Classes
| Class | Description | |
|---|---|---|
 | Allocation | The Lte.Allocation class contains properties and methods to control each LTE allocation |
| AllocationBase | The Lte.AllocationBase class contains properties and methods that are common to LTE allocations and Channels. The Lte.AllocationBase class contains properties and methods that are common to LTE allocations and Channels. |
| AllocationCollection | The Lte.AllocationCollection class contains properties and methods to manipulate a collection of LTE Allocation objects. |
| Channel | The Lte.Channel class contains properties and methods that are common to UL channels and DL users. The Lte.Channel class contains properties and methods that are common to UL channels and DL users. |
| DownlinkUser | The Lte.DownlinkUser class contains properties and methods specific to LTE Downlink users. |
| DownlinkUserCollection | The Lte.DownlinkUserCollection class contains properties and methods to manipulate a collection of LTE DownlinkUser objects. |
| Layer | The Lte.Layer class contains properties and methods to control the behavior of each Layer of an LTE DownlinkUser. |
| LayerCollection | The Lte.LayerCollection class contains properties and methods to manipulate the collection of LTE Layer objects. |
| MeasurementExtension | The Lte.MeasurementExtension object contains properties and methods to control the LTE demodulation measurement features |
| Prach | The Prach class contains properties and methods to control the behavior of LTE PRACH channel. |
| Pucch | The Pucch class contains properties and methods to control the behavior of LTE PUCCH channel. |
| Pusch | The Pusch class contains properties and methods to control the behavior of LTE PUSCH channel. |
| Srs | The Srs class contains properties and methods to control the behavior of LTE SRS channel. |
| UplinkUser | The Lte.UplinkUser class contains properties and methods specific to LTE Uplink users. |
| UplinkUserCollection | The Lte.UplinkUserCollection class contains properties and methods to manipulate a collection of LTE UplinkUser objects. |
| UserCollection<T> | The Lte.UserCollection class contains properties and methods that are common to the manipulation of a collection of downlink or uplink users. |
Enumerations
| Enumeration | Description | |
|---|---|---|
 | AnalysisBandwidthType | Specifies the bandwidth and the number of resource blocks. |
| AnalysisBoundaryType | Specifies the analysis start boundary. |
| AntennaArrayShape | Specifies the Antenna Array Shape used for Beamforming Pattern/Gain measurement. |
| AntennaPortType | Specifies the antenna port number that the transmission takes place on (Downlink only). |
| CellBeamSeparationMethod | Enum type to specify the method to estimate beamforming weight. |
| CellIdModeType | Specifies the Physical-layer Cell Identity Mode (Downlink only). |
| ChannelConditionType | Specifies the channel conditions to determine the UL spectrum flatness limits |
| CyclicDelayDiversityType | Specifies the Cyclic Delay Diversity (CDD) decoding to be applied to Spatial Multiplexed DL Shared Channels (PDSCH) |
| CyclicPrefixLengthModeType | Specifies the Cyclic-prefix length mode. |
| DciDetectIncludeType | Specifies the DCI Detection Include which allows user to specify which supported combination of DCI Format 1, 1B, 1D are present within measured signal |
| DciFormat1Format1ADetectType | Specifies which DCI Format a PDCCH with ambiguous length is to be decoded as. |
| DownlinkMultipleAccessScheme | Specifies the multiple access mode for Downlink |
| DuplexModeType | Specifies the duplex mode: FDD or TDD |
| ElementSpacingUnit | Specifies the Antenna Element Spacing Unit used for Beamforming Pattern/Gain measurement. |
| EMTCCoverageMode | Specifies the coverage mode used for EMTC |
| EqualizerTrainingModeType | Specifies the Equalizer Training mode (Uplink only). |
| EqualizerTrainingType | Specifies the Equalizer Training method. |
| EvmMinimizationType | Specifies the EVM Minimization method to use. |
| FofdmFilterSelection | Specifies the filter type used for 5G F-OFDM |
| FofdmFilterWindow | Specifies the window type used for 5G F-OFDM window filtering |
| FofdmFilterWindowLengthMode | Specifies the window length mode used for 5G F-OFDM window filtering if it is manual mode, the filter transition bandwidth is grayed out and determined by the filter length if it is auto mode, the filter length is determined by the transition bandwidth |
| FrameNumberType | Specifies which frame the allocation is located in. |
| FrequencyHoppingType | Specifies the Freq Hopping Type for PUSCH. |
| InputChannelType | Specifies the measurement input channel. |
| LinkDirectionType | Specifies the link direction. |
| MimoDecodingType | Specifies what type of MIMO decoding to apply to DL channels. |
| ModulationFormatType | Specifies the modulation format used by data channels. |
| MUSTCategoryType | Specifies the multiuser superposition transmission scheme |
| MUSTSICModeType | Specifies the signal interference cancellation mode used in multiuser superposition transmission scheme measurement |
| NumberOfCodewordsType | Specifies the Number of Code words to be decoded from Spatial Multiplexed DL Shared Channels (PDSCH) |
| NumberOfCsiRsPortsType | Specifies the number of CSI-RS ports |
| NumberOfLayersType | Specifies the Number of Layers to be decoded from Spatial Multiplexed DL Shared Channels (PDSCH) |
| NumberOfPositioningRsSubframesType | Specifies the number of consecutive DL sub-frames in which Positioning RS is transmitted. |
| NumberOfTXAntennasType | Specifies the total number of tx antenna ports for currently configured transmission system (Downlink only). |
| OrthogonalCoverCodeType | Specifies the Orthogonal Cover Code used by the PUSCH DMRS sequence |
| OSIndexType | Specifies the index for the Orthogonal Sequence in the PUCCH user channel allocation. |
| PbchBitVectorSelectType | Specifies the PBCH Bit Vector Selection that determines the PBCH bit values displayed in Decoded Symbol Table trace |
| PcfichBitVectorSelectType | Specifies the PCFICH Bit Vector Selection that determines the PCFICH bit values displayed in Decoded Symbol Table trace |
| PdcchBitVectorSelectType | Specifies the PDCCH Bit Vector Selection that determines the PDCCH bit values displayed in Decoded Symbol Table trace |
| PdschBitVectorSelectType | Specifies the PDSCH Bit Vector Selection that determines the PDSCH bit values displayed in Decoded Symbol Table trace |
| PdschCellSpecificRatioType | Specifies the PDSCH Cell Specific Ratio p_B/p_A |
| PdschIQReferenceGenerationModeType | Specifies the IQ reference constellation generation mode for PDSCH |
| PhichAllocationType | Specifies the PHICH Allocation size to be used for PHICH resource element group mappings. |
| PhichDurationType | Specifies the PHICH Duration mapping method to be used for sub-frames containing 3 PDCCH symbol allocation. |
| PhichMIDefinitionType | Specifies the definition of m(i) to define the specific PHICH configuration for different sub-frames. |
| PilotPrsType | Specifies the pseudo-random sequence used for Reference Signal generation (Downlink only). |
| PositioningRsPrecodingType | Specifies if the signals Positioning RS (PRS) resource elements have precoding applied. |
| PrachCyclicShiftSetType | Specifies the PRACH cyclic shift set |
| PucchBitVectorSelectType | Specifies the PUCCH Bit Vector Selection which determines PUCCH bit values are displayed in Decoded Symbol Table trace |
| PucchFormatType | Specifies the PUCCH format type |
| PuschBitVectorSelectType | Specifies the PUSCH Bit Vector Selection which determines PUSCH bit values are displayed in Decoded Symbol Table trace |
| PuxchTddAckNackFeedbackModeType | Specifies the PUSCH/PUCCH TDD Ack/Nack Feedback Mode used by VSA to decode PUSCH and PUCCH HARQ Ack/Nack bits. |
| RBAutoDetectModeType | Specifies the RB Auto Detect Mode which determines the method used to determine valid PDSCH RB allocations to be measured |
| SharedChannelDecoderType | Specifies what type of decoding should be applied to DL Shared Channels like PDSCH. |
| SpecialSubframeConfigurationType | Specifies the Dw/GP/Up Length for TDD. |
| StandardsType | Specifies the Preset-To-Standard Bandwidth. |
| SymbolTimeAdjustmentMode | Specifies the Symbol Time Adjust method used for EVM measurements. |
| SynchronizationSignalAntennaPortType | Specifies the P-SS/S-SS Antenna Port or Ports used for synchronization signal transmission |
| SynchronizationSignalPrecodingType | Specifies if the sync signals have precoding applied. |
| SynchronizationTypeSelection | Specifies which channel/signal to use for synchronization |
| TransmissionModeTypes | Specifies which Transmission Modes are included, so that decoding of the appropriate DCI Format may be attempted. |
| UersScramblingId | Specifies the scrambling ID used for UE-specific RS |
| UersWeightsDisplayModeType | Specifies the format of UE-specific RS weights display |
| UplinkDownlinkAllocationType | Specifies the Uplink/Downlink configuration type for TDD. |
| UplinkMultipleAccessScheme | Specifies the multiple access mode for Uplink |
| WindowLengthModeType | Specifies the EVM Window Length method used for EVM measurements. |