the trace transfer method Stringnot initializedConfigurationOTSi-TTP-SinkNoNeed to discuss this TAPI if this can be included.
ChannelTrace.traceMismatchDetected4B8C73E8-0D0F-4FB6-B588-E38CBF9BCC0BChannelTracetraceMismatchDetectedWrong trace received from the transmitter in the trace transfer method Booleannot initializedStatusOTSi-TTP-SinkNoNeed to discuss this TAPI if this can be included.
ChannelTrace.traceMismatchDetectionMode439A93E5-620E-490C-9D47-CEF95944C22AChannelTracetraceMismatchDetectionModeMode to identify a mismatch in the trace detectionString (reference)not initializedStatusOTSi-TTP-SinkNoNeed to discuss this TAPI if this can be included.
ChannelTrace.traceMismatchDetectionActionBB0EC746-6386-4622-89A8-19542E81019DChannelTracetraceMismatchDetectionActionAction to follow after a trace mismatch is detectedString (look at policy folks)not initializedStatusOTSi-TTP-SinkNoNeed to discuss this TAPI if this can be included.
ChannelTrace.traceGenerationApproachF19BE98B-2AF5-46BB-9B11-67551997E645ChannelTracetraceGenerationApproachHow to generate a traceString (reference)not initializedConfigurationOTSi-TTP-SourceNoNeed to discuss this TAPI if this can be included.
SignalSourceLabel.signalLabelTransferMethodBCDD8392-303E-4CA6-A1D4-0DE1E50367F0SignalSourceLabelsignalLabelTransferMethodMethod to transfer a signal label that contains soime characteristic of the transmitted signalString (for now)not initializedConfigurationOTSi-TTP-SourceNoNot really required by SDN controller as per current understanding.
SignalSourceLabel.signalLabelTransmitted579D0AAD-4F55-4EC3-8EED-BE349FC2F540SignalSourceLabelsignalLabelTransmittedSignal label that contains soime characteristic of the transmitted signalStringnot initializedConfigurationOTSi-TTP-SourceNoNot really required by SDN controller as per current understanding.
SignalSourceLabel.signalLabelReceivedFDBCFC91-3438-4349-AF57-DB6202AAB316SignalSourceLabelsignalLabelReceivedSignal label that contains soime characteristic of the received signalStringnot initializedStatusOTSi-TTP-SinkNoNot really required by SDN controller as per current understanding.
SignalSourceLabel.signalLabelExpectedE0BCB6B3-51C4-450C-87B7-26111946E99CSignalSourceLabelsignalLabelExpectedSignal label expectedStringnot initializedConfigurationOTSi-TTP-SinkNoNot really required by SDN controller as per current understanding.
SignalSourceLabel.signalLabelMismatchDectectedA44C9380-80E6-4B04-997A-9E0A215C06FFSignalSourceLabelsignalLabelMismatchDectectedSignal label mismatch is detectedBooleannot initializedStatusOTSi-TTP-SinkNoNot really required by SDN controller as per current understanding.
SignalSourceLabel.signalLabelMismatchDetectionModeE3473CD6-DB98-4F36-99D3-C2B104A7CE38SignalSourceLabelsignalLabelMismatchDetectionModeMethod to identify a signal label mismatch String (reference)not initializedConfigurationOTSi-TTP-SinkNoNot really required by SDN controller as per current understanding.
SignalSourceLabel.signalLabelMismatchDetectionActionAD821561-7446-4469-A34F-24ADBA293352SignalSourceLabelsignalLabelMismatchDetectionActionAction to take after identifying a signal label mismatchString (look at policy folks)not initializedConfigurationOTSi-TTP-SinkNoNot really required by SDN controller as per current understanding.
SignalSourceLabel.signalLabelGenerationApproach36E45988-CFF4-4002-A4EA-91FC2AE42819SignalSourceLabelsignalLabelGenerationApproachHow to generate a signal labelString (reference)not initializedConfigurationOTSi-TTP-SourceNoNot really required by SDN controller as per current understanding.
SignalCharacteristics.OpenConnectionIndication 121A581F-C138-4877-9495-98C794D98072SignalCharacteristicsOpenConnectionIndication (like AIS indication, receiver)BooleanStatusOTSi-TTP-Sink OTSi-TTP-SourceNoNeed to discuss this TAPI if this can be included.
SignalCharacteristics.bitRateLineCoding73EA081B-DABB-4220-9543-3E053B42A2D6SignalCharacteristicsbitRateLineCodingBit rate used according to the noisy of the communication channelString (reference enumerated)StatusOTSi-TTP-Sink OTSi-TTP-SourceNoNeed to discuss this TAPI if this can be included.
FarendIndications.farEndProblemTransmitToHere061D45B7-3472-40C5-9268-214E6A2C5986FarendIndicationsfarEndProblemTransmitToHereProblem to transmit at the far end from the near endBooleanfalseread-onlyyesobsoleteStatus AlarmBooleanOTSi-TTP-SinkNoNot really required by SDN controller as per current understanding.
FarendIndications.farEndProblemReceiveFromHere9FE302DC-B192-4804-BC6B-ED056FB73A92FarendIndicationsfarEndProblemReceiveFromHereProblem to receive at the far end from the near endBooleanfalseread-onlyyesobsoleteStatus AlarmBooleanOTSi-TTP-SinkNoNot really required by SDN controller as per current understanding.
FarendIndications.farEndProblemTransmitAwayFromHereB74F7A0F-2DD9-4D17-869C-CBDB2881F428FarendIndicationsfarEndProblemTransmitAwayFromHereProblem to transmit from the far end to away from the near endBooleanfalseread-onlyyesobsoleteStatus AlarmBooleanOTSi-TTP-SourceNoNot really required by SDN controller as per current understanding.
FarendIndications.farEndProblemReceiveTowardsHereB4D9524E-FE41-4C14-A498-9513640BAC67FarendIndicationsfarEndProblemReceiveTowardsHereProblem to receive at the near end from the far endBooleanfalseread-onlyobsoleteStatus AlarmBooleanOTSi-TTP-SinkNoNot really required by SDN controller as per current understanding.
LaserPropertieslaserShutdownProtocolString (reference)NoNeed to discuss this TAPI if this can be included.
LaserPropertieslaserShutdownDisabledBooleanNoNeed to discuss this TAPI if this can be included.
LaserPropertieslaserShutdownActiveBooleanNoNeed to discuss this TAPI if this can be included.
LaserPropertieslaserShutdownLockedBooleanNoNeed to discuss this TAPI if this can be included.
ReceiverPropertiesremoteLaserShutdownDetectedBooleanNoNeed to discuss this TAPI if this can be included.