-- ***************************************************************************** -- ***************************************************************************** -- ** -- ** COPYRIGHT (c) 2006 Rohde & Schwarz GmbH & Co. KG -- ** Muehldorfstrasse 15 -- ** R & S D-81671 Muenchen -- ** -- ***************************************************************************** -- ** -- ** MODULE RS-XX8000-DVB-TX-MIB -- ** -- ** DESCRIPTION Rohde & Schwarz SNMP -- ** -- ** HISTORY -- ** -- ** 2006-11-28 hue - initial version -- ** 2007-03-08 hue - added low power, sorted groups -- ** 2007-07-11 sr - added cmdTxDelayTimeExcAutomatic, -- ** cmdTxDelayTimeOstAutomatic, -- ** cmdExcTypeLossOfInput, -- ** cmdOstMaxOutletTempThreshold, -- ** forwardPowerOstA, forwardPowerOstB, -- ** reflectedPowerOstA, reflectedPowerOstB, -- ** renamed ostRackTable to ostTable, -- ** ostRackEntry to ostEntry, -- ** added ostRackAmp... nodes -- ** added productInfoTable, rfProbesTable -- ** defined alarm class for txAutomaticExcChanged, -- ** txAutomaticOstChanged -- ** added groupProductInfo, groupAmpMeasureValues, -- ** groupRfProbes, groupSingleTxLPNoNetCCU, -- ** groupAlarmSingleTxLPNoNetCCU, -- ** rsXx8000DVBSingleTxLPNoNetCCU -- ** 2007-08-09 kp - expansion of ProductInfoTable -- ** 2007-09-10 sr - remove forwardPowerOstA and reflectedPowerOstA -- ** from groupSingleTxMP and groupDualDriveMP -- ** 2007-12-07 sr - cmdExcSFNStaticDelay to FloatingPoint -- ** cmdExcSFNDeviationTime changed range -- ** - new exciter commands for RfOutput, RfIqAdjust and Precorrection -- ** - rename prodInfoDeviceNameIdx to prodInfoModuleIdx and -- ** prodInfoDeviceName to prodInfoModuleName -- ** using TC ProdInfoModuleNameTv with a new value for netCCU -- ** - rename txNetCCUBoardTemperatureWarning to -- ** txNetCCUBoardTemperatureFault -- ** - new OBJECT-GROUPs groupExciterStatus and groupExciterPrecorrection -- ** 2008-03-31 sr - change range of cmdTxDelayTimeExcAutomatic and -- ** cmdTxDelayTimeOstAutomatic to 1..60 -- ** ks - SLx extension -- ** 2008-05-05 sr - cmdExcReferenceSource with value internGPS -- ** 2008-06-11 ks - cmdExcInput1Source, cmdExcInput2Source added -- ** 2008-07-23 sr - new SLx parameters: cmdExcTimeScheduler, configurationTable and -- ** timeSchedulerTable -- ** - new SFN Delay parameters in exciterStatusTable -- ** 2008-08-26 ks - rfProbesNetCCURfProbe1, rfProbesNetCCURfProbe2 read-only -- ** - cmdTxParametersetReSave obsolete -- ** 2008-07-29 hu - changed TextualConvention for Exciter LogbookEntryMessages -- ** 2008-09-10 sr - new rackTable -- ** - new txRackRfWarning, txRackRfFault, txRackReflectionWarning, -- ** txRackReflectionFault -- ** - new groupIndependentRacks -- ** 2008-10-08 sr - cmdExcFrequency and configFrequency range up to 1500 MHz -- ** 2008-10-23 ks - new: cmdExcInpAutoReadyAfterChangeOv, -- ** txExcInputAutomaticSwitchReady, txExcInputAutomaticChangedOver -- ** 2008-12-12 sr - rfProbeConfigurationLabel obsolete -- ** - txRackExtCoolingWarning renamed to txRackGpiWarning -- ** - txRackExtCoolingFault renamed to txRackGpiFault -- ** 2009-01-06 sr - rfProbeCalibrationSetGain, rfProbeCalibrationSetOffset -- ** 2009-02-12 sr - InputSource with value tp -- ** - new groupExcCommandsAdditional -- ** 2009-03-30 ks - txRackProbeNotCalibrated added -- ** - txParamSetSubDeviceDiffers obsoleted -- ** 2009-05-28 ks -information for additional (external) power supply added -- ** - txRackRfOn, txRackRfOk, txRackTemperatureWarning added -- ** 2009-06-17 ks - object groups, notification groups and -- ** module compliances reorganized -- ** 2009-06-26 ks - consideration of face-lift configuration in module compliances -- ** - measured values for power supply added -- ** - cmdExcInputAutoSwitch obsoleted -- ** - conditional groupDummyLoadRF added -- ** 2009-07-16 ks - additional values for reserve concept 'backup exciter' -- ** 2009-09-10 ks - cmdTxSystemMode added -- ** - traps for TX mode switch over added -- ** 2009-10-08 ks - txRackOvervoltProtectWarning added -- ** - cmdExcInputAutoSwitch obsoleted -- ** 2009-11-13 ks - ostRackAmpDeltaPhase, ostRackAmpCmdDeltaPhase added -- ** 2009-11-26 ks - cmdExcRfFailLimit, cmdExcRfWarningLimit added -- ** 2009-11-27 ks - cmdExcInputFailDelayTime added -- ** 2009-11-30 ks - cmdExcMonitoringOutput, cmdExcOcxoAdjust added -- ** 2009-12-01 ks - configRxFrequency, configInputSource added -- ** 2009-12-04 ks - configuration2Table added -- ** 2009-12-07 ks - excStatusNominalPower added -- ** 2009-12-18 ks - txExcRfOk added -- ** 2010-01-12 ks - excStatusVSWR added -- ** 2010-01-29 ks - txNetCCUBoardTemperatureFault deprecated, -- ** txNetCCUBoardTemperatureWarning added -- ** 2010-02-02 ks - cmdExcExpectInputReserve, txExcInputReseveMissing added -- ** 2010-20-04 ks - cmdExcMuteCondition added -- ** 2010-05-21 ks - cmdTxRfSwitch added -- ** 2010-10-13 ks - cmdExcEnablePcrReset, cmdExcTimeForDailyPcrReset added -- ** 2010-12-02 ks - excStatusAmplifierControl, excStatusReqDataRateHP, -- ** excStatusReqDataRateLP added -- ** 2011-02-28 ks - Amplifier status for Sx801 added. -- ** 2011-05-12 ks - cmdExcFailDelayMode, excStatusFailDelay added -- ** 2012-09-03 ks - sx801AmplifierTable measured values added -- ** 2012-11-01 ks - Hierarchical input is no longer supported. -- ***************************************************************************** -- ***************************************************************************** RS-XX8000-DVB-TX-MIB DEFINITIONS ::= BEGIN IMPORTS rsXx8000, eventAlarmPriority, eventAlarmClass, eventEvent, indexAB, indexRack, indexAmplifier, rsXx8000MibModule, ReadableString, FloatingPoint, LogbookEntryMessagesNetCCU, LogbookEntryMessagesOST, LogbookEntrySlope, EventMaxEntryNumber, SwitchOnOff, Trigger, EventMask, EventPriority, EventState, EventClass, IndexRack, IndexAmplifier, IndexAB, LogbookMaxEntryNumber, ProdInfoModuleNameTv, EqualizerCalibrationState, TvStandard, LogbookEntryMessagesExcTv, InputSource, TimeOfDay, Sx801AmplifierState, FailDelayMode, FailDelayStatus FROM RS-XX8000-COMMON-MIB OBJECT-GROUP, MODULE-COMPLIANCE, NOTIFICATION-GROUP FROM SNMPv2-CONF Integer32, OBJECT-TYPE, MODULE-IDENTITY, OBJECT-IDENTITY, NOTIFICATION-TYPE FROM SNMPv2-SMI DateAndTime, TruthValue, RowStatus FROM SNMPv2-TC; rsXx8000DvbTxMibModule MODULE-IDENTITY LAST-UPDATED "201211010800Z" -- November 01, 2012 at 08:00 GMT ORGANIZATION "Rohde&Schwarz GmbH & Co. KG" CONTACT-INFO "Torsten Huebscher Department 7TS2 Broadcasting Division Muehldorfstrasse 15 81671 Munich, Germany torsten.huebscher@rohde-schwarz.com" DESCRIPTION "This MIB defines transmitting systems from Rohde & Schwarz. Use this MIB if your system meets the following requirements: - series XX8000 (NetCCU800), - DVB, - transmitter reserve concept SingleTx, DualDrive, Active Reserve or Passive Reserve. The following MIBs are related to this: - RS-COMMON-MIB - mandatory for this MIB - RS-XX8000-COMMON-MIB - mandatory for this MIB" REVISION "201211010800Z" -- November 01, 2012 at 08:00 GMT DESCRIPTION "Hierarchical input is no longer supported." REVISION "201209030800Z" -- September 03, 2012 at 08:00 GMT DESCRIPTION "sx801AmplifierTable measured values added" REVISION "201105120800Z" -- May 12, 2011 at 08:00 GMT DESCRIPTION "cmdExcFailDelayMode, excStatusFailDelay added" REVISION "201102280800Z" -- February 28, 2011 at 08:00 GMT DESCRIPTION "Amplifier status for Sx801 added." REVISION "201012020800Z" -- December 02, 2010 at 08:00 GMT DESCRIPTION "excStatusAmplifierControl, excStatusReqDataRateHP, excStatusReqDataRateLP added" REVISION "201010130800Z" -- October 13, 2010 at 08:00 GMT DESCRIPTION "cmdExcEnablePcrReset, cmdExcTimeForDailyPcrReset added" REVISION "201005210800Z" -- May 21, 2010 at 08:00 GMT DESCRIPTION "cmdTxRfSwitch added" REVISION "201004160800Z" -- April 16, 2010 at 08:00 GMT DESCRIPTION "cmdExcMuteCondition added" REVISION "201002020800Z" -- February 02, 2010 at 08:00 GMT DESCRIPTION "cmdExcExpectInputReserve, txExcInputReseveMissing added" REVISION "201001290800Z" -- January 29, 2010 at 08:00 GMT DESCRIPTION "txNetCCUBoardTemperatureFault deprecated, txNetCCUBoardTemperatureWarning added" REVISION "201001120800Z" -- January 12, 2010 at 08:00 GMT DESCRIPTION "excStatusVSWR added" REVISION "200912180800Z" -- December 18, 2009 at 08:00 GMT DESCRIPTION "txExcRfOk added" REVISION "200911260800Z" -- November 26, 2009 at 08:00 GMT DESCRIPTION "cmdExcRfFailLimit, cmdExcRfWarningLimit, cmdExcInputFailDelayTime, cmdExcMonitoringOutput, cmdExcOcxoAdjust, configRxFrequency, configInputSource, configuration2Table, excStatusNominalPower added" REVISION "200911130800Z" -- November 13, 2009 at 08:00 GMT DESCRIPTION "ostRackAmpDeltaPhase, ostRackAmpCmdDeltaPhase added" REVISION "200910080800Z" -- October 08, 2009 at 08:00 GMT DESCRIPTION "txRackOvervoltProtectWarning added cmdExcInputAutoSwitch obsoleted" REVISION "200909100800Z" -- September 10, 2009 at 08:00 GMT DESCRIPTION "cmdTxSystemMode added traps for TX mode switch over added" REVISION "200907160800Z" -- July 16, 2009 at 08:00 GMT DESCRIPTION "additional values for reserve concept 'backup exciter'" REVISION "200906260800Z" -- June 26, 2009 at 08:00 GMT DESCRIPTION "consideration of face-lift configuration in module compliances, measured values for power supply added, cmdExcInputAutoSwitch obsoleted, conditional groupDummyLoadRF added" REVISION "200906170900Z" -- June 17, 2009 at 09:00 GMT DESCRIPTION "object groups, notification groups and module compliances reorganized" REVISION "200905280900Z" -- May 28, 2009 at 09:00 GMT DESCRIPTION "information for additional (external) power supply added txRackRfOn, txRackRfOk, txRackTemperatureWarning added" REVISION "200903300900Z" -- March 30, 2009 at 09:00 GMT DESCRIPTION "txRackProbeNotCalibrated added txParamSetSubDeviceDiffers obsoleted" REVISION "200902121500Z" -- February 12, 2009 at 15:00 GMT DESCRIPTION "- InputSource with value tp - new groupExcCommandsAdditional" REVISION "200901290900Z" -- January 29, 2009 at 09:00 GMT DESCRIPTION "MODULE COMPLIANCE rsXx8000DVBReEquip" REVISION "200901061600Z" -- January 06, 2009 at 16:00 GMT DESCRIPTION "rfProbeCalibrationSetGain, rfProbeCalibrationSetOffset" REVISION "200812121430Z" -- December 12, 2008 at 14:30 GMT DESCRIPTION "rfProbeConfigurationLabel obsolete txRackExtCoolingWarning renamed to txRackGpiWarning txRackExtCoolingFault renamed to txRackGpiFault" REVISION "200810230800Z" -- October 23, 2008 at 08:00 GMT DESCRIPTION "cmdExcInpAutoReadyAfterChangeOv txExcInputAutomaticSwitchReady, txExcInputAutomaticChangedOver" REVISION "200810081030Z" -- October 08, 2008 at 10:30 GMT DESCRIPTION "cmdExcFrequency and configFrequency range up to 1500 MHz" REVISION "200809101500Z" -- September 10, 2008 at 15:00 GMT DESCRIPTION "new rackTable new txRackRfWarning, txRackRfFault, txRackReflectionWarning, txRackReflectionFault new groupIndependentRacks" REVISION "200808291000Z" -- August 29, 2008 at 10:00 GMT DESCRIPTION "changed TextualConvention for Exciter LogbookEntryMessages" REVISION "200808260900Z" -- August 26, 2008 at 09:00 GMT DESCRIPTION "- rfProbesNetCCURfProbe1, rfProbesNetCCURfProbe2 read-only - cmdTxParametersetReSave obsolete" REVISION "200807231000Z" -- July 23, 2008 at 10:00 GMT DESCRIPTION "- new SLx parameters: cmdExcTimeScheduler, configurationTable and timeSchedulerTable - new SFN Delay parameters in exciterStatusTable" REVISION "200805050930Z" -- May 05, 2008 at 09:30 GMT DESCRIPTION "- cmdExcReferenceSource with value internGPS - cmdExcInput1Source, cmdExcInput2Source added" REVISION "200803311100Z" -- March 31, 2008 at 11:00 GMT DESCRIPTION "- change range of cmdTxDelayTimeExcAutomatic and cmdTxDelayTimeOstAutomatic to 1..60 - adds cmdExcTransmitterType, cmdExcOutputPower excPrecUserState, excPrecFactoryState, excPrecRestoreCurrentSettings, excPrecRestoreAllSettings" REVISION "200712071700Z" -- December 07, 2007 at 17:00 GMT DESCRIPTION "- cmdExcSFNStaticDelay to FloatingPoint cmdExcSFNDeviationTime changed range - new exciter commands for RfOutput, RfIqAdjust and Precorrection - rename prodInfoDeviceNameIdx to prodInfoModuleIdx and prodInfoDeviceName to prodInfoModuleName using TC ProdInfoModuleNameTv with a new value for netCCU - rename txNetCCUBoardTemperatureWarning to txNetCCUBoardTemperatureFault - new OBJECT-GROUPs groupExciterStatus and groupExciterPrecorrection" REVISION "200709101100Z" -- September 10, 2007 at 11:00 GMT DESCRIPTION "remove forwardPowerOstA and reflectedPowerOstA from groupSingleMP and groupDualDriveMP" REVISION "200708091400Z" -- August 09, 2007 at 14:00 GMT DESCRIPTION "Expansion of ProductInfoTable" REVISION "200707111600Z" -- July 11, 2007 at 16:00 GMT DESCRIPTION "added cmdTxDelayTimeExcAutomatic, cmdTxDelayTimeOstAutomatic, cmdExcTypeLossOfInput, cmdOstMaxOutletTempThreshold, forwardPowerOstA, forwardPowerOstB, reflectedPowerOstA, reflectedPowerOstB, renamed ostRackTable to ostTable, ostRackEntry to ostEntry, added ostRackAmp... nodes added productInfoTable, rfProbesTable defined alarm class for txAutomaticExcChanged, txAutomaticOstChanged added groupProductInfo, groupAmpMeasureValues, groupRfProbes, groupSingleTxLPNoNetCCU, groupAlarmSingleTxLPNoNetCCU, rsXx8000DVBSingleTxLPNoNetCCU" REVISION "200703081000Z" -- March 08, 2007 at 10:00 GMT DESCRIPTION "- Added LowPower - Sorted groups" REVISION "200612211000Z" -- December 21, 2006 at 10:00 GMT DESCRIPTION "This is the initial version." ::= { rsXx8000MibModule 3 } -- -- Node definitions -- rsXx8000DvbTx OBJECT-IDENTITY STATUS current DESCRIPTION "Xx8000 DVB transmitter." ::= { rsXx8000 4 } -- ***************************************************************************** -- ** object definitions -- ***************************************************************************** rsXx8000DvbTxObjs OBJECT IDENTIFIER ::= { rsXx8000DvbTx 1 } commandsTxTable OBJECT-TYPE SYNTAX SEQUENCE OF CommandsTxEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "This table contains important commands for the transmitter." ::= { rsXx8000DvbTxObjs 1 } commandsTxEntry OBJECT-TYPE SYNTAX CommandsTxEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "An entry for a designated transmitter and device." INDEX { cmdDeviceIdx } ::= { commandsTxTable 1 } CommandsTxEntry ::= SEQUENCE { cmdTxResetSumFault Trigger, cmdTxParametersetLoad Integer32, cmdTxParametersetSave Integer32, cmdTxParametersetReSave Trigger, cmdTxOperationModeProgram SwitchOnOff, cmdTxOperationModeReserve SwitchOnOff, cmdTxOpModeExcAutomatic SwitchOnOff, cmdTxOpModeOstAutomatic SwitchOnOff, cmdTxPreselectExciter IndexAB, cmdTxPreselectOutputstage INTEGER, cmdTxDelayTimeExcAutomatic Integer32, cmdTxDelayTimeOstAutomatic Integer32, cmdTxRfSwitch INTEGER, cmdTxSystemMode TvStandard, cmdTxProgramExciterPrio SwitchOnOff, cmdTxChangeOver Trigger, cmdTxSwitchPosition INTEGER, cmdDeviceIdx IndexAB, cmdExcOpModeInputAutomatic SwitchOnOff, cmdExcPreselectInput INTEGER, cmdExcMode INTEGER, cmdExcNetworkMode INTEGER, cmdExcTPSSource INTEGER, cmdExcEnableCellID SwitchOnOff, cmdExcTxAddress Integer32, cmdExcTxAutomatic SwitchOnOff, cmdExcInputAutoSwitch SwitchOnOff, cmdExcInputSeamless SwitchOnOff, cmdExcInputPriority INTEGER, cmdExcInputCheckTimeForward Integer32, cmdExcInputCheckTimeSwitchback Integer32, cmdExcInputMuteOnFail INTEGER, cmdExcInputManualPreseletionHP1 INTEGER, cmdExcInputManualPreseletionHP2 INTEGER, cmdExcInputManualPreseletionLP1 INTEGER, cmdExcInputManualPreseletionLP2 INTEGER, cmdExcTPSManualBandwidth INTEGER, cmdExcTPSManualFFTLength INTEGER, cmdExcTPSManualGuardInterval INTEGER, cmdExcTPSManualConstellation INTEGER, cmdExcTPSManualAlpha INTEGER, cmdExcTPSManualCellID Integer32, cmdExcTPSManualInterleaver INTEGER, cmdExcTPSManualCoderateHP INTEGER, cmdExcTPSManualCoderateLP INTEGER, cmdExcTPSManualTimeSlicingHP SwitchOnOff, cmdExcTPSManualTimeSlicingLP SwitchOnOff, cmdExcTPSManualFECHP SwitchOnOff, cmdExcTPSManualFECLP SwitchOnOff, cmdExcSFNStaticDelay FloatingPoint, cmdExcSFNDeviationTime Integer32, cmdExcFrequency Integer32, cmdExcReferenceSource INTEGER, cmdExcMuteOnPPSFail INTEGER, cmdExcMuteOnReferenceFail INTEGER, cmdExcRefFailDelayTime Integer32, cmdExcTypeLossOfInput INTEGER, cmdExcRfOutput SwitchOnOff, cmdExcRfOutputRegulation SwitchOnOff, cmdExcRfOutputManualRfLevel FloatingPoint, cmdExcRfOutputAttenuation Integer32, cmdExcRfOutputRfSlope FloatingPoint, cmdExcRfOutputModulationSlope FloatingPoint, cmdExcRfIqAdjustStart INTEGER, cmdExcRfIqAdjustTestsignal SwitchOnOff, cmdExcRfIqAdjustBiasCoarseI Integer32, cmdExcRfIqAdjustBiasCoarseQ Integer32, cmdExcRfIqAdjustBiasFineI Integer32, cmdExcRfIqAdjustBiasFineQ Integer32, cmdExcRfIqAdjustGainI Integer32, cmdExcRfIqAdjustGainQ Integer32, cmdExcRfIqAdjustPhase FloatingPoint, cmdExcInput1Source InputSource, cmdExcInput2Source InputSource, cmdExcInpAutoReadyAfterChangeOv SwitchOnOff, cmdExcInputFailDelayTime Integer32, cmdExcTransmitterType INTEGER, cmdExcTimeScheduler SwitchOnOff, cmdExcMuteCondition INTEGER, cmdExcRfWarningLimit FloatingPoint, cmdExcRfFailLimit FloatingPoint, cmdExcOutputPower FloatingPoint, cmdOstRefVoltageVision FloatingPoint, cmdOstMaxOutletTempThreshold Integer32, cmdExcMonitoringOutput INTEGER, cmdExcOcxoAdjust Integer32, cmdExcExpectInputReserve SwitchOnOff, cmdExcEnablePcrReset SwitchOnOff, cmdExcTimeForDailyPcrReset TimeOfDay, cmdExcFailDelayMode FailDelayMode } cmdTxResetSumFault OBJECT-TYPE SYNTAX Trigger MAX-ACCESS read-write STATUS current DESCRIPTION "Reset all faults (in all modules) of the transmitter. You reset a designated transmitter (NetCCU, Exciters, Outputstages). An equivalent would be pressing RESET at this transmitters frontpanel. A GET will always return idle(1). A SET idle(1) will return NO_ERROR without doing anything." ::= { commandsTxEntry 1 } cmdTxParametersetLoad OBJECT-TYPE SYNTAX Integer32 (1..8) MAX-ACCESS read-write STATUS current DESCRIPTION "This loads the desired parameter set." ::= { commandsTxEntry 2 } cmdTxParametersetSave OBJECT-TYPE SYNTAX Integer32 (1..8) MAX-ACCESS read-write STATUS current DESCRIPTION "This saves the current settings to a designated parameter set." ::= { commandsTxEntry 3 } cmdTxParametersetReSave OBJECT-TYPE SYNTAX Trigger MAX-ACCESS read-write STATUS obsolete DESCRIPTION "This saves the changes to the current parameter set." ::= { commandsTxEntry 4 } cmdTxOperationModeProgram OBJECT-TYPE SYNTAX SwitchOnOff MAX-ACCESS read-write STATUS current DESCRIPTION "This switches the program path of the transmitter on/off." ::= { commandsTxEntry 5 } cmdTxOperationModeReserve OBJECT-TYPE SYNTAX SwitchOnOff MAX-ACCESS read-write STATUS current DESCRIPTION "This switches the reserve path of the transmitter on/off." ::= { commandsTxEntry 6 } cmdTxOpModeExcAutomatic OBJECT-TYPE SYNTAX SwitchOnOff MAX-ACCESS read-write STATUS current DESCRIPTION "This switches the exciter automatic on/off." ::= { commandsTxEntry 7 } cmdTxOpModeOstAutomatic OBJECT-TYPE SYNTAX SwitchOnOff MAX-ACCESS read-write STATUS current DESCRIPTION "This switches the outputstage automatic on/off. This paramter is only available for systems with an automatic output switch." ::= { commandsTxEntry 8 } cmdTxPreselectExciter OBJECT-TYPE SYNTAX IndexAB MAX-ACCESS read-write STATUS current DESCRIPTION "This sets exciterA or exciterB to program path (antenna) of the transmitter." ::= { commandsTxEntry 9 } cmdTxPreselectOutputstage OBJECT-TYPE SYNTAX INTEGER { outputstageA(1), outputstageB(2), bothToAntenna(3), bothToDummyLoad(4) } MAX-ACCESS read-write STATUS current DESCRIPTION "This sets - outputstageA or - outputstageB or - both to program path (antenna) of the transmitter, or it sets both to dummyload. The settings bothToAntenna(3) and bothToDummyLoad(4) are only settable for ActiveReserve systems. This paramter is only available for systems with an automatic output switch." ::= { commandsTxEntry 10 } cmdTxDelayTimeExcAutomatic OBJECT-TYPE SYNTAX Integer32 (1..60) UNITS "seconds" MAX-ACCESS read-write STATUS current DESCRIPTION "This sets the exciter automatic delay time." ::= { commandsTxEntry 11 } cmdTxDelayTimeOstAutomatic OBJECT-TYPE SYNTAX Integer32 (1..60) UNITS "seconds" MAX-ACCESS read-write STATUS current DESCRIPTION "This sets the outputstage automatic delay time. This paramter is only available for systems with an automatic output switch." ::= { commandsTxEntry 12 } cmdTxRfSwitch OBJECT-TYPE SYNTAX INTEGER { antenna(1), dummyLoad(2) } MAX-ACCESS read-write STATUS current DESCRIPTION "RF switch for single-ended systems." ::= { commandsTxEntry 13 } cmdTxSystemMode OBJECT-TYPE SYNTAX TvStandard MAX-ACCESS read-write STATUS current DESCRIPTION "This object gives you the possibility of switching the TV standard of a whole system with NetCCU with only one command. Not applicable for N+1 or NTx systems. The value 'test' cannot be written." ::= { commandsTxEntry 15 } cmdTxProgramExciterPrio OBJECT-TYPE SYNTAX SwitchOnOff MAX-ACCESS read-write STATUS current DESCRIPTION "Enables/Disables priority usage of program exciter" ::= { commandsTxEntry 20 } cmdTxChangeOver OBJECT-TYPE SYNTAX Trigger MAX-ACCESS read-write STATUS current DESCRIPTION "Performs a change over" ::= { commandsTxEntry 21 } cmdTxSwitchPosition OBJECT-TYPE SYNTAX INTEGER { undefined(1), controlExcOnAmp(2), programExcOnAmp(3) } MAX-ACCESS read-only STATUS current DESCRIPTION "Shows the actual switch position. The program exciter is connected to input 1 (RF IN 1), the control exciter is connected to input 2 (RF IN 2) of the base amplifier." ::= { commandsTxEntry 22 } cmdDeviceIdx OBJECT-TYPE SYNTAX IndexAB MAX-ACCESS not-accessible STATUS current DESCRIPTION "This column is used to show parameters for both exiters, if you have dualdrive transmitters." ::= { commandsTxEntry 30 } cmdExcOpModeInputAutomatic OBJECT-TYPE SYNTAX SwitchOnOff MAX-ACCESS read-write STATUS current DESCRIPTION "Activates/deactivates the input automatic. If input automatic is active and a loss of input signal is detected on the current input the reserve input will be used instead." ::= { commandsTxEntry 31 } cmdExcPreselectInput OBJECT-TYPE SYNTAX INTEGER { input1(1), input2(2) } MAX-ACCESS read-write STATUS current DESCRIPTION "This sets the preselection of a transmitters input." ::= { commandsTxEntry 32 } cmdExcMode OBJECT-TYPE SYNTAX INTEGER { dvbT(1), dvbH(2) } MAX-ACCESS read-write STATUS current DESCRIPTION "Switch between DVB-T and DVB-H." ::= { commandsTxEntry 33 } cmdExcNetworkMode OBJECT-TYPE SYNTAX INTEGER { mfn(1), sfn(2) } MAX-ACCESS read-write STATUS current DESCRIPTION "Switch between Single Frequency Networks (SFN) and Multiple Frequency Networks (MFN)." ::= { commandsTxEntry 34 } cmdExcTPSSource OBJECT-TYPE SYNTAX INTEGER { manualPresets(1), mip(2) } MAX-ACCESS read-write STATUS current DESCRIPTION "Transmitted TPS parameters can be adjusted manually inside the transmitter or automatically via MIP from the SFN adaptor." ::= { commandsTxEntry 35 } cmdExcEnableCellID OBJECT-TYPE SYNTAX SwitchOnOff MAX-ACCESS read-write STATUS current DESCRIPTION "This enables the Cell ID insertion. The length indicator will be adjusted." ::= { commandsTxEntry 36 } cmdExcTxAddress OBJECT-TYPE SYNTAX Integer32 (0..65535) MAX-ACCESS read-write STATUS current DESCRIPTION "This is the unique address of the transmitter to reference specific settings in the MIP." ::= { commandsTxEntry 37 } cmdExcTxAutomatic OBJECT-TYPE SYNTAX SwitchOnOff MAX-ACCESS read-write STATUS current DESCRIPTION "This enables Tx specific parameters from the MIP data caroussel (e.g. time offset, frequency offset)." ::= { commandsTxEntry 38 } cmdExcInputAutoSwitch OBJECT-TYPE SYNTAX SwitchOnOff MAX-ACCESS read-write STATUS deprecated DESCRIPTION "Activates/deactivates the input automatic. If input automatic is active and a loss of input signal is detected on the current input the reserve input will be used instead. This object is deprecated. It's recommended to use cmdExcOpModeInputAutomatic instead." ::= { commandsTxEntry 39 } cmdExcInputSeamless OBJECT-TYPE SYNTAX SwitchOnOff MAX-ACCESS read-write STATUS current DESCRIPTION "If the datastreams on both inputs are syncronised a seamless switch is possible. With this parameter the seamless switch can be suppressed to enable a check of the input automatic." ::= { commandsTxEntry 40 } cmdExcInputPriority OBJECT-TYPE SYNTAX INTEGER { equal(1), prior(2) } MAX-ACCESS read-write STATUS current DESCRIPTION "Equal: There are no differences between both inputs. If a failure on the current input is detected it will be switched to the reserve input. It stays there until the reserve shows a failure. Prior: Whenever possible a certain input shall be used. If a failure is detected the reserve will be used as short as possible." ::= { commandsTxEntry 41 } cmdExcInputCheckTimeForward OBJECT-TYPE SYNTAX Integer32 (0..600) UNITS "seconds" MAX-ACCESS read-write STATUS current DESCRIPTION "This time has to elapse before the current input switches to the reserve input." ::= { commandsTxEntry 42 } cmdExcInputCheckTimeSwitchback OBJECT-TYPE SYNTAX Integer32 (0..600) UNITS "seconds" MAX-ACCESS read-write STATUS current DESCRIPTION "This time has to elapse before the automatic switches back from the reserve to a preselected input. This value has no effect if the priority is set to equal." ::= { commandsTxEntry 43 } cmdExcInputMuteOnFail OBJECT-TYPE SYNTAX INTEGER { mute(1), noMute(2) } MAX-ACCESS read-write STATUS current DESCRIPTION "If a loss of input signal is detected, the exciter mutes." ::= { commandsTxEntry 44 } cmdExcInputManualPreseletionHP1 OBJECT-TYPE SYNTAX INTEGER { auto(1), asi(2), smpte(3) } MAX-ACCESS read-write STATUS current DESCRIPTION "The data format of the input can be detected automatically or can be set manually to ASI or SMPTE." ::= { commandsTxEntry 45 } cmdExcInputManualPreseletionHP2 OBJECT-TYPE SYNTAX INTEGER { auto(1), asi(2), smpte(3) } MAX-ACCESS read-write STATUS current DESCRIPTION "The data format of the input can be detected automatically or can be set manually to ASI or SMPTE." ::= { commandsTxEntry 46 } cmdExcInputManualPreseletionLP1 OBJECT-TYPE SYNTAX INTEGER { auto(1), asi(2), smpte(3) } MAX-ACCESS read-write STATUS current DESCRIPTION "The data format of the input can be detected automatically or can be set manually to ASI or SMPTE." ::= { commandsTxEntry 47 } cmdExcInputManualPreseletionLP2 OBJECT-TYPE SYNTAX INTEGER { auto(1), asi(2), smpte(3) } MAX-ACCESS read-write STATUS current DESCRIPTION "The data format of the input can be detected automatically or can be set manually to ASI or SMPTE." ::= { commandsTxEntry 48 } cmdExcTPSManualBandwidth OBJECT-TYPE SYNTAX INTEGER { mhz5(1), mhz6(2), mhz7(3), mhz8(4) } MAX-ACCESS read-write STATUS current DESCRIPTION "The bandwidth used by the RF channel." ::= { commandsTxEntry 49 } cmdExcTPSManualFFTLength OBJECT-TYPE SYNTAX INTEGER { k2(1), k8(2), k4(3) } MAX-ACCESS read-write STATUS current DESCRIPTION "The used FFT length (depends on the DVB network)." ::= { commandsTxEntry 50 } cmdExcTPSManualGuardInterval OBJECT-TYPE SYNTAX INTEGER { oneOf32(1), oneOf16(2), oneOf8(3), oneOf4(4) } MAX-ACCESS read-write STATUS current DESCRIPTION "The Guard interval affects the error correction in multipath receiving situations. A long Guard Interval reduces the amount of payload data." ::= { commandsTxEntry 51 } cmdExcTPSManualConstellation OBJECT-TYPE SYNTAX INTEGER { qpsk(1), qam16(2), qam64(3) } MAX-ACCESS read-write STATUS current DESCRIPTION "This parameter sets the modulation mode." ::= { commandsTxEntry 52 } cmdExcTPSManualAlpha OBJECT-TYPE SYNTAX INTEGER { noHierarchy(1), one(2), two(3), four(4) } MAX-ACCESS read-write STATUS obsolete DESCRIPTION "An alpha greater than noHierarchy(1) enables the hierarchical coding mode." ::= { commandsTxEntry 53 } cmdExcTPSManualCellID OBJECT-TYPE SYNTAX Integer32 (0..65535) MAX-ACCESS read-write STATUS current DESCRIPTION "Via Cell ID the receiver knows the current network." ::= { commandsTxEntry 54 } cmdExcTPSManualInterleaver OBJECT-TYPE SYNTAX INTEGER { indepth(1), nat(2) } MAX-ACCESS read-write STATUS current DESCRIPTION "Enables the bit interleaver for hierarchical coding" ::= { commandsTxEntry 55 } cmdExcTPSManualCoderateHP OBJECT-TYPE SYNTAX INTEGER { oneOf2(1), twoOf3(2), threeOf4(3), fiveOf6(4), sevenOf8(5) } MAX-ACCESS read-write STATUS current DESCRIPTION "The Code Rate sets the ratio between payload and error correction information." ::= { commandsTxEntry 56 } cmdExcTPSManualCoderateLP OBJECT-TYPE SYNTAX INTEGER { oneOf2(1), twoOf3(2), threeOf4(3), fiveOf6(4), sevenOf8(5) } MAX-ACCESS read-write STATUS current DESCRIPTION "The Code Rate sets the ratio between payload and error correction information." ::= { commandsTxEntry 57 } cmdExcTPSManualTimeSlicingHP OBJECT-TYPE SYNTAX SwitchOnOff MAX-ACCESS read-write STATUS current DESCRIPTION "Enables the time slicing for hierarchical coding." ::= { commandsTxEntry 58 } cmdExcTPSManualTimeSlicingLP OBJECT-TYPE SYNTAX SwitchOnOff MAX-ACCESS read-write STATUS current DESCRIPTION "Enables the time slicing for hierarchical coding." ::= { commandsTxEntry 59 } cmdExcTPSManualFECHP OBJECT-TYPE SYNTAX SwitchOnOff MAX-ACCESS read-write STATUS current DESCRIPTION "Enables the forward error correction (FEC) for hierarchical coding." ::= { commandsTxEntry 60 } cmdExcTPSManualFECLP OBJECT-TYPE SYNTAX SwitchOnOff MAX-ACCESS read-write STATUS current DESCRIPTION "Enables the forward error correction (FEC) for hierarchical coding." ::= { commandsTxEntry 61 } cmdExcSFNStaticDelay OBJECT-TYPE SYNTAX FloatingPoint UNITS "Microseconds" MAX-ACCESS read-write STATUS current DESCRIPTION "A constant adjustable delay for tuning a SFN (-999999.9 ... 999999.9)." ::= { commandsTxEntry 62 } cmdExcSFNDeviationTime OBJECT-TYPE SYNTAX Integer32 (1..100) UNITS "Microseconds" MAX-ACCESS read-write STATUS current DESCRIPTION "Leap In Time. This parameter sets the deviation in time when a readjustment of the dynamic delay is necessary." ::= { commandsTxEntry 63 } cmdExcFrequency OBJECT-TYPE SYNTAX Integer32 (47000000..1500000000) UNITS "Hertz" MAX-ACCESS read-write STATUS current DESCRIPTION "This is the RF frequency." ::= { commandsTxEntry 64 } cmdExcReferenceSource OBJECT-TYPE SYNTAX INTEGER { intern(1), extern5Mhz(2), extern10Mhz(3), extern1PPS(4), internGPS(5) } MAX-ACCESS read-write STATUS current DESCRIPTION "The Source of the reference signal. The value internGPS is not valid for SX800." ::= { commandsTxEntry 65 } cmdExcMuteOnPPSFail OBJECT-TYPE SYNTAX INTEGER { off(1), onlyAtStartup(2), afterFailDelayTime(3) } MAX-ACCESS read-write STATUS current DESCRIPTION "Select the behaviour if the external second pulse is not available." ::= { commandsTxEntry 66 } cmdExcMuteOnReferenceFail OBJECT-TYPE SYNTAX INTEGER { off(1), onlyAtStartup(2), afterFailDelayTime(3) } MAX-ACCESS read-write STATUS current DESCRIPTION "Select the behaviour if the external reference is not available." ::= { commandsTxEntry 67 } cmdExcRefFailDelayTime OBJECT-TYPE SYNTAX Integer32 (0..24) UNITS "Hours" MAX-ACCESS read-write STATUS current DESCRIPTION "Adjusts the time after the RF will be muted in case of a reference problem. Zero hours means react immediately." ::= { commandsTxEntry 68 } cmdExcTypeLossOfInput OBJECT-TYPE SYNTAX INTEGER { warning(1), fault(2) } MAX-ACCESS read-write STATUS current DESCRIPTION "If the input signal is lost, either a warning or a fault can be generated. If you select fault here, a switchover to the reserve exciter will be executed when input signal is lost." ::= { commandsTxEntry 69 } cmdExcRfOutput OBJECT-TYPE SYNTAX SwitchOnOff MAX-ACCESS read-write STATUS current DESCRIPTION "Turns on/switches off the output signal. This switch takes the same effect as the switch on the frontpanel of the exciter." ::= { commandsTxEntry 70 } cmdExcRfOutputRegulation OBJECT-TYPE SYNTAX SwitchOnOff MAX-ACCESS read-write STATUS current DESCRIPTION "Turns on/switches off the automatic output level regulation." ::= { commandsTxEntry 71 } cmdExcRfOutputManualRfLevel OBJECT-TYPE SYNTAX FloatingPoint UNITS "Percent" MAX-ACCESS read-write STATUS current DESCRIPTION "Adjusts the RF level (0.0 ... 100.0). The value relates to an attenuation of 0 dB." ::= { commandsTxEntry 72 } cmdExcRfOutputAttenuation OBJECT-TYPE SYNTAX Integer32 (0..9) UNITS "dB" MAX-ACCESS read-write STATUS current DESCRIPTION "Activates internal attenuators to reduce the output level of the exciter. Adjustable in steps of 3 dB only." ::= { commandsTxEntry 73 } cmdExcRfOutputRfSlope OBJECT-TYPE SYNTAX FloatingPoint UNITS "Percent" MAX-ACCESS read-write STATUS current DESCRIPTION "Adjusts a slope in the RF signal (-50.0 ... 50.0)." ::= { commandsTxEntry 74 } cmdExcRfOutputModulationSlope OBJECT-TYPE SYNTAX FloatingPoint UNITS "Percent" MAX-ACCESS read-write STATUS current DESCRIPTION "Modulation slope (-50.0 ... 50.0)." ::= { commandsTxEntry 75 } cmdExcRfIqAdjustStart OBJECT-TYPE SYNTAX INTEGER { break(1), start(2) } MAX-ACCESS read-write STATUS current DESCRIPTION "Starts the automatic IQ adjustment. It works for the current used local 1 frequency and lasts up to 5 minutes. In this time the output will be muted. During the adjustment no transmitter parameter shall be changed. Break will stop the automatic immediately. The IQ modulator looses its adjustment! Read values mean idle(1) and started(2)." ::= { commandsTxEntry 77 } cmdExcRfIqAdjustTestsignal OBJECT-TYPE SYNTAX SwitchOnOff MAX-ACCESS read-write STATUS current DESCRIPTION "Generates a test signal to adjust the IQ modulation. It is necessary to disconnect the rf-cable to the output stages." ::= { commandsTxEntry 78 } cmdExcRfIqAdjustBiasCoarseI OBJECT-TYPE SYNTAX Integer32 (-1023..1023) MAX-ACCESS read-write STATUS current DESCRIPTION "Adjusts the offset for I in huge steps." ::= { commandsTxEntry 79 } cmdExcRfIqAdjustBiasCoarseQ OBJECT-TYPE SYNTAX Integer32 (-1023..1023) MAX-ACCESS read-write STATUS current DESCRIPTION "Adjusts the offset for Q in huge steps." ::= { commandsTxEntry 80 } cmdExcRfIqAdjustBiasFineI OBJECT-TYPE SYNTAX Integer32 (-32767..32767) MAX-ACCESS read-write STATUS current DESCRIPTION "Adjusts the offset for I in small steps." ::= { commandsTxEntry 81 } cmdExcRfIqAdjustBiasFineQ OBJECT-TYPE SYNTAX Integer32 (-32767..32767) MAX-ACCESS read-write STATUS current DESCRIPTION "Adjusts the offset for Q in small steps." ::= { commandsTxEntry 82 } cmdExcRfIqAdjustGainI OBJECT-TYPE SYNTAX Integer32 (0..255) MAX-ACCESS read-write STATUS current DESCRIPTION "Adjusts the gain for I in small steps." ::= { commandsTxEntry 83 } cmdExcRfIqAdjustGainQ OBJECT-TYPE SYNTAX Integer32 (0..255) MAX-ACCESS read-write STATUS current DESCRIPTION "Adjusts the gain for Q in small steps." ::= { commandsTxEntry 84 } cmdExcRfIqAdjustPhase OBJECT-TYPE SYNTAX FloatingPoint MAX-ACCESS read-write STATUS current DESCRIPTION "Adjusts the phase between I and Q (-14.000 ... 14.000)." ::= { commandsTxEntry 85 } cmdExcInput1Source OBJECT-TYPE SYNTAX InputSource MAX-ACCESS read-write STATUS current DESCRIPTION "Source for input 1." ::= { commandsTxEntry 86 } cmdExcInput2Source OBJECT-TYPE SYNTAX InputSource MAX-ACCESS read-write STATUS current DESCRIPTION "Source for input 2." ::= { commandsTxEntry 87 } cmdExcInpAutoReadyAfterChangeOv OBJECT-TYPE SYNTAX SwitchOnOff MAX-ACCESS read-write STATUS current DESCRIPTION "Input automatic ready after change over." ::= { commandsTxEntry 88 } cmdExcInputFailDelayTime OBJECT-TYPE SYNTAX Integer32 (0..600) UNITS "Seconds" MAX-ACCESS read-write STATUS current DESCRIPTION "The time between detecting a loss of input signal and displaying a failure." ::= { commandsTxEntry 89 } cmdExcTransmitterType OBJECT-TYPE SYNTAX INTEGER { atv(1), dvb(2), atsc(3) } MAX-ACCESS read-write STATUS current DESCRIPTION "the TV standard of the transmitter The transmitter is rebooted automatically when the TV standard is changed. Signal processing is also switched over." ::= { commandsTxEntry 90 } cmdExcTimeScheduler OBJECT-TYPE SYNTAX SwitchOnOff MAX-ACCESS read-write STATUS current DESCRIPTION "If on, the time scheduler controls the tx type. When switching on the scheduler it may instantly set the correct TV standard and reboot the device." ::= { commandsTxEntry 91 } cmdExcMuteCondition OBJECT-TYPE SYNTAX INTEGER { onAllFaults(1), notBeforeSyncLoss(2) } MAX-ACCESS read-write STATUS current DESCRIPTION "When notBeforeSyncLoss(2) is selected, it relativizes the cmdExcInputMuteOnFail setting mute(1): If a DVB receiver is the last valid input, an existing transport stream, even if it is faulty shall not be muted. Only for SLx/Sx801" ::= { commandsTxEntry 92 } cmdExcRfWarningLimit OBJECT-TYPE SYNTAX FloatingPoint UNITS "dB" MAX-ACCESS read-write STATUS current DESCRIPTION "Warning limit for the RF control. min: -15.0, max: 0.0" ::= { commandsTxEntry 97 } cmdExcRfFailLimit OBJECT-TYPE SYNTAX FloatingPoint UNITS "dB" MAX-ACCESS read-write STATUS current DESCRIPTION "Fault limit for the RF control. min: -15.0, max: 0.0" ::= { commandsTxEntry 98 } cmdExcOutputPower OBJECT-TYPE SYNTAX FloatingPoint UNITS "W" MAX-ACCESS read-write STATUS current DESCRIPTION "amplifier output power 0 ... 400 W" ::= { commandsTxEntry 99 } cmdOstRefVoltageVision OBJECT-TYPE SYNTAX FloatingPoint UNITS "Percent" MAX-ACCESS read-write STATUS current DESCRIPTION "This adjusts the output power of the amplifier. This value is settable with maximal 1 position after point (example 11.2)." ::= { commandsTxEntry 100 } cmdOstMaxOutletTempThreshold OBJECT-TYPE SYNTAX Integer32 (45..65) UNITS "Degree Celsius" MAX-ACCESS read-write STATUS current DESCRIPTION "This sets the threshold for the outlet temperature." ::= { commandsTxEntry 101 } cmdExcMonitoringOutput OBJECT-TYPE SYNTAX INTEGER { off(1), reference10MHz(2), generated1PPS(3), kHz1(4), pulse1PPS(5) } MAX-ACCESS read-write STATUS current DESCRIPTION "Selects which signal appears at the monitoring output." ::= { commandsTxEntry 110 } cmdExcOcxoAdjust OBJECT-TYPE SYNTAX Integer32 (0..65535) MAX-ACCESS read-write STATUS current DESCRIPTION "Adjusts the frequency of the internal 10 MHz reference. This value only takes effect if the reference source 'internal' is selected." ::= { commandsTxEntry 111 } cmdExcExpectInputReserve OBJECT-TYPE SYNTAX SwitchOnOff MAX-ACCESS read-write STATUS current DESCRIPTION "If on(1) the warning txExcInputReseveMissing will be generated in case second input is missing." ::= { commandsTxEntry 112 } cmdExcEnablePcrReset OBJECT-TYPE SYNTAX SwitchOnOff MAX-ACCESS read-write STATUS obsolete DESCRIPTION "Enables/disables daily PCR resets. This option is valid only in MFN operation. The reset time is given in cmdExcTimeForDailyPcrReset." ::= { commandsTxEntry 113 } cmdExcTimeForDailyPcrReset OBJECT-TYPE SYNTAX TimeOfDay MAX-ACCESS read-write STATUS obsolete DESCRIPTION "Sets the time of day for daily PCR reset." ::= { commandsTxEntry 114 } cmdExcFailDelayMode OBJECT-TYPE SYNTAX FailDelayMode MAX-ACCESS read-write STATUS current DESCRIPTION "Condition when the fail delay time is used." ::= { commandsTxEntry 115 } summaryInfo OBJECT IDENTIFIER ::= { rsXx8000DvbTxObjs 2 } summaryFaultTx OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-only STATUS current DESCRIPTION "This indicates a summary fault of the transmitter. true(1) --> summary fault false(2) --> no summary fault There is a fault of at least one module (e.g. Exciter) which causes this summary fault. An equivalent would be the LED Fault at the transmitters frontpanel." ::= { summaryInfo 1 } summaryWarningTx OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-only STATUS current DESCRIPTION "This indicates a summary warning of the transmitter. true(1) --> summary warning false(2) --> no summary warning There is a fault of at least one module (e.g. Exciter) which causes this summary warning. An equivalent would be the LED Warning at the transmitters frontpanel." ::= { summaryInfo 2 } localModeTx OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-only STATUS current DESCRIPTION "This indicates the local/remote-mode of the transmitter. true(1) --> local false(2) --> remote The transmitter is eigther in local-mode or in remote-mode. For security reasons it is not possible to set this value! An equivalent would the LED Local at the transmitters frontpanel." ::= { summaryInfo 3 } rfOnTx OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-only STATUS current DESCRIPTION "The RF is present for the corresponding transmitter." ::= { summaryInfo 4 } forwardPower OBJECT-TYPE SYNTAX FloatingPoint UNITS "Watt" MAX-ACCESS read-only STATUS current DESCRIPTION "The measured forwarded power [W] of the transmitter. For Active Reserve systems it is the sum of both outputstages." ::= { summaryInfo 5 } reflectedPower OBJECT-TYPE SYNTAX FloatingPoint UNITS "Watt" MAX-ACCESS read-only STATUS current DESCRIPTION "The measured reflected power [W] of the transmitter. For Active Reserve systems it is the sum of both outputstages. Not available for lowpower systems." ::= { summaryInfo 6 } summaryFaultExcA OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-only STATUS current DESCRIPTION "This indicates a summary fault of exciter." ::= { summaryInfo 7 } summaryFaultOstA OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-only STATUS current DESCRIPTION "This indicates a summary fault of outputstage." ::= { summaryInfo 8 } summaryFaultExcB OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-only STATUS current DESCRIPTION "This indicates a summary fault of exciter." ::= { summaryInfo 9 } summaryFaultOstB OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-only STATUS current DESCRIPTION "This indicates a summary fault of outputstage." ::= { summaryInfo 10 } exciterAutomaticReady OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-only STATUS current DESCRIPTION "The Exciter Automatic is Ready. In case of any fault on one exciter, there will be a switchover to the other exciter." ::= { summaryInfo 11 } exciterAutomaticChanged OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-only STATUS current DESCRIPTION "The Exciter Automatic has changed. There was a fault on one exciter which lead to this changeover." ::= { summaryInfo 12 } exciterAutomaticFault OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-only STATUS current DESCRIPTION "The Exciter Automatic is faulty. In case of any fault on one exciter, there will be no switchover to the other exciter, because of this fault." ::= { summaryInfo 13 } outputstageAutomaticReady OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-only STATUS current DESCRIPTION "The Outputstage Automatic is Ready. In case of any fault on one outputstage, there will be a switchover to the other outputstage. This paramter is only available for systems with an automatic output switch." ::= { summaryInfo 14 } outputstageAutomaticChanged OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-only STATUS current DESCRIPTION "The Outputstage Automatic has changed. There was a fault on one outputstage which lead to this changeover. This paramter is only available for systems with an automatic output switch." ::= { summaryInfo 15 } outputstageAutomaticFault OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-only STATUS current DESCRIPTION "The Outputstage Automatic is faulty. In case of any fault on one outputstage, there will be no switchover to the other outputstage, because of this fault. This paramter is only available for systems with an automatic output switch." ::= { summaryInfo 16 } noConnectionExcA OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-only STATUS current DESCRIPTION "No Connection between NetCCU and Exciter." ::= { summaryInfo 17 } noConnectionOstA OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-only STATUS current DESCRIPTION "No Connection between NetCCU and Outputstage." ::= { summaryInfo 18 } noConnectionExcB OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-only STATUS current DESCRIPTION "No Connection between NetCCU and Exciter." ::= { summaryInfo 19 } noConnectionOstB OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-only STATUS current DESCRIPTION "No Connection between NetCCU and Outputstage." ::= { summaryInfo 20 } activeExcA OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-only STATUS current DESCRIPTION "ExciterA is currently active." ::= { summaryInfo 21 } activeOstA OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-only STATUS current DESCRIPTION "OutputstageA is currently active." ::= { summaryInfo 22 } activeExcB OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-only STATUS current DESCRIPTION "ExciterB is currently active." ::= { summaryInfo 23 } activeOstB OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-only STATUS current DESCRIPTION "OutputstageB is currently active." ::= { summaryInfo 24 } forwardPowerOstA OBJECT-TYPE SYNTAX FloatingPoint UNITS "Watt" MAX-ACCESS read-only STATUS current DESCRIPTION "The measured forwarded power [W] of the OutputstageA." ::= { summaryInfo 25 } reflectedPowerOstA OBJECT-TYPE SYNTAX FloatingPoint UNITS "Watt" MAX-ACCESS read-only STATUS current DESCRIPTION "The measured reflected power [W] of the OutputstageA. Not available for lowpower systems." ::= { summaryInfo 26 } forwardPowerOstB OBJECT-TYPE SYNTAX FloatingPoint UNITS "Watt" MAX-ACCESS read-only STATUS current DESCRIPTION "The measured forwarded power [W] of the OutputstageB." ::= { summaryInfo 27 } reflectedPowerOstB OBJECT-TYPE SYNTAX FloatingPoint UNITS "Watt" MAX-ACCESS read-only STATUS current DESCRIPTION "The measured reflected power [W] of the OutputstageB. Not available for lowpower systems." ::= { summaryInfo 28 } powerSupply OBJECT-TYPE SYNTAX FloatingPoint UNITS "volt" MAX-ACCESS read-only STATUS current DESCRIPTION "Monitoring value of the output voltages of the power supply." ::= { summaryInfo 29 } additionalPowerSupply OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-only STATUS current DESCRIPTION "Shows whether the NetCCU has an additional (external) power supply." ::= { summaryInfo 30 } internalPowerSupply OBJECT-TYPE SYNTAX FloatingPoint UNITS "volt" MAX-ACCESS read-only STATUS current DESCRIPTION "Monitoring value of the output voltages of the internal power supply." ::= { summaryInfo 31 } externalPowerSupply OBJECT-TYPE SYNTAX FloatingPoint UNITS "volt" MAX-ACCESS read-only STATUS current DESCRIPTION "Monitoring value of the output voltages of the external power supply." ::= { summaryInfo 32 } detailedInfo OBJECT IDENTIFIER ::= { rsXx8000DvbTxObjs 3 } excInputTable OBJECT-TYPE SYNTAX SEQUENCE OF ExcInputEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "A table for more detailed information about the exciter. These values are all read-only. For settings, refer to commands." ::= { detailedInfo 2 } excInputEntry OBJECT-TYPE SYNTAX ExcInputEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "An entry for a designated input channel." INDEX { excInputExcIdx, excInputChannelIdx } ::= { excInputTable 1 } ExcInputEntry ::= SEQUENCE { excInputExcIdx IndexAB, excInputChannelIdx Integer32, excInputChannelName INTEGER, excInputConnected TruthValue, excInputSeamless TruthValue, excInputPreselected TruthValue, excInputActive TruthValue, excInputMipFail TruthValue, excInputBandwidth INTEGER, excInputFFTLength INTEGER, excInputGuardInterval INTEGER, excInputConstellation INTEGER, excInputAlpha INTEGER, excInputCellID Integer32, excInputInterleaver INTEGER, excInputCodeRate INTEGER, excInputPacketLength Integer32, excInputMeasuredDatarate Integer32, excInputRequiredDatarate Integer32, excInputMaximumDelay Integer32 } excInputExcIdx OBJECT-TYPE SYNTAX IndexAB MAX-ACCESS not-accessible STATUS current DESCRIPTION "The index for exciterA (and exciterB if there are DualDrive systems)." ::= { excInputEntry 1 } excInputChannelIdx OBJECT-TYPE SYNTAX Integer32 (1..6) MAX-ACCESS not-accessible STATUS current DESCRIPTION "The index for the different input channels." ::= { excInputEntry 2 } excInputChannelName OBJECT-TYPE SYNTAX INTEGER { hp1(1), hp2(2), lp1(3), lp2(4), activeHP(5), activeLP(6) } MAX-ACCESS read-only STATUS current DESCRIPTION "This is the logical name for the index for the different input channels." ::= { excInputEntry 3 } excInputConnected OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-only STATUS current DESCRIPTION "The input channel is connected." ::= { excInputEntry 4 } excInputSeamless OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-only STATUS current DESCRIPTION "The input channel is in seamless mode." ::= { excInputEntry 5 } excInputPreselected OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-only STATUS current DESCRIPTION "The input channel is the preselected." ::= { excInputEntry 6 } excInputActive OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-only STATUS current DESCRIPTION "The input channel is active." ::= { excInputEntry 7 } excInputMipFail OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-only STATUS current DESCRIPTION "Input channel MIP fail." ::= { excInputEntry 8 } excInputBandwidth OBJECT-TYPE SYNTAX INTEGER { mhz5(1), mhz6(2), mhz7(3), mhz8(4) } MAX-ACCESS read-only STATUS current DESCRIPTION "The bandwidth used by the input channel." ::= { excInputEntry 9 } excInputFFTLength OBJECT-TYPE SYNTAX INTEGER { k2(1), k8(2), k4(3) } MAX-ACCESS read-only STATUS current DESCRIPTION "The used FFT length (depends on the DVB network)." ::= { excInputEntry 10 } excInputGuardInterval OBJECT-TYPE SYNTAX INTEGER { oneOf32(1), oneOf16(2), oneOf8(3), oneOf4(4) } MAX-ACCESS read-only STATUS current DESCRIPTION "The Guard interval affects the error correction in multipath receiving situations. A long Guard Interval reduces the amount of payload data." ::= { excInputEntry 11 } excInputConstellation OBJECT-TYPE SYNTAX INTEGER { qpsk(1), qam16(2), qam64(3) } MAX-ACCESS read-only STATUS current DESCRIPTION "This parameter sets the modulation mode." ::= { excInputEntry 12 } excInputAlpha OBJECT-TYPE SYNTAX INTEGER { noHierarchy(1), one(2), two(3), four(4) } MAX-ACCESS read-only STATUS obsolete DESCRIPTION "An alpha greater than zero enables the hierarchical coding mode." ::= { excInputEntry 13 } excInputCellID OBJECT-TYPE SYNTAX Integer32 (0..65535) MAX-ACCESS read-only STATUS current DESCRIPTION "Via Cell ID the receiver knows the current network." ::= { excInputEntry 14 } excInputInterleaver OBJECT-TYPE SYNTAX INTEGER { indepth(1), nat(2) } MAX-ACCESS read-only STATUS current DESCRIPTION "Enables the bit interleaver for hierarchical coding" ::= { excInputEntry 15 } excInputCodeRate OBJECT-TYPE SYNTAX INTEGER { oneOf2(1), twoOf3(2), threeOf4(3), fiveOf6(4), sevenOf8(5) } MAX-ACCESS read-only STATUS current DESCRIPTION "Coderate can be set separately for HP and LP channel." ::= { excInputEntry 16 } excInputPacketLength OBJECT-TYPE SYNTAX Integer32 (188..208) MAX-ACCESS read-only STATUS current DESCRIPTION "The Packet length for the channel." ::= { excInputEntry 17 } excInputMeasuredDatarate OBJECT-TYPE SYNTAX Integer32 MAX-ACCESS read-only STATUS current DESCRIPTION "The measured datarate of the input." ::= { excInputEntry 18 } excInputRequiredDatarate OBJECT-TYPE SYNTAX Integer32 MAX-ACCESS read-only STATUS current DESCRIPTION "The required datarate of the input." ::= { excInputEntry 19 } excInputMaximumDelay OBJECT-TYPE SYNTAX Integer32 (0..100000000) UNITS "Nanoseconds" MAX-ACCESS read-only STATUS current DESCRIPTION "Period of time between the signal leaving the play-out center (MIP inserter) and its regular transmission at the antenna. This delay is set in the MIP inserter and serves as a basis for all the transmitters in the SFN." ::= { excInputEntry 20 } ostTable OBJECT-TYPE SYNTAX SEQUENCE OF OstEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "The table of racks." ::= { detailedInfo 3 } ostEntry OBJECT-TYPE SYNTAX OstEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "A row (an entry) for one rack." INDEX { ostIdx, ostRackIdx, ostRackAmpIdx } ::= { ostTable 1 } OstEntry ::= SEQUENCE { ostIdx IndexAB, ostRackIdx IndexRack, ostRackInletTemperature FloatingPoint, ostRackOutletTemperature FloatingPoint, ostRackAuxPowerSupply FloatingPoint, ostRackAmpIdx IndexAmplifier, ostRackAmpI1A FloatingPoint, ostRackAmpI2A FloatingPoint, ostRackAmpI3A FloatingPoint, ostRackAmpI4A FloatingPoint, ostRackAmpI1B FloatingPoint, ostRackAmpI2B FloatingPoint, ostRackAmpI3B FloatingPoint, ostRackAmpI4B FloatingPoint, ostRackAmpIDrv FloatingPoint, ostRackAmpUDc FloatingPoint, ostRackAmpIDc FloatingPoint, ostRackAmpUDcControl FloatingPoint, ostRackAmpUReg FloatingPoint, ostRackAmpPowerA FloatingPoint, ostRackAmpPowerB FloatingPoint, ostRackAmpPowerOut FloatingPoint, ostRackAmpPowerReflection FloatingPoint, ostRackAmpPowerReference FloatingPoint, ostRackAmpDeltaPhase FloatingPoint, ostRackAmpCmdDeltaPhase FloatingPoint } ostIdx OBJECT-TYPE SYNTAX IndexAB MAX-ACCESS not-accessible STATUS current DESCRIPTION "The dedicated outputstage (A/B)." ::= { ostEntry 1 } ostRackIdx OBJECT-TYPE SYNTAX IndexRack MAX-ACCESS not-accessible STATUS current DESCRIPTION "The rack number (1..10)." ::= { ostEntry 2 } ostRackInletTemperature OBJECT-TYPE SYNTAX FloatingPoint UNITS "Degree Celsius" MAX-ACCESS read-only STATUS current DESCRIPTION "The inlet temperature." ::= { ostEntry 3 } ostRackOutletTemperature OBJECT-TYPE SYNTAX FloatingPoint UNITS "Degree Celsius" MAX-ACCESS read-only STATUS current DESCRIPTION "The outlet temperature." ::= { ostEntry 4 } ostRackAuxPowerSupply OBJECT-TYPE SYNTAX FloatingPoint UNITS "Volt" MAX-ACCESS read-only STATUS current DESCRIPTION "Control voltage of auxiliary power supply of the designated rack. The value should be between 11.1 to 13.2 V." ::= { ostEntry 5 } ostRackAmpIdx OBJECT-TYPE SYNTAX IndexAmplifier MAX-ACCESS not-accessible STATUS current DESCRIPTION "Amplifier Index" ::= { ostEntry 400 } ostRackAmpI1A OBJECT-TYPE SYNTAX FloatingPoint UNITS "Ampere" MAX-ACCESS read-only STATUS current DESCRIPTION "The power amplifier module current (I_1A)." ::= { ostEntry 401 } ostRackAmpI2A OBJECT-TYPE SYNTAX FloatingPoint UNITS "Ampere" MAX-ACCESS read-only STATUS current DESCRIPTION "The power amplifier module current (I_2A)." ::= { ostEntry 402 } ostRackAmpI3A OBJECT-TYPE SYNTAX FloatingPoint UNITS "Ampere" MAX-ACCESS read-only STATUS current DESCRIPTION "The power amplifier module current (I_3A)." ::= { ostEntry 403 } ostRackAmpI4A OBJECT-TYPE SYNTAX FloatingPoint UNITS "Ampere" MAX-ACCESS read-only STATUS current DESCRIPTION "The power amplifier module current (I_4A)." ::= { ostEntry 404 } ostRackAmpI1B OBJECT-TYPE SYNTAX FloatingPoint UNITS "Ampere" MAX-ACCESS read-only STATUS current DESCRIPTION "The power amplifier module current (I_1B)." ::= { ostEntry 405 } ostRackAmpI2B OBJECT-TYPE SYNTAX FloatingPoint UNITS "Ampere" MAX-ACCESS read-only STATUS current DESCRIPTION "The power amplifier module current (I_2B)." ::= { ostEntry 406 } ostRackAmpI3B OBJECT-TYPE SYNTAX FloatingPoint UNITS "Ampere" MAX-ACCESS read-only STATUS current DESCRIPTION "The power amplifier module current (I_3B)." ::= { ostEntry 407 } ostRackAmpI4B OBJECT-TYPE SYNTAX FloatingPoint UNITS "Ampere" MAX-ACCESS read-only STATUS current DESCRIPTION "The power amplifier module current (I_4B)." ::= { ostEntry 408 } ostRackAmpIDrv OBJECT-TYPE SYNTAX FloatingPoint UNITS "Ampere" MAX-ACCESS read-only STATUS current DESCRIPTION "The driver module current (I_DRV)." ::= { ostEntry 409 } ostRackAmpUDc OBJECT-TYPE SYNTAX FloatingPoint UNITS "Volt" MAX-ACCESS read-only STATUS current DESCRIPTION "The power amplifier supply voltage." ::= { ostEntry 410 } ostRackAmpIDc OBJECT-TYPE SYNTAX FloatingPoint UNITS "Ampere" MAX-ACCESS read-only STATUS current DESCRIPTION "The power amplifier supply current." ::= { ostEntry 411 } ostRackAmpUDcControl OBJECT-TYPE SYNTAX FloatingPoint UNITS "Volt" MAX-ACCESS read-only STATUS current DESCRIPTION "The power supply control voltage." ::= { ostEntry 412 } ostRackAmpUReg OBJECT-TYPE SYNTAX FloatingPoint UNITS "Volt" MAX-ACCESS read-only STATUS current DESCRIPTION "The power amplifier AGC voltage." ::= { ostEntry 413 } ostRackAmpPowerA OBJECT-TYPE SYNTAX FloatingPoint UNITS "Volt" MAX-ACCESS read-only STATUS current DESCRIPTION "The voltage power detector A." ::= { ostEntry 414 } ostRackAmpPowerB OBJECT-TYPE SYNTAX FloatingPoint UNITS "Volt" MAX-ACCESS read-only STATUS current DESCRIPTION "The voltage power detector B." ::= { ostEntry 415 } ostRackAmpPowerOut OBJECT-TYPE SYNTAX FloatingPoint UNITS "Volt" MAX-ACCESS read-only STATUS current DESCRIPTION "The voltage forward power detector." ::= { ostEntry 416 } ostRackAmpPowerReflection OBJECT-TYPE SYNTAX FloatingPoint UNITS "Volt" MAX-ACCESS read-only STATUS current DESCRIPTION "The voltage reflected power detector." ::= { ostEntry 417 } ostRackAmpPowerReference OBJECT-TYPE SYNTAX FloatingPoint UNITS "Volt" MAX-ACCESS read-only STATUS current DESCRIPTION "The reference voltage for output power." ::= { ostEntry 418 } ostRackAmpDeltaPhase OBJECT-TYPE SYNTAX FloatingPoint UNITS "Percent" MAX-ACCESS read-only STATUS current DESCRIPTION "The measured phase delta for output power." ::= { ostEntry 419 } ostRackAmpCmdDeltaPhase OBJECT-TYPE SYNTAX FloatingPoint UNITS "Percent" MAX-ACCESS read-write STATUS current DESCRIPTION "The phase delta setting for output power. The range is -50.0% to 50.0%." ::= { ostEntry 420 } exciterStatusTable OBJECT-TYPE SYNTAX SEQUENCE OF ExciterStatusEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "Exciter status values." ::= { detailedInfo 20 } exciterStatusEntry OBJECT-TYPE SYNTAX ExciterStatusEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "A row (an entry) for one exciter." INDEX { excStatusExcIdx } ::= { exciterStatusTable 1 } ExciterStatusEntry ::= SEQUENCE { excStatusExcIdx IndexAB, excStatusRfOutputAgcRegulation FloatingPoint, excStatusRfIqAdjustAuto INTEGER, excStatusRfIqAdjustLO1Frequency FloatingPoint, excStatusNominalPower Integer32, excStatusVSWR FloatingPoint, excStatusSfnDelayProcessing FloatingPoint, excStatusSfnDelayDynamic FloatingPoint, excStatusSfnDelayNetwork FloatingPoint, excStatusSfnDelayTxOffset FloatingPoint, excStatusSfnDelayMaximum FloatingPoint, excStatusSfnDelayTotal FloatingPoint, excStatusAmplifierControl INTEGER, excStatusReqDataRateHP Integer32, excStatusReqDataRateLP Integer32, excStatusFailDelay FailDelayStatus } excStatusExcIdx OBJECT-TYPE SYNTAX IndexAB MAX-ACCESS not-accessible STATUS current DESCRIPTION "The dedicated exciter (A/B)." ::= { exciterStatusEntry 3 } excStatusRfOutputAgcRegulation OBJECT-TYPE SYNTAX FloatingPoint UNITS "Percent" MAX-ACCESS read-only STATUS current DESCRIPTION "Shows the operating point of the RF regulator. The shown value should be around 50 per cent." ::= { exciterStatusEntry 4 } excStatusRfIqAdjustAuto OBJECT-TYPE SYNTAX INTEGER { notAdjusted(1), inProgress(2), adjusted(3) } UNITS "Percent" MAX-ACCESS read-only STATUS current DESCRIPTION "Automatic I/Q-Adjust." ::= { exciterStatusEntry 5 } excStatusRfIqAdjustLO1Frequency OBJECT-TYPE SYNTAX FloatingPoint UNITS "MHz" MAX-ACCESS read-only STATUS current DESCRIPTION "Modulator LO1." ::= { exciterStatusEntry 6 } excStatusNominalPower OBJECT-TYPE SYNTAX Integer32 UNITS "W" MAX-ACCESS read-write STATUS current DESCRIPTION "Description." ::= { exciterStatusEntry 7 } excStatusVSWR OBJECT-TYPE SYNTAX FloatingPoint MAX-ACCESS read-only STATUS current DESCRIPTION "Voltage Standing Wave Ratio" ::= { exciterStatusEntry 9 } excStatusSfnDelayProcessing OBJECT-TYPE SYNTAX FloatingPoint UNITS "Microseconds" MAX-ACCESS read-only STATUS current DESCRIPTION "The Minimum signal transmit time through the exciter. This delay depends on the DVB transmission parameters." ::= { exciterStatusEntry 13 } excStatusSfnDelayDynamic OBJECT-TYPE SYNTAX FloatingPoint UNITS "Microseconds" MAX-ACCESS read-only STATUS current DESCRIPTION "The period of time by which signal processing is artificially delayed so that the desired time of transmission is obtained." ::= { exciterStatusEntry 14 } excStatusSfnDelayNetwork OBJECT-TYPE SYNTAX FloatingPoint UNITS "Microseconds" MAX-ACCESS read-only STATUS current DESCRIPTION "The signal propagation time between the play-out center (MIP inserter) and the exciter input. This delay depends on the transmission path used." ::= { exciterStatusEntry 15 } excStatusSfnDelayTxOffset OBJECT-TYPE SYNTAX FloatingPoint UNITS "Microseconds" MAX-ACCESS read-only STATUS current DESCRIPTION "An individual transmitter specific delay. It can be adjusted via data carousel of the SFN adapter. It is true for a specific transmitter address." ::= { exciterStatusEntry 16 } excStatusSfnDelayMaximum OBJECT-TYPE SYNTAX FloatingPoint UNITS "Microseconds" MAX-ACCESS read-only STATUS current DESCRIPTION "The period of time between the signal leaving the play-out center (MIP inserter) and its regular transmission at the antenna. This delay is set in the MIP inserter and serves as a basis for all the transmitters in the SFN." ::= { exciterStatusEntry 17 } excStatusSfnDelayTotal OBJECT-TYPE SYNTAX FloatingPoint UNITS "Microseconds" MAX-ACCESS read-only STATUS current DESCRIPTION "The actual signal transit time through the exciter. This is derived from the sum of static-, dynamic-, offset- and processing delay." ::= { exciterStatusEntry 18 } excStatusAmplifierControl OBJECT-TYPE SYNTAX INTEGER { on(1), off(2) } MAX-ACCESS read-only STATUS current DESCRIPTION "Amplifier control status" ::= { exciterStatusEntry 20 } excStatusReqDataRateHP OBJECT-TYPE SYNTAX Integer32 UNITS "bit per seconds" MAX-ACCESS read-only STATUS current DESCRIPTION "Required data rate on HP input with respect to the current TPS settings." ::= { exciterStatusEntry 30 } excStatusReqDataRateLP OBJECT-TYPE SYNTAX Integer32 UNITS "bit per seconds" MAX-ACCESS read-only STATUS current DESCRIPTION "Required data rate on LP input with respect to the current TPS settings." ::= { exciterStatusEntry 31 } excStatusFailDelay OBJECT-TYPE SYNTAX FailDelayStatus MAX-ACCESS read-only STATUS current DESCRIPTION "Shows whether the fail delay time is qualified." ::= { exciterStatusEntry 40 } exciterPrecorrectionTable OBJECT-TYPE SYNTAX SEQUENCE OF ExciterPrecorrectionEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "Exciter status values." ::= { detailedInfo 21 } exciterPrecorrectionEntry OBJECT-TYPE SYNTAX ExciterPrecorrectionEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "A row (an entry) for one exciter." INDEX { excPrecExcIdx } ::= { exciterPrecorrectionTable 1 } ExciterPrecorrectionEntry ::= SEQUENCE { excPrecExcIdx IndexAB, excPrecLinCorrection SwitchOnOff, excPrecLinAutomaticADE INTEGER, excPrecLinMaxAmplitudeRipple FloatingPoint, excPrecLinMaxGroupDelayRipple Integer32, excPrecLinAmplitudeRipple FloatingPoint, excPrecLinGroupDelayRipple Integer32, excPrecLinInputLevel INTEGER, excPrecLinAutomatic INTEGER, excPrecNonlinCorrection SwitchOnOff, excPrecNonlinAutomaticADE INTEGER, excPrecNonlinThresholdShoulders FloatingPoint, excPrecNonlinShoulderLeft FloatingPoint, excPrecNonlinShoulderRight FloatingPoint, excPrecNonlinInputLevel INTEGER, excPrecNonlinAutomatic INTEGER, excPrecUserState EqualizerCalibrationState, excPrecFactoryState EqualizerCalibrationState, excPrecRestoreCurrentSettings INTEGER, excPrecRestoreAllSettings INTEGER } excPrecExcIdx OBJECT-TYPE SYNTAX IndexAB MAX-ACCESS not-accessible STATUS current DESCRIPTION "The dedicated exciter (A/B)." ::= { exciterPrecorrectionEntry 3 } excPrecLinCorrection OBJECT-TYPE SYNTAX SwitchOnOff MAX-ACCESS read-write STATUS current DESCRIPTION "Switches on/turns off the linear precorrector." ::= { exciterPrecorrectionEntry 4 } excPrecLinAutomaticADE OBJECT-TYPE SYNTAX INTEGER { manual(1), automatic(2), adaptive(3) } MAX-ACCESS read-write STATUS current DESCRIPTION "Enables /disables the automatic precorrector. To get the ADE in work linear precorrection has to be switched on." ::= { exciterPrecorrectionEntry 5 } excPrecLinMaxAmplitudeRipple OBJECT-TYPE SYNTAX FloatingPoint UNITS "dB" MAX-ACCESS read-write STATUS current DESCRIPTION "Sets te maximum ripple for automatic amplitude correction (0.0 ... 2.0)." ::= { exciterPrecorrectionEntry 6 } excPrecLinMaxGroupDelayRipple OBJECT-TYPE SYNTAX Integer32 (0..500) UNITS "Nanoseconds" MAX-ACCESS read-write STATUS current DESCRIPTION "Sets the maximum ripple for automatic group delay correction." ::= { exciterPrecorrectionEntry 7 } excPrecLinAmplitudeRipple OBJECT-TYPE SYNTAX FloatingPoint UNITS "dB" MAX-ACCESS read-only STATUS current DESCRIPTION "Shows the current amplitude ripple." ::= { exciterPrecorrectionEntry 8 } excPrecLinGroupDelayRipple OBJECT-TYPE SYNTAX Integer32 UNITS "Nanoseconds" MAX-ACCESS read-only STATUS current DESCRIPTION "Shows the current group delay ripple." ::= { exciterPrecorrectionEntry 9 } excPrecLinInputLevel OBJECT-TYPE SYNTAX INTEGER { tooHigh(1), ok(2), tooLow(3), failure(4) } MAX-ACCESS read-only STATUS current DESCRIPTION "Shows the state of the feedback signal from the measurement point between output stage and antenna." ::= { exciterPrecorrectionEntry 10 } excPrecLinAutomatic OBJECT-TYPE SYNTAX INTEGER { disabled(1), active(2), calculate(3), measure(4) } MAX-ACCESS read-only STATUS current DESCRIPTION "Shows if the automatic precorrector works properly." ::= { exciterPrecorrectionEntry 11 } excPrecNonlinCorrection OBJECT-TYPE SYNTAX SwitchOnOff MAX-ACCESS read-write STATUS current DESCRIPTION "Switches on/turns off the nonlinear precorrector." ::= { exciterPrecorrectionEntry 12 } excPrecNonlinAutomaticADE OBJECT-TYPE SYNTAX INTEGER { manual(1), automatic(2), adaptive(3) } MAX-ACCESS read-write STATUS current DESCRIPTION "Enables /disables the automatic precorrector. To get the ADE in work nonlinear precorrection has to be switched on." ::= { exciterPrecorrectionEntry 13 } excPrecNonlinThresholdShoulders OBJECT-TYPE SYNTAX FloatingPoint UNITS "dB" MAX-ACCESS read-write STATUS current DESCRIPTION "The target shoulder distance for ADE (0.0 ... 40.0)." ::= { exciterPrecorrectionEntry 14 } excPrecNonlinShoulderLeft OBJECT-TYPE SYNTAX FloatingPoint UNITS "dB" MAX-ACCESS read-only STATUS current DESCRIPTION "Displays the current measurement for the left handed shoulder distance." ::= { exciterPrecorrectionEntry 15 } excPrecNonlinShoulderRight OBJECT-TYPE SYNTAX FloatingPoint UNITS "dB" MAX-ACCESS read-only STATUS current DESCRIPTION "Displays the current measurement of the right handed shoulder." ::= { exciterPrecorrectionEntry 16 } excPrecNonlinInputLevel OBJECT-TYPE SYNTAX INTEGER { tooHigh(1), ok(2), tooLow(3), failure(4) } MAX-ACCESS read-only STATUS current DESCRIPTION "Shows the state of the feedback signal from the measurement point between output stage and antenna." ::= { exciterPrecorrectionEntry 17 } excPrecNonlinAutomatic OBJECT-TYPE SYNTAX INTEGER { disabled(1), active(2), calculate(3), measure(4) } MAX-ACCESS read-only STATUS current DESCRIPTION "Shows if the automatic precorrector works properly." ::= { exciterPrecorrectionEntry 18 } excPrecUserState OBJECT-TYPE SYNTAX EqualizerCalibrationState MAX-ACCESS read-only STATUS current DESCRIPTION "status of the user precorrection settings" ::= { exciterPrecorrectionEntry 100 } excPrecFactoryState OBJECT-TYPE SYNTAX EqualizerCalibrationState MAX-ACCESS read-only STATUS current DESCRIPTION "status of the factory precorrection settings" ::= { exciterPrecorrectionEntry 101 } excPrecRestoreCurrentSettings OBJECT-TYPE SYNTAX INTEGER { stop(1), start(2) } MAX-ACCESS read-write STATUS current DESCRIPTION "restores current factory precorrection setting" ::= { exciterPrecorrectionEntry 102 } excPrecRestoreAllSettings OBJECT-TYPE SYNTAX INTEGER { stop(1), start(2) } MAX-ACCESS read-write STATUS current DESCRIPTION "restores all factory precorrection settings" ::= { exciterPrecorrectionEntry 103 } configurationTable OBJECT-TYPE SYNTAX SEQUENCE OF ConfigurationEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "Table for Type Configuration parameters." ::= { detailedInfo 30 } configurationEntry OBJECT-TYPE SYNTAX ConfigurationEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "An entry for the Type Configuration parameters." INDEX { configTvStandardIdx } ::= { configurationTable 1 } ConfigurationEntry ::= SEQUENCE { configTvStandardIdx TvStandard, configTvStandardName TvStandard, configRxFrequency Integer32, configFrequency Integer32, configPower FloatingPoint, configInputSource InputSource } configTvStandardIdx OBJECT-TYPE SYNTAX TvStandard MAX-ACCESS not-accessible STATUS current DESCRIPTION "The index for the TV standard." ::= { configurationEntry 3 } configTvStandardName OBJECT-TYPE SYNTAX TvStandard MAX-ACCESS read-only STATUS current DESCRIPTION "The name of the TV standard as a text." ::= { configurationEntry 5 } configRxFrequency OBJECT-TYPE SYNTAX Integer32 (160000000..910000000) UNITS "Hz" MAX-ACCESS read-write STATUS current DESCRIPTION "The input frequency for input 1." ::= { configurationEntry 6 } configFrequency OBJECT-TYPE SYNTAX Integer32 (47000000..1500000000) UNITS "Hz" MAX-ACCESS read-write STATUS current DESCRIPTION "The output frequency for input 1." ::= { configurationEntry 7 } configPower OBJECT-TYPE SYNTAX FloatingPoint UNITS "W" MAX-ACCESS read-write STATUS current DESCRIPTION "The output power (0.0 ... 2500.0) for input 1." ::= { configurationEntry 8 } configInputSource OBJECT-TYPE SYNTAX InputSource MAX-ACCESS read-write STATUS current DESCRIPTION "The source for input 1." ::= { configurationEntry 9 } timeSchedulerTable OBJECT-TYPE SYNTAX SEQUENCE OF TimeSchedulerEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "Table for Time Scheduler parameters." ::= { detailedInfo 31 } timeSchedulerEntry OBJECT-TYPE SYNTAX TimeSchedulerEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "An entry in the table for the Time Scheduler parameters. A row in this table is created by setting the value of schedulerRowStatus to 'createAndGo' or 'createAndWait'. A row in this table is deleted by setting the value of schedulerRowStatus to 'destroy'." INDEX { schedulerDateTimeIdx } ::= { timeSchedulerTable 1 } TimeSchedulerEntry ::= SEQUENCE { schedulerDateTimeIdx DateAndTime, schedulerRowStatus RowStatus, schedulerEvent INTEGER, schedulerDateTime DateAndTime, schedulerTvStandard TvStandard } schedulerDateTimeIdx OBJECT-TYPE SYNTAX DateAndTime MAX-ACCESS not-accessible STATUS current DESCRIPTION "The DateAndTime index. Note: Deci-seconds different from 0 and UTC values are ignored. The index is implemented as a Fixed length string of 8 components. The last component (Deci-seconds) is always 0. Example: The DateTime of 2008-9-15,17:45:30.0 has the index: 7.216.9.15.17.45.30.0 " ::= { timeSchedulerEntry 3 } schedulerRowStatus OBJECT-TYPE SYNTAX RowStatus MAX-ACCESS read-create STATUS current DESCRIPTION "This object is used to create and delete rows in the timeSchedulerTable." ::= { timeSchedulerEntry 5 } schedulerEvent OBJECT-TYPE SYNTAX INTEGER { daily(1), once(2) } MAX-ACCESS read-create STATUS current DESCRIPTION "The event type." ::= { timeSchedulerEntry 6 } schedulerDateTime OBJECT-TYPE SYNTAX DateAndTime MAX-ACCESS read-only STATUS current DESCRIPTION "The start date and the time of a daily or one-time event." ::= { timeSchedulerEntry 7 } schedulerTvStandard OBJECT-TYPE SYNTAX TvStandard MAX-ACCESS read-create STATUS current DESCRIPTION "The TV standard." ::= { timeSchedulerEntry 8 } configuration2Table OBJECT-TYPE SYNTAX SEQUENCE OF Configuration2Entry MAX-ACCESS not-accessible STATUS current DESCRIPTION "Table for Type Configuration parameters of input 2." ::= { detailedInfo 32 } configuration2Entry OBJECT-TYPE SYNTAX Configuration2Entry MAX-ACCESS not-accessible STATUS current DESCRIPTION "An entry for the Type Configuration parameters of input 2." AUGMENTS { configurationEntry } ::= { configuration2Table 1 } Configuration2Entry ::= SEQUENCE { config2TvStandardName TvStandard, config2RxFrequency Integer32, config2Frequency Integer32, config2Power FloatingPoint, config2InputSource InputSource } config2TvStandardName OBJECT-TYPE SYNTAX TvStandard MAX-ACCESS read-only STATUS current DESCRIPTION "The name of the TV standard as a text." ::= { configuration2Entry 5 } config2RxFrequency OBJECT-TYPE SYNTAX Integer32 (160000000..910000000) UNITS "Hz" MAX-ACCESS read-write STATUS current DESCRIPTION "The input frequency for input 2." ::= { configuration2Entry 6 } config2Frequency OBJECT-TYPE SYNTAX Integer32 (47000000..1500000000) UNITS "Hz" MAX-ACCESS read-write STATUS current DESCRIPTION "The output frequency for input 2." ::= { configuration2Entry 7 } config2Power OBJECT-TYPE SYNTAX FloatingPoint UNITS "W" MAX-ACCESS read-write STATUS current DESCRIPTION "The output power (0.0 ... 2500.0) for input 2." ::= { configuration2Entry 8 } config2InputSource OBJECT-TYPE SYNTAX InputSource MAX-ACCESS read-write STATUS current DESCRIPTION "The source for input 2." ::= { configuration2Entry 9 } productInfoTable OBJECT-TYPE SYNTAX SEQUENCE OF ProductInfoEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "The table for product typeplates." ::= { detailedInfo 100 } productInfoEntry OBJECT-TYPE SYNTAX ProductInfoEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "A row (an entry) for one typeplate." INDEX { prodInfoModuleIdx, prodInfoDeviceIdx, prodInfoRackIdx, prodInfoAmpIdx } ::= { productInfoTable 1 } ProductInfoEntry ::= SEQUENCE { prodInfoModuleIdx ProdInfoModuleNameTv, prodInfoDeviceIdx IndexAB, prodInfoRackIdx IndexRack, prodInfoAmpIdx IndexAmplifier, prodInfoModuleName ProdInfoModuleNameTv, prodInfoSerialNumber ReadableString, prodInfoIdentNumberSW ReadableString, prodInfoVersionNumberSW ReadableString, prodInfoIdentNumberHW ReadableString, prodInfoVersionNumberHW ReadableString, productInfoProductDateHW DateAndTime } prodInfoModuleIdx OBJECT-TYPE SYNTAX ProdInfoModuleNameTv MAX-ACCESS not-accessible STATUS current DESCRIPTION "The module index." ::= { productInfoEntry 1 } prodInfoDeviceIdx OBJECT-TYPE SYNTAX IndexAB MAX-ACCESS not-accessible STATUS current DESCRIPTION "The dedicated device (A/B)." ::= { productInfoEntry 2 } prodInfoRackIdx OBJECT-TYPE SYNTAX IndexRack MAX-ACCESS not-accessible STATUS current DESCRIPTION "The rack number (1..10)." ::= { productInfoEntry 3 } prodInfoAmpIdx OBJECT-TYPE SYNTAX IndexAmplifier MAX-ACCESS not-accessible STATUS current DESCRIPTION "Amplifier Index" ::= { productInfoEntry 4 } prodInfoModuleName OBJECT-TYPE SYNTAX ProdInfoModuleNameTv MAX-ACCESS read-only STATUS current DESCRIPTION "The name of the module as a text." ::= { productInfoEntry 5 } prodInfoSerialNumber OBJECT-TYPE SYNTAX ReadableString MAX-ACCESS read-only STATUS current DESCRIPTION "The serial number of the subdevice." ::= { productInfoEntry 6 } prodInfoIdentNumberSW OBJECT-TYPE SYNTAX ReadableString MAX-ACCESS read-only STATUS current DESCRIPTION "The Rohde&Schwarz identification number of the software, for example 2094.2090.02." ::= { productInfoEntry 7 } prodInfoVersionNumberSW OBJECT-TYPE SYNTAX ReadableString MAX-ACCESS read-only STATUS current DESCRIPTION "The Rohde&Schwarz revision number of the software, for example 1.2.1." ::= { productInfoEntry 8 } prodInfoIdentNumberHW OBJECT-TYPE SYNTAX ReadableString MAX-ACCESS read-only STATUS current DESCRIPTION "The Rohde&Schwarz identification number of the hardware, for example 2095.8007.02 (NetCCU)." ::= { productInfoEntry 9 } prodInfoVersionNumberHW OBJECT-TYPE SYNTAX ReadableString MAX-ACCESS read-only STATUS current DESCRIPTION "The Rohde&Schwarz revision number (product index) of the hardware, for example 03.03." ::= { productInfoEntry 10 } productInfoProductDateHW OBJECT-TYPE SYNTAX DateAndTime MAX-ACCESS read-only STATUS current DESCRIPTION "The Rohde&Schwarz production date of the hardware," ::= { productInfoEntry 11 } logbook OBJECT IDENTIFIER ::= { rsXx8000DvbTxObjs 4 } netCCUNumberOfEntries OBJECT-TYPE SYNTAX LogbookMaxEntryNumber MAX-ACCESS read-only STATUS current DESCRIPTION "The number of entries in logbook." ::= { logbook 1 } netCCULogbookClear OBJECT-TYPE SYNTAX Trigger MAX-ACCESS read-write STATUS current DESCRIPTION "Clear the logbook. idle(1) --> ready clear(2) --> do clear now A GET will always return idle(1). A SET idle(1) will return NO_ERROR without doing anything." ::= { logbook 2 } netCCULogbookTable OBJECT-TYPE SYNTAX SEQUENCE OF NetCCULogbookEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "NetCCU logbook table." ::= { logbook 3 } netCCULogbookEntry OBJECT-TYPE SYNTAX NetCCULogbookEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "This is a entry in the logbook." INDEX { netCCULogbookEntryIdx } ::= { netCCULogbookTable 1 } NetCCULogbookEntry ::= SEQUENCE { netCCULogbookEntryIdx LogbookMaxEntryNumber, netCCULogbookEntryNbr LogbookMaxEntryNumber, netCCULogbookType EventClass, netCCULogbookSlope LogbookEntrySlope, netCCULogbookMessage LogbookEntryMessagesNetCCU, netCCULogbookDateTime DateAndTime } netCCULogbookEntryIdx OBJECT-TYPE SYNTAX LogbookMaxEntryNumber MAX-ACCESS not-accessible STATUS current DESCRIPTION "This is an increasing number from 1 to maximum. It is used as an index column for SNMP." ::= { netCCULogbookEntry 1 } netCCULogbookEntryNbr OBJECT-TYPE SYNTAX LogbookMaxEntryNumber MAX-ACCESS read-only STATUS current DESCRIPTION "This is the number of the logbook entry. It is an decreasing number from maximum down to 1." ::= { netCCULogbookEntry 2 } netCCULogbookType OBJECT-TYPE SYNTAX EventClass MAX-ACCESS read-only STATUS current DESCRIPTION "Can either be Fault, Warning or State." ::= { netCCULogbookEntry 3 } netCCULogbookSlope OBJECT-TYPE SYNTAX LogbookEntrySlope MAX-ACCESS read-only STATUS current DESCRIPTION "Either set (event raises) or reset (event disappears)" ::= { netCCULogbookEntry 4 } netCCULogbookMessage OBJECT-TYPE SYNTAX LogbookEntryMessagesNetCCU MAX-ACCESS read-only STATUS current DESCRIPTION "See RS-XX8000-COMMON-MIB - TextualConvention - LogbookEntryMessagesNetCCU for details." ::= { netCCULogbookEntry 5 } netCCULogbookDateTime OBJECT-TYPE SYNTAX DateAndTime MAX-ACCESS read-only STATUS current DESCRIPTION "netCCULogbookDateTime" ::= { netCCULogbookEntry 6 } exciterANumberOfEntries OBJECT-TYPE SYNTAX LogbookMaxEntryNumber MAX-ACCESS read-only STATUS current DESCRIPTION "The number of entries in logbook." ::= { logbook 4 } exciterALogbookClear OBJECT-TYPE SYNTAX Trigger MAX-ACCESS read-write STATUS current DESCRIPTION "Clear the logbook. idle(1) --> ready clear(2) --> do clear now A GET will always return idle(1). A SET idle(1) will return NO_ERROR without doing anything." ::= { logbook 5 } exciterALogbookTable OBJECT-TYPE SYNTAX SEQUENCE OF ExciterALogbookEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "ExciterA logbook table." ::= { logbook 6 } exciterALogbookEntry OBJECT-TYPE SYNTAX ExciterALogbookEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "This is a entry in the logbook." INDEX { excALogbookEntryIdx } ::= { exciterALogbookTable 1 } ExciterALogbookEntry ::= SEQUENCE { excALogbookEntryIdx LogbookMaxEntryNumber, excALogbookEntryNbr LogbookMaxEntryNumber, excALogbookType EventClass, excALogbookSlope LogbookEntrySlope, excALogbookMessage LogbookEntryMessagesExcTv, excALogbookDateTime DateAndTime } excALogbookEntryIdx OBJECT-TYPE SYNTAX LogbookMaxEntryNumber MAX-ACCESS not-accessible STATUS current DESCRIPTION "This is an increasing number from 1 to maximum. It is used as an index column for SNMP." ::= { exciterALogbookEntry 1 } excALogbookEntryNbr OBJECT-TYPE SYNTAX LogbookMaxEntryNumber MAX-ACCESS read-only STATUS current DESCRIPTION "This is the number of the logbook entry. It is an decreasing number from maximum down to 1." ::= { exciterALogbookEntry 2 } excALogbookType OBJECT-TYPE SYNTAX EventClass MAX-ACCESS read-only STATUS current DESCRIPTION "Can either be Fault, Warning or State." ::= { exciterALogbookEntry 3 } excALogbookSlope OBJECT-TYPE SYNTAX LogbookEntrySlope MAX-ACCESS read-only STATUS current DESCRIPTION "Either set (event raises) or reset (event disappears)" ::= { exciterALogbookEntry 4 } excALogbookMessage OBJECT-TYPE SYNTAX LogbookEntryMessagesExcTv MAX-ACCESS read-only STATUS current DESCRIPTION "See RS-XX8000-COMMON-MIB - TextualConvention for details." ::= { exciterALogbookEntry 5 } excALogbookDateTime OBJECT-TYPE SYNTAX DateAndTime MAX-ACCESS read-only STATUS current DESCRIPTION "The time of the logbook entry." ::= { exciterALogbookEntry 6 } outputstageANumberOfEntries OBJECT-TYPE SYNTAX LogbookMaxEntryNumber MAX-ACCESS read-only STATUS current DESCRIPTION "The number of entries in logbook." ::= { logbook 7 } outputstageALogbookClear OBJECT-TYPE SYNTAX Trigger MAX-ACCESS read-write STATUS current DESCRIPTION "Clear the logbook. idle(1) --> ready clear(2) --> do clear now A GET will always return idle(1). A SET idle(1) will return NO_ERROR without doing anything." ::= { logbook 8 } outputstageALogbookTable OBJECT-TYPE SYNTAX SEQUENCE OF OutputstageALogbookEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "OutputstageA logbook table." ::= { logbook 9 } outputstageALogbookEntry OBJECT-TYPE SYNTAX OutputstageALogbookEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "This is a entry in the logbook." INDEX { ostALogbookEntryIdx } ::= { outputstageALogbookTable 1 } OutputstageALogbookEntry ::= SEQUENCE { ostALogbookEntryIdx LogbookMaxEntryNumber, ostALogbookEntryNbr LogbookMaxEntryNumber, ostALogbookType EventClass, ostALogbookSlope LogbookEntrySlope, ostALogbookMessage LogbookEntryMessagesOST, ostALogbookDateTime DateAndTime } ostALogbookEntryIdx OBJECT-TYPE SYNTAX LogbookMaxEntryNumber MAX-ACCESS not-accessible STATUS current DESCRIPTION "This is an increasing number from 1 to maximum. It is used as an index column for SNMP." ::= { outputstageALogbookEntry 1 } ostALogbookEntryNbr OBJECT-TYPE SYNTAX LogbookMaxEntryNumber MAX-ACCESS read-only STATUS current DESCRIPTION "This is the number of the logbook entry. It is an decreasing number from maximum down to 1." ::= { outputstageALogbookEntry 2 } ostALogbookType OBJECT-TYPE SYNTAX EventClass MAX-ACCESS read-only STATUS current DESCRIPTION "Can either be Fault, Warning or State." ::= { outputstageALogbookEntry 3 } ostALogbookSlope OBJECT-TYPE SYNTAX LogbookEntrySlope MAX-ACCESS read-only STATUS current DESCRIPTION "Either set (event raises) or reset (event disappears)" ::= { outputstageALogbookEntry 4 } ostALogbookMessage OBJECT-TYPE SYNTAX LogbookEntryMessagesOST MAX-ACCESS read-only STATUS current DESCRIPTION "See RS-XX8000-COMMON-MIB - TextualConvention for details." ::= { outputstageALogbookEntry 5 } ostALogbookDateTime OBJECT-TYPE SYNTAX DateAndTime MAX-ACCESS read-only STATUS current DESCRIPTION "The time of the logbook entry." ::= { outputstageALogbookEntry 6 } exciterBNumberOfEntries OBJECT-TYPE SYNTAX LogbookMaxEntryNumber MAX-ACCESS read-only STATUS current DESCRIPTION "The number of entries in logbook." ::= { logbook 10 } exciterBLogbookClear OBJECT-TYPE SYNTAX Trigger MAX-ACCESS read-write STATUS current DESCRIPTION "Clear the logbook. idle(1) --> ready clear(2) --> do clear now A GET will always return idle(1). A SET idle(1) will return NO_ERROR without doing anything." ::= { logbook 11 } exciterBLogbookTable OBJECT-TYPE SYNTAX SEQUENCE OF ExciterBLogbookEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "ExciterB logbook table." ::= { logbook 12 } exciterBLogbookEntry OBJECT-TYPE SYNTAX ExciterBLogbookEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "This is a entry in the logbook." INDEX { excBLogbookEntryIdx } ::= { exciterBLogbookTable 1 } ExciterBLogbookEntry ::= SEQUENCE { excBLogbookEntryIdx LogbookMaxEntryNumber, excBLogbookEntryNbr LogbookMaxEntryNumber, excBLogbookType EventClass, excBLogbookSlope LogbookEntrySlope, excBLogbookMessage LogbookEntryMessagesExcTv, excBLogbookDateTime DateAndTime } excBLogbookEntryIdx OBJECT-TYPE SYNTAX LogbookMaxEntryNumber MAX-ACCESS not-accessible STATUS current DESCRIPTION "This is an increasing number from 1 to maximum. It is used as an index column for SNMP." ::= { exciterBLogbookEntry 1 } excBLogbookEntryNbr OBJECT-TYPE SYNTAX LogbookMaxEntryNumber MAX-ACCESS read-only STATUS current DESCRIPTION "This is the number of the logbook entry. It is an decreasing number from maximum down to 1." ::= { exciterBLogbookEntry 2 } excBLogbookType OBJECT-TYPE SYNTAX EventClass MAX-ACCESS read-only STATUS current DESCRIPTION "Can either be Fault, Warning or State." ::= { exciterBLogbookEntry 3 } excBLogbookSlope OBJECT-TYPE SYNTAX LogbookEntrySlope MAX-ACCESS read-only STATUS current DESCRIPTION "Either set (event raises) or reset (event disappears)" ::= { exciterBLogbookEntry 4 } excBLogbookMessage OBJECT-TYPE SYNTAX LogbookEntryMessagesExcTv MAX-ACCESS read-only STATUS current DESCRIPTION "See RS-XX8000-COMMON-MIB - TextualConvention for details." ::= { exciterBLogbookEntry 5 } excBLogbookDateTime OBJECT-TYPE SYNTAX DateAndTime MAX-ACCESS read-only STATUS current DESCRIPTION "The time of the logbook entry." ::= { exciterBLogbookEntry 6 } outputstageBNumberOfEntries OBJECT-TYPE SYNTAX LogbookMaxEntryNumber MAX-ACCESS read-only STATUS current DESCRIPTION "The number of entries in logbook." ::= { logbook 13 } outputstageBLogbookClear OBJECT-TYPE SYNTAX Trigger MAX-ACCESS read-write STATUS current DESCRIPTION "Clear the logbook. idle(1) --> ready clear(2) --> do clear now A GET will always return idle(1). A SET idle(1) will return NO_ERROR without doing anything." ::= { logbook 14 } outputstageBLogbookTable OBJECT-TYPE SYNTAX SEQUENCE OF OutputstageBLogbookEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "OutputstageB logbook table." ::= { logbook 15 } outputstageBLogbookEntry OBJECT-TYPE SYNTAX OutputstageBLogbookEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "This is a entry in the logbook." INDEX { ostBLogbookEntryIdx } ::= { outputstageBLogbookTable 1 } OutputstageBLogbookEntry ::= SEQUENCE { ostBLogbookEntryIdx LogbookMaxEntryNumber, ostBLogbookEntryNbr LogbookMaxEntryNumber, ostBLogbookType EventClass, ostBLogbookSlope LogbookEntrySlope, ostBLogbookMessage LogbookEntryMessagesOST, ostBLogbookDateTime DateAndTime } ostBLogbookEntryIdx OBJECT-TYPE SYNTAX LogbookMaxEntryNumber MAX-ACCESS not-accessible STATUS current DESCRIPTION "This is an increasing number from 1 to 128. It is used as an index column for SNMP." ::= { outputstageBLogbookEntry 1 } ostBLogbookEntryNbr OBJECT-TYPE SYNTAX LogbookMaxEntryNumber MAX-ACCESS read-only STATUS current DESCRIPTION "This is the number of the logbook entry. It is an decreasing number from max 128 down to 1." ::= { outputstageBLogbookEntry 2 } ostBLogbookType OBJECT-TYPE SYNTAX EventClass MAX-ACCESS read-only STATUS current DESCRIPTION "Can either be Fault, Warning or State." ::= { outputstageBLogbookEntry 3 } ostBLogbookSlope OBJECT-TYPE SYNTAX LogbookEntrySlope MAX-ACCESS read-only STATUS current DESCRIPTION "Either set (event raises) or reset (event disappears)" ::= { outputstageBLogbookEntry 4 } ostBLogbookMessage OBJECT-TYPE SYNTAX LogbookEntryMessagesOST MAX-ACCESS read-only STATUS current DESCRIPTION "See RS-XX8000-COMMON-MIB - TextualConvention for details." ::= { outputstageBLogbookEntry 5 } ostBLogbookDateTime OBJECT-TYPE SYNTAX DateAndTime MAX-ACCESS read-only STATUS current DESCRIPTION "The time of the logbook entry." ::= { outputstageBLogbookEntry 6 } rfProbesTable OBJECT-TYPE SYNTAX SEQUENCE OF RfProbesEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "This table contains all commands for the RF probes." ::= { rsXx8000DvbTxObjs 5 } rfProbesEntry OBJECT-TYPE SYNTAX RfProbesEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "An entry for a designated transmitter and device." INDEX { rfProbesOstIdx } ::= { rfProbesTable 1 } RfProbesEntry ::= SEQUENCE { rfProbesNetCCURfProbe1 FloatingPoint, rfProbesNetCCURfProbe2 FloatingPoint, rfProbesAntFwdNominal FloatingPoint, rfProbesAntFwdWarningLimit FloatingPoint, rfProbesAntFwdFailLimit FloatingPoint, rfProbesAntFwdDelayTimeRfFail Integer32, rfProbesAntFwdSetOffset Trigger, rfProbesAntFwdSetGain Trigger, rfProbesAntReflWarningLimit FloatingPoint, rfProbesAntReflSetOffset Trigger, rfProbesAntReflSetGain Trigger, rfProbesDLFwdNominal FloatingPoint, rfProbesDLFwdWarningLimit FloatingPoint, rfProbesDLFwdFailLimit FloatingPoint, rfProbesDLFwdDelayTimeRfFail Integer32, rfProbesDLFwdSetOffset Trigger, rfProbesDLFwdSetGain Trigger, rfProbesDLReflWarningLimit FloatingPoint, rfProbesDLReflSetOffset Trigger, rfProbesDLReflSetGain Trigger, rfProbesOstIdx IndexAB, rfProbesOstFwdNominal FloatingPoint, rfProbesOstFwdWarningLimit FloatingPoint, rfProbesOstFwdFailLimit FloatingPoint, rfProbesOstFwdDelayTimeRfFail Integer32, rfProbesOstFwdSetOffset Trigger, rfProbesOstFwdSetGain Trigger, rfProbesOstReflWarningLimit FloatingPoint, rfProbesOstReflSetOffset Trigger, rfProbesOstReflSetGain Trigger } rfProbesNetCCURfProbe1 OBJECT-TYPE SYNTAX FloatingPoint UNITS "Volt" MAX-ACCESS read-only STATUS current DESCRIPTION "Current voltage on RF Probe 1." ::= { rfProbesEntry 1 } rfProbesNetCCURfProbe2 OBJECT-TYPE SYNTAX FloatingPoint UNITS "Volt" MAX-ACCESS read-only STATUS current DESCRIPTION "Current voltage on RF Probe 2." ::= { rfProbesEntry 2 } rfProbesAntFwdNominal OBJECT-TYPE SYNTAX FloatingPoint UNITS "Watt" MAX-ACCESS read-write STATUS current DESCRIPTION "This sets the nominal value [W] of the transmitter (to antenna)." ::= { rfProbesEntry 3 } rfProbesAntFwdWarningLimit OBJECT-TYPE SYNTAX FloatingPoint UNITS "dB" MAX-ACCESS read-write STATUS current DESCRIPTION "This sets the warning limit for the transmitters RF control (to antenna)." ::= { rfProbesEntry 4 } rfProbesAntFwdFailLimit OBJECT-TYPE SYNTAX FloatingPoint UNITS "dB" MAX-ACCESS read-write STATUS current DESCRIPTION "This sets the fault limit for the transmitters RF control (to antenna)." ::= { rfProbesEntry 5 } rfProbesAntFwdDelayTimeRfFail OBJECT-TYPE SYNTAX Integer32 (1..20) UNITS "seconds" MAX-ACCESS read-write STATUS current DESCRIPTION "This sets the delay time for the RF Fail control (to antenna)." ::= { rfProbesEntry 6 } rfProbesAntFwdSetOffset OBJECT-TYPE SYNTAX Trigger MAX-ACCESS read-write STATUS current DESCRIPTION "This triggers Set Offset." ::= { rfProbesEntry 7 } rfProbesAntFwdSetGain OBJECT-TYPE SYNTAX Trigger MAX-ACCESS read-write STATUS current DESCRIPTION "This triggers Set Gain." ::= { rfProbesEntry 8 } rfProbesAntReflWarningLimit OBJECT-TYPE SYNTAX FloatingPoint UNITS "dB" MAX-ACCESS read-write STATUS current DESCRIPTION "This sets the warning limit for the transmitters reflection control (to antenna)." ::= { rfProbesEntry 9 } rfProbesAntReflSetOffset OBJECT-TYPE SYNTAX Trigger MAX-ACCESS read-write STATUS current DESCRIPTION "This triggers Set Offset." ::= { rfProbesEntry 10 } rfProbesAntReflSetGain OBJECT-TYPE SYNTAX Trigger MAX-ACCESS read-write STATUS current DESCRIPTION "This triggers Set Gain." ::= { rfProbesEntry 11 } rfProbesDLFwdNominal OBJECT-TYPE SYNTAX FloatingPoint UNITS "Watt" MAX-ACCESS read-write STATUS current DESCRIPTION "This sets the nominal value [W] of the transmitter (to dummyload)." ::= { rfProbesEntry 12 } rfProbesDLFwdWarningLimit OBJECT-TYPE SYNTAX FloatingPoint UNITS "dB" MAX-ACCESS read-write STATUS current DESCRIPTION "This sets the warning limit for the transmitters RF control (to dummyload)." ::= { rfProbesEntry 13 } rfProbesDLFwdFailLimit OBJECT-TYPE SYNTAX FloatingPoint UNITS "dB" MAX-ACCESS read-write STATUS current DESCRIPTION "This sets the fault limit for the transmitters RF control (to dummyload)." ::= { rfProbesEntry 14 } rfProbesDLFwdDelayTimeRfFail OBJECT-TYPE SYNTAX Integer32 (1..20) UNITS "seconds" MAX-ACCESS read-write STATUS current DESCRIPTION "This sets the delay time for the RF Fail control (to dummyload)." ::= { rfProbesEntry 15 } rfProbesDLFwdSetOffset OBJECT-TYPE SYNTAX Trigger MAX-ACCESS read-write STATUS current DESCRIPTION "This triggers Set Offset." ::= { rfProbesEntry 16 } rfProbesDLFwdSetGain OBJECT-TYPE SYNTAX Trigger MAX-ACCESS read-write STATUS current DESCRIPTION "This triggers Set Gain." ::= { rfProbesEntry 17 } rfProbesDLReflWarningLimit OBJECT-TYPE SYNTAX FloatingPoint UNITS "dB" MAX-ACCESS read-write STATUS current DESCRIPTION "This sets the warning limit for the transmitters reflection control (to dummyload)." ::= { rfProbesEntry 18 } rfProbesDLReflSetOffset OBJECT-TYPE SYNTAX Trigger MAX-ACCESS read-write STATUS current DESCRIPTION "This triggers Set Offset." ::= { rfProbesEntry 19 } rfProbesDLReflSetGain OBJECT-TYPE SYNTAX Trigger MAX-ACCESS read-write STATUS current DESCRIPTION "This triggers Set Gain." ::= { rfProbesEntry 20 } rfProbesOstIdx OBJECT-TYPE SYNTAX IndexAB MAX-ACCESS not-accessible STATUS current DESCRIPTION "The dedicated outputstage (A/B)." ::= { rfProbesEntry 21 } rfProbesOstFwdNominal OBJECT-TYPE SYNTAX FloatingPoint UNITS "Watt" MAX-ACCESS read-write STATUS current DESCRIPTION "This sets the nominal value [W] of the outputstage." ::= { rfProbesEntry 22 } rfProbesOstFwdWarningLimit OBJECT-TYPE SYNTAX FloatingPoint UNITS "dB" MAX-ACCESS read-write STATUS current DESCRIPTION "This sets the warning limit for the outputstage RF control." ::= { rfProbesEntry 23 } rfProbesOstFwdFailLimit OBJECT-TYPE SYNTAX FloatingPoint UNITS "dB" MAX-ACCESS read-write STATUS current DESCRIPTION "This sets the fault limit for the outputstage RF control." ::= { rfProbesEntry 24 } rfProbesOstFwdDelayTimeRfFail OBJECT-TYPE SYNTAX Integer32 (1..20) UNITS "seconds" MAX-ACCESS read-write STATUS current DESCRIPTION "This sets the delay time for the outputstage RF Fail control." ::= { rfProbesEntry 25 } rfProbesOstFwdSetOffset OBJECT-TYPE SYNTAX Trigger MAX-ACCESS read-write STATUS current DESCRIPTION "This triggers Set Offset." ::= { rfProbesEntry 26 } rfProbesOstFwdSetGain OBJECT-TYPE SYNTAX Trigger MAX-ACCESS read-write STATUS current DESCRIPTION "This triggers Set Gain." ::= { rfProbesEntry 27 } rfProbesOstReflWarningLimit OBJECT-TYPE SYNTAX FloatingPoint UNITS "dB" MAX-ACCESS read-write STATUS current DESCRIPTION "This sets the warning limit for the outputstage reflection control." ::= { rfProbesEntry 28 } rfProbesOstReflSetOffset OBJECT-TYPE SYNTAX Trigger MAX-ACCESS read-write STATUS current DESCRIPTION "This triggers Set Offset." ::= { rfProbesEntry 29 } rfProbesOstReflSetGain OBJECT-TYPE SYNTAX Trigger MAX-ACCESS read-write STATUS current DESCRIPTION "This triggers Set Gain." ::= { rfProbesEntry 30 } rackTable OBJECT-TYPE SYNTAX SEQUENCE OF RackEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "This table contains important commands for the racks." ::= { rsXx8000DvbTxObjs 6 } rackEntry OBJECT-TYPE SYNTAX RackEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "An entry for a designated rack or rack's rf probe." INDEX { ostDeviceIdx, rackIdx, rackRfProbeIdx } ::= { rackTable 1 } RackEntry ::= SEQUENCE { ostDeviceIdx IndexAB, rackIdx IndexRack, rackRfProbeIdx INTEGER, amplifiersPerRack Integer32, rackRfEventSignalling TruthValue, rackReferenceVoltage FloatingPoint, amplifiersPowerSupply FloatingPoint, rackGeneralPurposeInput INTEGER, rackOnOff SwitchOnOff, rfProbePresent TruthValue, rfProbeConfigurationLabel ReadableString, rfProbeConfigurationNominalValue Integer32, rfProbeThresholdRfFailLimit FloatingPoint, rfProbeThresholdTimeoutRfFailCtr Integer32, rfProbeThresholdWarningLimit FloatingPoint, rfProbeCalibrationGain FloatingPoint, rfProbeCalibrationOffset FloatingPoint, rfProbeCalibrationSetGain Trigger, rfProbeCalibrationSetOffset Trigger, rfProbeMeasuredValue FloatingPoint } ostDeviceIdx OBJECT-TYPE SYNTAX IndexAB MAX-ACCESS not-accessible STATUS current DESCRIPTION "The index to address outputstageA and outputstageB." ::= { rackEntry 2 } rackIdx OBJECT-TYPE SYNTAX IndexRack MAX-ACCESS not-accessible STATUS current DESCRIPTION "The index to address the racks." ::= { rackEntry 3 } rackRfProbeIdx OBJECT-TYPE SYNTAX INTEGER { forward(1), reflected(2) } MAX-ACCESS not-accessible STATUS current DESCRIPTION "The index to address forward and reflected RF probes. For not RF probe parameters this index is always 1." ::= { rackEntry 4 } amplifiersPerRack OBJECT-TYPE SYNTAX Integer32 (1..10) MAX-ACCESS read-only STATUS current DESCRIPTION "The number of amplifiers of a rack." ::= { rackEntry 6 } rackRfEventSignalling OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-write STATUS current DESCRIPTION "This configures whether to signal rf events or not." ::= { rackEntry 7 } rackReferenceVoltage OBJECT-TYPE SYNTAX FloatingPoint UNITS "percent" MAX-ACCESS read-write STATUS current DESCRIPTION "This parameter controls the reference voltage (31.0 ... 100.0)." ::= { rackEntry 8 } amplifiersPowerSupply OBJECT-TYPE SYNTAX FloatingPoint UNITS "percent" MAX-ACCESS read-write STATUS current DESCRIPTION "This parameter controls the power supplies of the amplifier within the rack (31.0 ... 100.0)." ::= { rackEntry 9 } rackGeneralPurposeInput OBJECT-TYPE SYNTAX INTEGER { unused(1), doorOpen(2), extCoolingWarning(3), extCoolingFault(4) } MAX-ACCESS read-write STATUS current DESCRIPTION "Setting of the general purpose input behaviour." ::= { rackEntry 10 } rackOnOff OBJECT-TYPE SYNTAX SwitchOnOff MAX-ACCESS read-write STATUS current DESCRIPTION "This switches the rack on/off." ::= { rackEntry 20 } rfProbePresent OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-only STATUS current DESCRIPTION "If the RF probe of this rack is present." ::= { rackEntry 50 } rfProbeConfigurationLabel OBJECT-TYPE SYNTAX ReadableString (SIZE (0..12)) MAX-ACCESS read-write STATUS obsolete DESCRIPTION "Name for the measured signal on RF Probe." ::= { rackEntry 51 } rfProbeConfigurationNominalValue OBJECT-TYPE SYNTAX Integer32 (0..100000) UNITS "W" MAX-ACCESS read-write STATUS current DESCRIPTION "The nominal value of the measured signal." ::= { rackEntry 52 } rfProbeThresholdRfFailLimit OBJECT-TYPE SYNTAX FloatingPoint UNITS "dB" MAX-ACCESS read-write STATUS current DESCRIPTION "Fault limit for the RF control (-20.0 ... 0.0)." ::= { rackEntry 55 } rfProbeThresholdTimeoutRfFailCtr OBJECT-TYPE SYNTAX Integer32 (1..20) UNITS "s" MAX-ACCESS read-write STATUS current DESCRIPTION "Timeout for RF Fail Control." ::= { rackEntry 56 } rfProbeThresholdWarningLimit OBJECT-TYPE SYNTAX FloatingPoint UNITS "dB" MAX-ACCESS read-write STATUS current DESCRIPTION "Warning limit for the RF control (-20.0 ... 0.0). For reflected probes: Warning limit for the reflection control. This limit is added to the fault limit to generate the real warning limit; e.g. the fault limit is -17.0dB and the warning limit is -3.0dB, so the warning is active on a reflected power higher than -20.0 dB." ::= { rackEntry 57 } rfProbeCalibrationGain OBJECT-TYPE SYNTAX FloatingPoint UNITS "V" MAX-ACCESS read-only STATUS current DESCRIPTION "Measured value of gain calibration." ::= { rackEntry 60 } rfProbeCalibrationOffset OBJECT-TYPE SYNTAX FloatingPoint UNITS "V" MAX-ACCESS read-only STATUS current DESCRIPTION "Measured value of offset calibration." ::= { rackEntry 61 } rfProbeCalibrationSetGain OBJECT-TYPE SYNTAX Trigger MAX-ACCESS read-write STATUS current DESCRIPTION "Sets the gain calibration." ::= { rackEntry 62 } rfProbeCalibrationSetOffset OBJECT-TYPE SYNTAX Trigger MAX-ACCESS read-write STATUS current DESCRIPTION "Sets the offset calibration." ::= { rackEntry 63 } rfProbeMeasuredValue OBJECT-TYPE SYNTAX FloatingPoint UNITS "W" MAX-ACCESS read-only STATUS current DESCRIPTION "Measured forward/reflected power of antenna signal." ::= { rackEntry 65 } sx801AmplifierTable OBJECT-TYPE SYNTAX SEQUENCE OF Sx801AmplifierEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "Amplifier status values for SX801 amplifiers." ::= { rsXx8000DvbTxObjs 7 } sx801AmplifierEntry OBJECT-TYPE SYNTAX Sx801AmplifierEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "A row (an entry) for one amplifier." INDEX { sx801AmpIdx } ::= { sx801AmplifierTable 1 } Sx801AmplifierEntry ::= SEQUENCE { sx801AmpIdx IndexAmplifier, sx801AmpRfOut Sx801AmplifierState, sx801AmpRfIn Sx801AmplifierState, sx801AmpReflection INTEGER, sx801AmpOn INTEGER, sx801AmpAC Sx801AmplifierState, sx801AmpCommunication INTEGER, sx801AmpTransistor Sx801AmplifierState, sx801AmpDriver Sx801AmplifierState, sx801AmpTemperature Sx801AmplifierState, sx801AmpBlower Sx801AmplifierState, sx801AmpRegulation Sx801AmplifierState, sx801AmpUpdate TruthValue, sx801Supply1Temperature Sx801AmplifierState, sx801Supply2Temperature Sx801AmplifierState, sx801SupplyRTemperature Sx801AmplifierState, sx801Supply1DC Sx801AmplifierState, sx801Supply2DC Sx801AmplifierState, sx801SupplyRDC Sx801AmplifierState, sx801AmpValueI1 FloatingPoint, sx801AmpValueI2 FloatingPoint, sx801AmpValueI3 FloatingPoint, sx801AmpValueI4 FloatingPoint, sx801AmpValueIPre FloatingPoint, sx801AmpValueIDrv1 FloatingPoint, sx801AmpValueIDrv2 FloatingPoint, sx801AmpValuePowerOut FloatingPoint, sx801AmpValueReflection FloatingPoint, sx801AmpValueVRef FloatingPoint, sx801AmpValueVReg FloatingPoint, sx801AmpValueTemperature FloatingPoint, sx801AmpValueMonAtt FloatingPoint, sx801AmpValueVAux1 FloatingPoint, sx801AmpValueVAux2 FloatingPoint, sx801Supply1ValuePwr FloatingPoint, sx801Supply2ValuePwr FloatingPoint, sx801Supply1ValueDc FloatingPoint, sx801Supply2ValueDc FloatingPoint } sx801AmpIdx OBJECT-TYPE SYNTAX IndexAmplifier MAX-ACCESS not-accessible STATUS current DESCRIPTION "The amplifier index." ::= { sx801AmplifierEntry 1 } sx801AmpRfOut OBJECT-TYPE SYNTAX Sx801AmplifierState MAX-ACCESS read-only STATUS current DESCRIPTION "Shows if the amplifier generates an RF or not. off(1): The amplifier output is switched off e.g. because the amplifier gets no input signal or the transmitter has been switched off warning(2): There is an RF but its level is less than the RF warning limit. ok(3): The RF level is greater than the RF warning limit." ::= { sx801AmplifierEntry 2 } sx801AmpRfIn OBJECT-TYPE SYNTAX Sx801AmplifierState MAX-ACCESS read-only STATUS current DESCRIPTION "Displays the state of the amplifier input. off(1): no input signal detected warning(2): the level of the input signal is too low or too high. ok(3): input signal is OK." ::= { sx801AmplifierEntry 3 } sx801AmpReflection OBJECT-TYPE SYNTAX INTEGER { off(1), warning(2), unknown(3), fault(4) } MAX-ACCESS read-only STATUS current DESCRIPTION " A reflection on RF output of this Amplifier module has been detected. This leads to a reduction of output power of the amplifier. " ::= { sx801AmplifierEntry 4 } sx801AmpOn OBJECT-TYPE SYNTAX INTEGER { off(1), on(3), unknown(4) } MAX-ACCESS read-only STATUS current DESCRIPTION "Shows if the amplifier has been switched on by the control unit." ::= { sx801AmplifierEntry 5 } sx801AmpAC OBJECT-TYPE SYNTAX Sx801AmplifierState MAX-ACCESS read-only STATUS current DESCRIPTION "Shows the state of primary voltage of the power supply." ::= { sx801AmplifierEntry 6 } sx801AmpCommunication OBJECT-TYPE SYNTAX INTEGER { off(1), unknown(2), ok(3), fault(4) } MAX-ACCESS read-only STATUS current DESCRIPTION "Displays if the CAN communication between amplifier and Sx801 is working or not." ::= { sx801AmplifierEntry 7 } sx801AmpTransistor OBJECT-TYPE SYNTAX Sx801AmplifierState MAX-ACCESS read-only STATUS current DESCRIPTION "A transistor fail is displayed here. For further information please see the amplifiers service menue." ::= { sx801AmplifierEntry 8 } sx801AmpDriver OBJECT-TYPE SYNTAX Sx801AmplifierState MAX-ACCESS read-only STATUS current DESCRIPTION "Shows a failure if one of the internal driver transistors does not work properly. For further information please see the amplifiers service menue." ::= { sx801AmplifierEntry 9 } sx801AmpTemperature OBJECT-TYPE SYNTAX Sx801AmplifierState MAX-ACCESS read-only STATUS current DESCRIPTION "Shows a fault if the temperature of amplifier module is too high." ::= { sx801AmplifierEntry 10 } sx801AmpBlower OBJECT-TYPE SYNTAX Sx801AmplifierState MAX-ACCESS read-only STATUS current DESCRIPTION "Displays the state of the internal blowers." ::= { sx801AmplifierEntry 11 } sx801AmpRegulation OBJECT-TYPE SYNTAX Sx801AmplifierState MAX-ACCESS read-only STATUS current DESCRIPTION "Shows a fault if the amplifier is not able to control its output power." ::= { sx801AmplifierEntry 12 } sx801AmpUpdate OBJECT-TYPE SYNTAX TruthValue MAX-ACCESS read-only STATUS current DESCRIPTION "Firmware update is in progress. This will be started automatically during a software update procedure of the transmitter." ::= { sx801AmplifierEntry 13 } sx801Supply1Temperature OBJECT-TYPE SYNTAX Sx801AmplifierState MAX-ACCESS read-only STATUS current DESCRIPTION "Shows a fault if the temperature of power supply one is too high." ::= { sx801AmplifierEntry 14 } sx801Supply2Temperature OBJECT-TYPE SYNTAX Sx801AmplifierState MAX-ACCESS read-only STATUS current DESCRIPTION "Shows a fault if the temperature of power supply two is too high." ::= { sx801AmplifierEntry 15 } sx801SupplyRTemperature OBJECT-TYPE SYNTAX Sx801AmplifierState MAX-ACCESS read-only STATUS current DESCRIPTION "Shows a fault if the temperature of the reserve power supply is too high." ::= { sx801AmplifierEntry 16 } sx801Supply1DC OBJECT-TYPE SYNTAX Sx801AmplifierState MAX-ACCESS read-only STATUS current DESCRIPTION "Shows a fault if the output voltage of power supply one is not ok." ::= { sx801AmplifierEntry 17 } sx801Supply2DC OBJECT-TYPE SYNTAX Sx801AmplifierState MAX-ACCESS read-only STATUS current DESCRIPTION "Shows a fault if the output voltage of power supply two is not ok." ::= { sx801AmplifierEntry 18 } sx801SupplyRDC OBJECT-TYPE SYNTAX Sx801AmplifierState MAX-ACCESS read-only STATUS current DESCRIPTION "Shows a fault if the output voltage of the reserve power supply is not ok." ::= { sx801AmplifierEntry 19 } sx801AmpValueI1 OBJECT-TYPE SYNTAX FloatingPoint UNITS "Ampere" MAX-ACCESS read-only STATUS current DESCRIPTION "The internal current from transistor pair 1." ::= { sx801AmplifierEntry 50 } sx801AmpValueI2 OBJECT-TYPE SYNTAX FloatingPoint UNITS "Ampere" MAX-ACCESS read-only STATUS current DESCRIPTION "The internal current from transistor pair 2." ::= { sx801AmplifierEntry 51 } sx801AmpValueI3 OBJECT-TYPE SYNTAX FloatingPoint UNITS "Ampere" MAX-ACCESS read-only STATUS current DESCRIPTION "The internal current from transistor pair 3." ::= { sx801AmplifierEntry 52 } sx801AmpValueI4 OBJECT-TYPE SYNTAX FloatingPoint UNITS "Ampere" MAX-ACCESS read-only STATUS current DESCRIPTION "The internal current from transistor pair 4." ::= { sx801AmplifierEntry 53 } sx801AmpValueIPre OBJECT-TYPE SYNTAX FloatingPoint UNITS "Ampere" MAX-ACCESS read-only STATUS current DESCRIPTION "The internal current from preamplifier." ::= { sx801AmplifierEntry 54 } sx801AmpValueIDrv1 OBJECT-TYPE SYNTAX FloatingPoint UNITS "Ampere" MAX-ACCESS read-only STATUS current DESCRIPTION "The internal current from driver transistor pair 1." ::= { sx801AmplifierEntry 55 } sx801AmpValueIDrv2 OBJECT-TYPE SYNTAX FloatingPoint UNITS "Ampere" MAX-ACCESS read-only STATUS current DESCRIPTION "The internal current from driver transistor pair 2." ::= { sx801AmplifierEntry 56 } sx801AmpValuePowerOut OBJECT-TYPE SYNTAX FloatingPoint UNITS "Watt" MAX-ACCESS read-only STATUS current DESCRIPTION "The base value in Volt to calculate the output power of this amplifier module." ::= { sx801AmplifierEntry 57 } sx801AmpValueReflection OBJECT-TYPE SYNTAX FloatingPoint UNITS "Watt" MAX-ACCESS read-only STATUS current DESCRIPTION "The base value in Volt for detection of reflections." ::= { sx801AmplifierEntry 58 } sx801AmpValueVRef OBJECT-TYPE SYNTAX FloatingPoint UNITS "Volt" MAX-ACCESS read-only STATUS current DESCRIPTION "The internal reference voltage to set the output power." ::= { sx801AmplifierEntry 59 } sx801AmpValueVReg OBJECT-TYPE SYNTAX FloatingPoint UNITS "Volt" MAX-ACCESS read-only STATUS current DESCRIPTION "The internal value for output power regulation." ::= { sx801AmplifierEntry 60 } sx801AmpValueTemperature OBJECT-TYPE SYNTAX FloatingPoint UNITS "degree Celsius" MAX-ACCESS read-only STATUS current DESCRIPTION "The internal temperature of Amplifier. In case of L-band amplifier, the shown temperature is valid only, if the amplifier is switched on." ::= { sx801AmplifierEntry 61 } sx801AmpValueMonAtt OBJECT-TYPE SYNTAX FloatingPoint UNITS "dB" MAX-ACCESS read-only STATUS current DESCRIPTION "The attenuation of monitoring output on the front of the amplifier module (Amp RF Mon)." ::= { sx801AmplifierEntry 62 } sx801AmpValueVAux1 OBJECT-TYPE SYNTAX FloatingPoint UNITS "Volt" MAX-ACCESS read-only STATUS current DESCRIPTION "The voltage power detector 1." ::= { sx801AmplifierEntry 63 } sx801AmpValueVAux2 OBJECT-TYPE SYNTAX FloatingPoint UNITS "Volt" MAX-ACCESS read-only STATUS current DESCRIPTION "The voltage power detector 2." ::= { sx801AmplifierEntry 64 } sx801Supply1ValuePwr OBJECT-TYPE SYNTAX FloatingPoint UNITS "Volt" MAX-ACCESS read-only STATUS current DESCRIPTION "The power supply one control voltage." ::= { sx801AmplifierEntry 65 } sx801Supply2ValuePwr OBJECT-TYPE SYNTAX FloatingPoint UNITS "Volt" MAX-ACCESS read-only STATUS current DESCRIPTION "The power supply two control voltage." ::= { sx801AmplifierEntry 66 } sx801Supply1ValueDc OBJECT-TYPE SYNTAX FloatingPoint UNITS "Volt" MAX-ACCESS read-only STATUS current DESCRIPTION "The internal supply voltage of transistor path two. In systems with two power supplies this value is equal to the output voltage of supply one." ::= { sx801AmplifierEntry 67 } sx801Supply2ValueDc OBJECT-TYPE SYNTAX FloatingPoint UNITS "Volt" MAX-ACCESS read-only STATUS current DESCRIPTION "The internal supply voltage of transistor path two. In systems with two power supplies this value is equal to the output voltage of supply two." ::= { sx801AmplifierEntry 68 } -- ***************************************************************************** -- ** event definitions -- ***************************************************************************** rsXx8000DvbTxEvents OBJECT IDENTIFIER ::= { rsXx8000DvbTx 3 } -- ***************************************************************************** -- ** events transmitter -- ***************************************************************************** eventTx OBJECT IDENTIFIER ::= { rsXx8000DvbTxEvents 2 } eventsTxV2 OBJECT-IDENTITY STATUS current DESCRIPTION "Compatibility to SMIv1." ::= { eventTx 0 } txSummaryFault NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent } STATUS current DESCRIPTION "Transmitter Summary Fault" ::= { eventsTxV2 1 } txSummaryWarning NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent } STATUS current DESCRIPTION "Transmitter Summary Warning" ::= { eventsTxV2 2 } txLocal NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent } STATUS current DESCRIPTION "Transmitter Local/Remote" ::= { eventsTxV2 3 } txRfOn NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent } STATUS current DESCRIPTION "Transmitter RF On/Off" ::= { eventsTxV2 4 } txRfOk NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent } STATUS current DESCRIPTION "Transmitter RF Ok / Not OK" ::= { eventsTxV2 5 } txParamSetSubDeviceDiffers NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent } STATUS obsolete DESCRIPTION "Parameterset of subdevice is different. The currently loaded parameterset is inconsistent because a subdevice (e.g. an exciter) has a different configuration than expected. To correct this, save settings to the current or save a complete new." ::= { eventsTxV2 6 } txParamSetValuesChanged NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent } STATUS current DESCRIPTION "Value Of Current Parameterset Changed. The currently loaded parameterset is inconsistent because there were changes happening since the load/save of it. To correct this, save settings to the current or save a complete new." ::= { eventsTxV2 7 } txRfLoopProgram NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent } STATUS current DESCRIPTION "NetCCU Loop Program" ::= { eventsTxV2 8 } txRfLoopReserve NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent } STATUS current DESCRIPTION "NetCCU Loop Reserve" ::= { eventsTxV2 9 } txRfWarning NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent } STATUS current DESCRIPTION "NetCCU RF Warning" ::= { eventsTxV2 10 } txReflectionWarning NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent } STATUS current DESCRIPTION "NetCCU Reflection Warning" ::= { eventsTxV2 11 } txNetCCUFanFault NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent } STATUS current DESCRIPTION "NetCCU Fan Fault. This is valid, if Fan Control is switched on (see menu NetCCU Setup - Common)." ::= { eventsTxV2 12 } txNetCCUPowerSupply NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent } STATUS current DESCRIPTION "NetCCU Power Supply" ::= { eventsTxV2 13 } txRfFail NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent } STATUS current DESCRIPTION "NetCCU RF Fail" ::= { eventsTxV2 14 } txReflectionFault NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent } STATUS current DESCRIPTION "NetCCU Reflection Fault" ::= { eventsTxV2 15 } txNetCCUBoardTemperatureFault NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent } STATUS deprecated DESCRIPTION "NetCCU Board Temperature Fault deprecated: this information is now handled as a warning (txNetCCUBoardTemperatureWarning)" ::= { eventsTxV2 16 } txNetCCUNoConnectionToExcA NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent } STATUS current DESCRIPTION "NetCCU Connection To ExciterA Faulty" ::= { eventsTxV2 17 } txNetCCUNoConnectionToOstA NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent } STATUS current DESCRIPTION "NetCCU Connection To OutputstageA Faulty" ::= { eventsTxV2 18 } txNetCCUNoConnectionToExcB NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent } STATUS current DESCRIPTION "NetCCU Connection To ExciterB Faulty" ::= { eventsTxV2 19 } txNetCCUNoConnectionToOstB NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent } STATUS current DESCRIPTION "NetCCU Connection To OutputstageB Faulty" ::= { eventsTxV2 20 } txAutomaticExcReady NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent } STATUS current DESCRIPTION "Exciter Automatic Ready." ::= { eventsTxV2 21 } txAutomaticExcChanged NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent } STATUS current DESCRIPTION "Exciter Automatic Changed." ::= { eventsTxV2 22 } txAutomaticExcFault NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent } STATUS current DESCRIPTION "Exciter Automatic Fault." ::= { eventsTxV2 23 } txAutomaticOstReady NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent } STATUS current DESCRIPTION "Outputstage Automatic Ready. This paramter is only available for systems with an automatic output switch." ::= { eventsTxV2 24 } txAutomaticOstChanged NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent } STATUS current DESCRIPTION "Outputstage Automatic Changed. This paramter is only available for systems with an automatic output switch." ::= { eventsTxV2 25 } txAutomaticOstFault NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent } STATUS current DESCRIPTION "Outputstage Automatic Fault. This paramter is only available for systems with an automatic output switch." ::= { eventsTxV2 26 } txNetCCUBoardTemperatureWarning NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent } STATUS current DESCRIPTION "NetCCU Board Temperature Warning" ::= { eventsTxV2 27 } txInternalPowerSupplyWarning NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent } STATUS current DESCRIPTION "NetCCU internal Power Supply warning" ::= { eventsTxV2 30 } txExternalPowerSupplyWarning NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent } STATUS current DESCRIPTION "NetCCU external (additional) Power Supply warning" ::= { eventsTxV2 31 } txModeSwitchOverStarted NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent } STATUS current DESCRIPTION "Switch over of TX mode started." ::= { eventsTxV2 35 } txModeSwitchOverEnded NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent } STATUS current DESCRIPTION "Switch over of TX mode ended." ::= { eventsTxV2 36 } txModeInconsistent NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent } STATUS current DESCRIPTION "An inconsistency in configuration of TX mode was detected. The CCU and exiter configurations are incompatible." ::= { eventsTxV2 37 } txModeSwitchOverFailed NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent } STATUS current DESCRIPTION "Switch over of TX mode failed. Please check whether the configurations of CCU and exciter are correct." ::= { eventsTxV2 38 } txExcSummaryFault NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent, indexAB } STATUS current DESCRIPTION "Exciter Summary Fault" ::= { eventsTxV2 100 } txExcSummaryWarning NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent, indexAB } STATUS current DESCRIPTION "Exciter Summary Warning" ::= { eventsTxV2 101 } txExcLocal NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent, indexAB } STATUS current DESCRIPTION "Exciter Local/Remote" ::= { eventsTxV2 102 } txExcRfOk NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent, indexAB } STATUS current DESCRIPTION "Exciter RF Ok" ::= { eventsTxV2 104 } txExcInputNoConnectHP1 NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent, indexAB } STATUS current DESCRIPTION "Exciter Input HP1 has no connected input signal" ::= { eventsTxV2 105 } txExcInputNoConnectLP1 NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent, indexAB } STATUS current DESCRIPTION "Exciter Input LP1 has no connected input signal" ::= { eventsTxV2 106 } txExcInputNoConnectHP2 NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent, indexAB } STATUS current DESCRIPTION "Exciter Input HP2 has no connected input signal" ::= { eventsTxV2 107 } txExcInputNoConnectLP2 NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent, indexAB } STATUS current DESCRIPTION "Exciter Input LP2 has no connected input signal" ::= { eventsTxV2 108 } txExcInputActiveHP1 NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent, indexAB } STATUS current DESCRIPTION "Exciter Input HP1 is active" ::= { eventsTxV2 109 } txExcInputActiveLP1 NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent, indexAB } STATUS current DESCRIPTION "Exciter Input LP1 is active" ::= { eventsTxV2 110 } txExcInputActiveHP2 NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent, indexAB } STATUS current DESCRIPTION "Exciter Input HP2 is active" ::= { eventsTxV2 111 } txExcInputActiveLP2 NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent, indexAB } STATUS current DESCRIPTION "Exciter Input LP2 is active" ::= { eventsTxV2 112 } txExcOn NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent, indexAB } STATUS current DESCRIPTION "Exciter On" ::= { eventsTxV2 113 } txExcRfOn NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent, indexAB } STATUS current DESCRIPTION "Exciter RF On" ::= { eventsTxV2 114 } txExcNoInput NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent, indexAB } STATUS current DESCRIPTION "Exciter has no valid input signal." ::= { eventsTxV2 115 } txExcRfLoop NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent, indexAB } STATUS current DESCRIPTION "Exciter RF loop" ::= { eventsTxV2 116 } txExcRfFail NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent, indexAB } STATUS current DESCRIPTION "Exciter RF Fail" ::= { eventsTxV2 117 } txExcSelfTest NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent, indexAB } STATUS current DESCRIPTION "Exciter hardware self test" ::= { eventsTxV2 118 } txExcOutputOpen NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent, indexAB } STATUS current DESCRIPTION "Exciter output open" ::= { eventsTxV2 119 } txExcBoardTemperatureWarning NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent, indexAB } STATUS current DESCRIPTION "Exciter Board Temperature" ::= { eventsTxV2 120 } txExcFanWarning NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent, indexAB } STATUS current DESCRIPTION "Exciter has one faulty fan" ::= { eventsTxV2 121 } txExcFanFault NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent, indexAB } STATUS current DESCRIPTION "Both exciter fans are faulty." ::= { eventsTxV2 122 } txExcFifoWarning NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent, indexAB } STATUS current DESCRIPTION "Exciter Fifo" ::= { eventsTxV2 123 } txExcTestSignal NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent, indexAB } STATUS current DESCRIPTION "Exciter Testsignal Active" ::= { eventsTxV2 124 } txExcSFNDelay NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent, indexAB } STATUS current DESCRIPTION "Exciter SFN Delay Fault" ::= { eventsTxV2 125 } txExcWrongDatarate NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent, indexAB } STATUS current DESCRIPTION "Exciter Wrong Datarate" ::= { eventsTxV2 126 } txExcMute NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent, indexAB } STATUS current DESCRIPTION "Exciter Mute" ::= { eventsTxV2 127 } txExcPPSFail NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent, indexAB } STATUS current DESCRIPTION "Exciter PPS Fail" ::= { eventsTxV2 128 } txExcReferenceFail NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent, indexAB } STATUS current DESCRIPTION "Exciter Reference Fail" ::= { eventsTxV2 129 } txExcMIPFail NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent, indexAB } STATUS current DESCRIPTION "Exciter MIP Fail" ::= { eventsTxV2 130 } txExcInputAutomaticSwitchReady NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent, indexAB } STATUS current DESCRIPTION "Input automatic is ready." ::= { eventsTxV2 131 } txExcInputAutomaticChangedOver NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent, indexAB } STATUS current DESCRIPTION "Input automatic changed over." ::= { eventsTxV2 132 } txExcInputReseveMissing NOTIFICATION-TYPE STATUS current DESCRIPTION "Missing input, or automatic switching enabled with only one input present. Disable automatic switching or press reset fault to remove this warning. Monitoring of a second input will start automatically if two input signals have been detected. This event will be generated only if cmdExcExpectInputReserve is set to on(1)." ::= { eventsTxV2 133 } txOstSummaryFault NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent, indexAB } STATUS current DESCRIPTION "Outputstage Summary Fault" ::= { eventsTxV2 200 } txOstSummaryWarning NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent, indexAB } STATUS current DESCRIPTION "Outputstage Summary Warning" ::= { eventsTxV2 201 } txOstRfOn NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent, indexAB } STATUS current DESCRIPTION "Outputstage RF On" ::= { eventsTxV2 202 } txOstRfOk NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent, indexAB } STATUS current DESCRIPTION "Outputstage RF Ok" ::= { eventsTxV2 203 } txOstNoInput NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent, indexAB } STATUS current DESCRIPTION "Outputstage no input signal" ::= { eventsTxV2 204 } txOstRfWarning NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent, indexAB } STATUS current DESCRIPTION "Outputstage RF Warning" ::= { eventsTxV2 205 } txOstReflectionWarning NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent, indexAB } STATUS current DESCRIPTION "Outputstage Reflection Warning" ::= { eventsTxV2 206 } txOstRackWarning NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent, indexAB } STATUS current DESCRIPTION "Outputstage Rack Warning. At least one rack has an error pending." ::= { eventsTxV2 207 } txOstCoolingWarning NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent, indexAB } STATUS current DESCRIPTION "Outputstage Cooling Warning" ::= { eventsTxV2 208 } txOstRfFail NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent, indexAB } STATUS current DESCRIPTION "Outputstage RF Fail" ::= { eventsTxV2 209 } txOstReflectionFault NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent, indexAB } STATUS current DESCRIPTION "Outputstage Reflection Fault" ::= { eventsTxV2 210 } txOstACFault NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent, indexAB } STATUS current DESCRIPTION "Outputstage AC Fault" ::= { eventsTxV2 211 } txOstCoolingFault NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent, indexAB } STATUS current DESCRIPTION "Outputstage Cooling Fault" ::= { eventsTxV2 212 } txOstCommFault NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent, indexAB } STATUS current DESCRIPTION "Outputstage Communication Fault" ::= { eventsTxV2 213 } txRackSumFault NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent, indexAB, indexRack } STATUS current DESCRIPTION "Summary Fault at a designated rack. This event automatically leads to txOstRackWarning." ::= { eventsTxV2 300 } txRackSumWarning NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent, indexAB, indexRack } STATUS current DESCRIPTION "Summary Warning at a designated rack." ::= { eventsTxV2 301 } txRackOn NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent, indexAB, indexRack } STATUS current DESCRIPTION "The designated racks operation mode is on." ::= { eventsTxV2 302 } txRackGpiWarning NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent, indexAB, indexRack } STATUS current DESCRIPTION "A warning on the general purpose input occurred. This depends on the current configuration of the GPI. (See:Rack Setup/Rack Controller)" ::= { eventsTxV2 303 } txRackFan1Fault NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent, indexAB, indexRack } STATUS current DESCRIPTION "The designated rack signals a fault of fan 1." ::= { eventsTxV2 304 } txRackFan2Fault NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent, indexAB, indexRack } STATUS current DESCRIPTION "The designated rack signals a fault of fan 2." ::= { eventsTxV2 305 } txRackCoolingSumWarning NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent, indexAB, indexRack } STATUS current DESCRIPTION "The designated rack signals a summary cooling warning." ::= { eventsTxV2 306 } txRackAmplifierSumFault NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent, indexAB, indexRack } STATUS current DESCRIPTION "The designated rack signals at least one faulty amplifier." ::= { eventsTxV2 307 } txRackNoLink NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent, indexAB, indexRack } STATUS current DESCRIPTION "No communication to the designated rack." ::= { eventsTxV2 308 } txRackGpiFault NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent, indexAB, indexRack } STATUS current DESCRIPTION "A fault on the general purpose input occurred. This depends on the current configuration of the GPI. (See:Rack Setup/Rack Controller)" ::= { eventsTxV2 309 } txRackTemperatureFault NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent, indexAB, indexRack } STATUS current DESCRIPTION "The designated rack signals a temperature fault - temperature too high." ::= { eventsTxV2 310 } txRackACFault NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent, indexAB, indexRack } STATUS current DESCRIPTION "The designated rack signals an AC (phase) fault." ::= { eventsTxV2 311 } txRackCoolingSumFault NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent, indexAB, indexRack } STATUS current DESCRIPTION "The designated rack signals a summary cooling fault." ::= { eventsTxV2 312 } txRackTempFaultAbs1 NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent, indexAB, indexRack } STATUS current DESCRIPTION "The designated rack signals a temperature fault of absorber 1." ::= { eventsTxV2 313 } txRackTempFaultAbs2 NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent, indexAB, indexRack } STATUS current DESCRIPTION "The designated rack signals a temperature fault of absorber 2." ::= { eventsTxV2 314 } txRackDCFault NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent, indexAB, indexRack } STATUS current DESCRIPTION "The designated rack signals a DC fault." ::= { eventsTxV2 315 } txRackRfOn NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent, indexAB, indexRack } STATUS current DESCRIPTION "RF power is on." ::= { eventsTxV2 318 } txRackRfOk NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent, indexAB, indexRack } STATUS current DESCRIPTION "RF power is ok." ::= { eventsTxV2 319 } txRackRfWarning NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent, indexAB, indexRack } STATUS current DESCRIPTION "RF power decreased the warning threshold." ::= { eventsTxV2 320 } txRackRfFault NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent, indexAB, indexRack } STATUS current DESCRIPTION "RF output power decreased the fault threshold." ::= { eventsTxV2 321 } txRackReflectionWarning NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent, indexAB, indexRack } STATUS current DESCRIPTION "The reflected power increased the warning threshold" ::= { eventsTxV2 322 } txRackReflectionFault NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent, indexAB, indexRack } STATUS current DESCRIPTION "The reflected power increased the fault threshold." ::= { eventsTxV2 323 } txRackProbeNotCalibrated NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent, indexAB, indexRack } STATUS current DESCRIPTION "At least one probe is not calibrated." ::= { eventsTxV2 330 } txRackTemperatureWarning NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent, indexAB, indexRack } STATUS current DESCRIPTION "Rack temperature exceeded the warning threshold." ::= { eventsTxV2 331 } txRackOvervoltProtectWarning NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent, indexAB, indexRack } STATUS current DESCRIPTION "Overvoltage protection is out of order." ::= { eventsTxV2 335 } txAmpSumFault NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent, indexAB, indexRack, indexAmplifier } STATUS current DESCRIPTION "The designated amplifier signals summary fault." ::= { eventsTxV2 400 } txAmpSumWarning NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent, indexAB, indexRack, indexAmplifier } STATUS current DESCRIPTION "The designated amplifier signals summary warning." ::= { eventsTxV2 401 } txAmpPowerOn NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent, indexAB, indexRack, indexAmplifier } STATUS current DESCRIPTION "The designated amplifiers power is on." ::= { eventsTxV2 402 } txAmpDCOk NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent, indexAB, indexRack, indexAmplifier } STATUS current DESCRIPTION "The designated amplifiers DC is ok." ::= { eventsTxV2 403 } txAmpACOk NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent, indexAB, indexRack, indexAmplifier } STATUS current DESCRIPTION "The designated amplifiers AC is ok." ::= { eventsTxV2 404 } txAmpRfInFail NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent, indexAB, indexRack, indexAmplifier } STATUS current DESCRIPTION "The designated amplifier signals RF input fail." ::= { eventsTxV2 405 } txAmpRfFail NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent, indexAB, indexRack, indexAmplifier } STATUS current DESCRIPTION "The designated amplifier signals RF fail." ::= { eventsTxV2 406 } txAmpReflectionFault NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent, indexAB, indexRack, indexAmplifier } STATUS current DESCRIPTION "The designated amplifier signals a reflection fault." ::= { eventsTxV2 407 } txAmpTemperatureFault NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent, indexAB, indexRack, indexAmplifier } STATUS current DESCRIPTION "The designated amplifier signals a temperature fault - temperature is too high." ::= { eventsTxV2 408 } txAmpTransistorFault NOTIFICATION-TYPE OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent, indexAB, indexRack, indexAmplifier } STATUS current DESCRIPTION "The designated amplifier signals at least one faulty transistor." ::= { eventsTxV2 409 } eventsTxTable OBJECT-TYPE SYNTAX SEQUENCE OF EventsTxEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "This table contains necessary information for handling alarms. For each alarm you have the following information: - name (get), - mask to enable/disable sending out (set/get), - priority (set/get) and - the current state (get only)." ::= { eventTx 1 } eventsTxEntry OBJECT-TYPE SYNTAX EventsTxEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION "An event entry always consists of its indexes (used for addressing within redundancy systems) and 3 values: - name: an enumerated list of all possible notifications - mask: the corresponding mask (enable/disable) - priority: the corresponding priority (value in range 0..255) - event: the event itself (active/inactive)" INDEX { eventTxABIdx, eventTxRackIdx, eventTxAmpIdx, eventTxNameIdx } ::= { eventsTxTable 1 } EventsTxEntry ::= SEQUENCE { eventTxABIdx INTEGER, eventTxRackIdx Integer32, eventTxAmpIdx Integer32, eventTxNameIdx EventMaxEntryNumber, eventTxName INTEGER, eventTxMask EventMask, eventTxPriority EventPriority, eventTxEvent EventState } eventTxABIdx OBJECT-TYPE SYNTAX INTEGER { a(1), b(2) } MAX-ACCESS not-accessible STATUS current DESCRIPTION "The value for the module A (exciterA, outputstageA) or B (exciterB, outputstageB) for alarms. This is a helper column and therefore not-accessible." ::= { eventsTxEntry 1 } eventTxRackIdx OBJECT-TYPE SYNTAX Integer32 (1..10) MAX-ACCESS not-accessible STATUS current DESCRIPTION "The number of the designated rack. This is a helper column and therefore not-accessible." ::= { eventsTxEntry 2 } eventTxAmpIdx OBJECT-TYPE SYNTAX Integer32 (1..10) MAX-ACCESS not-accessible STATUS current DESCRIPTION "The number of the designated amplifier. This is a helper column and therefore not-accessible." ::= { eventsTxEntry 3 } eventTxNameIdx OBJECT-TYPE SYNTAX EventMaxEntryNumber MAX-ACCESS not-accessible STATUS current DESCRIPTION "The event number as integer. This is a helper column and therefore not-accessible." ::= { eventsTxEntry 4 } eventTxName OBJECT-TYPE SYNTAX INTEGER { txSummaryFault(1), txSummaryWarning(2), txLocal(3), txRfOn(4), txRfOk(5), txParamSetSubDeviceDiffers(6), txParamSetValuesChanged(7), txRfLoopProgram(8), txRfLoopReserve(9), txRfWarning(10), txReflectionWarning(11), txNetCCUFanFault(12), txNetCCUPowerSupply(13), txRfFail(14), txReflectionFault(15), txNetCCUBoardTemperatureFault(16), txNetCCUNoConnectionToExcA(17), txNetCCUNoConnectionToOstA(18), txNetCCUNoConnectionToExcB(19), txNetCCUNoConnectionToOstB(20), txAutomaticExcReady(21), txAutomaticExcChanged(22), txAutomaticExcFault(23), txAutomaticOstReady(24), txAutomaticOstChanged(25), txAutomaticOstFault(26), txNetCCUBoardTemperatureWarning(27), txInternalPowerSupplyWarning(30), txExternalPowerSupplyWarning(31), txModeSwitchOverStarted(35), txModeSwitchOverEnded(36), txModeInconsistent(37), txModeSwitchOverFailed(38), txExcSummaryFault(100), txExcSummaryWarning(101), txExcLocal(102), txExcRfOk(104), txExcInputNoConnectHP1(105), txExcInputNoConnectLP1(106), txExcInputNoConnectHP2(107), txExcInputNoConnectLP2(108), txExcInputActiveHP1(109), txExcInputActiveLP1(110), txExcInputActiveHP2(111), txExcInputActiveLP2(112), txExcOn(113), txExcRfOn(114), txExcNoInput(115), txExcRfLoop(116), txExcRfFail(117), txExcSelfTest(118), txExcOutputOpen(119), txExcBoardTemperatureWarning(120), txExcFanWarning(121), txExcFanFault(122), txExcFifoWarning(123), txExcTestSignal(124), txExcSFNDelay(125), txExcWrongDatarate(126), txExcMute(127), txExcPPSFail(128), txExcReferenceFail(129), txExcMIPFail(130), txExcInputAutomaticSwitchReady(131), txExcInputAutomaticChangedOver(132), txExcInputReseveMissing(133), txOstSummaryFault(200), txOstSummaryWarning(201), txOstRfOn(202), txOstRfOk(203), txOstNoInput(204), txOstRfWarning(205), txOstReflectionWarning(206), txOstRackWarning(207), txOstCoolingWarning(208), txOstRfFail(209), txOstReflectionFault(210), txOstACFault(211), txOstCoolingFault(212), txOstCommFault(213), txRackSumFault(300), txRackSumWarning(301), txRackOn(302), txRackGpiWarning(303), txRackFan1Fault(304), txRackFan2Fault(305), txRackCoolingSumWarning(306), txRackAmplifierSumFault(307), txRackNoLink(308), txRackGpiFault(309), txRackTemperatureFault(310), txRackACFault(311), txRackCoolingSumFault(312), txRackTempFaultAbs1(313), txRackTempFaultAbs2(314), txRackDCFault(315), txRackRfOn(318), txRackRfOk(319), txRackRfWarning(320), txRackRfFault(321), txRackReflectionWarning(322), txRackReflectionFault(323), txRackProbeNotCalibrated(330), txRackTemperatureWarning(331), txRackOvervoltProtectWarning(335), txAmpSumFault(400), txAmpSumWarning(401), txAmpPowerOn(402), txAmpDCOk(403), txAmpACOk(404), txAmpRfInFail(405), txAmpRfFail(406), txAmpReflectionFault(407), txAmpTemperatureFault(408), txAmpTransistorFault(409) } MAX-ACCESS read-only STATUS current DESCRIPTION "The event number as integer and the value as readable text. The enumeration correlates with the notifications under eventsTxV2." ::= { eventsTxEntry 5 } eventTxMask OBJECT-TYPE SYNTAX EventMask MAX-ACCESS read-write STATUS current DESCRIPTION "See TextualConvention for details." ::= { eventsTxEntry 6 } eventTxPriority OBJECT-TYPE SYNTAX EventPriority MAX-ACCESS read-write STATUS current DESCRIPTION "See TextualConvention for details." ::= { eventsTxEntry 7 } eventTxEvent OBJECT-TYPE SYNTAX EventState MAX-ACCESS read-only STATUS current DESCRIPTION "See TextualConvention for details." ::= { eventsTxEntry 8 } -- ***************************************************************************** -- ** conformance statements -- ***************************************************************************** rsXx8000DvbTxConf OBJECT IDENTIFIER ::= { rsXx8000DvbTx 5 } rsXx8000DvbTxGroups OBJECT IDENTIFIER ::= { rsXx8000DvbTxConf 1 } groupEvents OBJECT-GROUP OBJECTS { eventTxName, eventTxMask, eventTxPriority, eventTxEvent } STATUS current DESCRIPTION "This group includes all OIDs for event handling." ::= { rsXx8000DvbTxGroups 1 } groupTxCommon OBJECT-GROUP OBJECTS { cmdTxResetSumFault, cmdTxParametersetLoad, cmdTxParametersetSave, cmdTxOperationModeProgram, summaryFaultTx, summaryWarningTx, localModeTx, rfOnTx, forwardPower, summaryFaultExcA } STATUS current DESCRIPTION "Group for common transmitter objects" ::= { rsXx8000DvbTxGroups 2 } groupEventsTxCommon NOTIFICATION-GROUP NOTIFICATIONS { txSummaryFault, txSummaryWarning, txLocal, txRfOn, txParamSetValuesChanged, txRfLoopProgram, txRfFail, txOstSummaryFault, txOstSummaryWarning, txRfOk, txOstRfOn, txRfWarning } STATUS current DESCRIPTION "This group includes all alarm OIDs that are common for all reserve concepts." ::= { rsXx8000DvbTxGroups 3 } groupDualDrive OBJECT-GROUP OBJECTS { cmdTxOperationModeReserve, cmdTxOpModeExcAutomatic, cmdTxPreselectExciter, cmdTxDelayTimeExcAutomatic, exciterBNumberOfEntries, exciterBLogbookClear, excBLogbookEntryNbr, excBLogbookType, excBLogbookSlope, excBLogbookMessage, excBLogbookDateTime, summaryFaultExcB, exciterAutomaticReady, exciterAutomaticChanged, exciterAutomaticFault, noConnectionExcB, activeExcA, activeExcB } STATUS current DESCRIPTION "This group includes additional objects for reserve concepts DualDrive (NetCCU + 2 * exciter + outputstage) and Active/Passive Reserve (NetCCU + 2 * exciter + 2 * outputstage) " ::= { rsXx8000DvbTxGroups 4 } groupEventsDualDrive NOTIFICATION-GROUP NOTIFICATIONS { txRfLoopReserve, txNetCCUNoConnectionToExcB, txAutomaticExcReady, txAutomaticExcChanged, txAutomaticExcFault } STATUS current DESCRIPTION "This group includes additional events for reserve concepts DualDrive (NetCCU + 2 * exciter + outputstage) and Active/Passive Reserve (NetCCU + 2 * exciter + 2 * outputstage) " ::= { rsXx8000DvbTxGroups 5 } groupPowerReserve OBJECT-GROUP OBJECTS { cmdTxOpModeOstAutomatic, cmdTxPreselectOutputstage, cmdTxDelayTimeOstAutomatic, summaryFaultOstB, outputstageAutomaticReady, outputstageAutomaticChanged, outputstageAutomaticFault, noConnectionOstB, activeOstA, activeOstB } STATUS current DESCRIPTION "This group includes additional objects for reserve concept Active/Passive Reserve (NetCCU + 2 * exciter + 2 * outputstage) For more details, refer to manual." ::= { rsXx8000DvbTxGroups 6 } groupEventsPowerReserve NOTIFICATION-GROUP NOTIFICATIONS { txNetCCUNoConnectionToOstB, txAutomaticOstReady, txAutomaticOstChanged, txAutomaticOstFault } STATUS current DESCRIPTION "This group includes additional events for reserve concept Active/Passive Reserve (NetCCU + 2 * exciter + 2 * outputstage) For more details, refer to manual." ::= { rsXx8000DvbTxGroups 7 } groupCommonMP OBJECT-GROUP OBJECTS { cmdOstRefVoltageVision, cmdOstMaxOutletTempThreshold, outputstageANumberOfEntries, outputstageALogbookClear, ostALogbookEntryNbr, ostALogbookType, ostALogbookSlope, ostALogbookMessage, ostALogbookDateTime, reflectedPower, ostRackInletTemperature, ostRackOutletTemperature, ostRackAuxPowerSupply, amplifiersPerRack, rackRfEventSignalling, rackGeneralPurposeInput, rfProbePresent, rfProbeConfigurationNominalValue, rfProbeThresholdRfFailLimit, rfProbeThresholdTimeoutRfFailCtr, rfProbeThresholdWarningLimit, rfProbeCalibrationGain, rfProbeCalibrationOffset, rfProbeCalibrationSetGain, rfProbeCalibrationSetOffset, rfProbeMeasuredValue } STATUS current DESCRIPTION "additional objects for medium/high power" ::= { rsXx8000DvbTxGroups 8 } groupEventsCommonMP NOTIFICATION-GROUP NOTIFICATIONS { txReflectionWarning, txReflectionFault, txOstRfOk, txOstNoInput, txOstRfWarning, txOstReflectionWarning, txOstRackWarning, txOstCoolingWarning, txOstRfFail, txOstReflectionFault, txOstACFault, txOstCoolingFault, txOstCommFault, txRackSumFault, txRackSumWarning, txRackOn, txRackGpiWarning, txRackFan1Fault, txRackFan2Fault, txRackCoolingSumWarning, txRackAmplifierSumFault, txRackNoLink, txRackGpiFault, txRackTemperatureFault, txRackACFault, txRackCoolingSumFault, txRackTempFaultAbs1, txRackTempFaultAbs2, txRackDCFault, txRackRfWarning, txRackRfFault, txRackReflectionWarning, txRackReflectionFault, txRackRfOk, txRackRfOn, txRackOvervoltProtectWarning, txRackTemperatureWarning, txRackProbeNotCalibrated } STATUS current DESCRIPTION "additional events for medium/high power" ::= { rsXx8000DvbTxGroups 9 } groupCommonNetCCU OBJECT-GROUP OBJECTS { netCCUNumberOfEntries, netCCULogbookClear, netCCULogbookEntryNbr, netCCULogbookType, netCCULogbookSlope, netCCULogbookMessage, netCCULogbookDateTime, powerSupply, cmdTxSystemMode, additionalPowerSupply, summaryFaultOstA, noConnectionExcA, noConnectionOstA } STATUS current DESCRIPTION "additional objects for transmitters with NetCCU" ::= { rsXx8000DvbTxGroups 10 } groupEventsCommonNetCCU NOTIFICATION-GROUP NOTIFICATIONS { txNetCCUFanFault, txNetCCUPowerSupply, txNetCCUNoConnectionToExcA, txNetCCUNoConnectionToOstA, txModeSwitchOverStarted, txModeSwitchOverEnded, txModeInconsistent, txModeSwitchOverFailed, txNetCCUBoardTemperatureWarning } STATUS current DESCRIPTION "additional events for transmitters with NetCCU" ::= { rsXx8000DvbTxGroups 11 } groupOstBLogbook OBJECT-GROUP OBJECTS { outputstageBNumberOfEntries, outputstageBLogbookClear, ostBLogbookEntryNbr, ostBLogbookType, ostBLogbookSlope, ostBLogbookMessage, ostBLogbookDateTime } STATUS current DESCRIPTION "objects of logbook for output stage B" ::= { rsXx8000DvbTxGroups 12 } groupSumProbe OBJECT-GROUP OBJECTS { forwardPowerOstA, reflectedPowerOstA, forwardPowerOstB, reflectedPowerOstB } STATUS current DESCRIPTION "objects that are available only when sum probe exists" ::= { rsXx8000DvbTxGroups 14 } groupProductInfo OBJECT-GROUP OBJECTS { prodInfoModuleName, prodInfoSerialNumber, prodInfoIdentNumberSW, prodInfoVersionNumberSW, productInfoProductDateHW, prodInfoIdentNumberHW, prodInfoVersionNumberHW } STATUS current DESCRIPTION "This group includes all OIDs for device product information." ::= { rsXx8000DvbTxGroups 18 } groupAmpMeasureValues OBJECT-GROUP OBJECTS { ostRackAmpI1A, ostRackAmpI2A, ostRackAmpI3A, ostRackAmpI4A, ostRackAmpI1B, ostRackAmpI2B, ostRackAmpI3B, ostRackAmpI4B, ostRackAmpIDrv, ostRackAmpUDc, ostRackAmpIDc, ostRackAmpUDcControl, ostRackAmpUReg, ostRackAmpPowerA, ostRackAmpPowerB, ostRackAmpPowerOut, ostRackAmpPowerReflection, ostRackAmpPowerReference, ostRackAmpDeltaPhase, ostRackAmpCmdDeltaPhase } STATUS current DESCRIPTION "This group includes all OIDs amplifier measure values. Practically, these information are not important to customers, they are needed in manufactory." ::= { rsXx8000DvbTxGroups 19 } groupEventsAmplifier NOTIFICATION-GROUP NOTIFICATIONS { txAmpSumFault, txAmpSumWarning, txAmpPowerOn, txAmpDCOk, txAmpACOk, txAmpRfInFail, txAmpRfFail, txAmpReflectionFault, txAmpTemperatureFault, txAmpTransistorFault } STATUS current DESCRIPTION "events from the amplifier (medium/high power only)" ::= { rsXx8000DvbTxGroups 20 } groupRfProbes OBJECT-GROUP OBJECTS { rfProbesNetCCURfProbe1, rfProbesNetCCURfProbe2, rfProbesAntFwdNominal, rfProbesAntFwdWarningLimit, rfProbesAntFwdFailLimit, rfProbesAntFwdDelayTimeRfFail, rfProbesAntFwdSetOffset, rfProbesAntFwdSetGain, rfProbesAntReflWarningLimit, rfProbesAntReflSetOffset, rfProbesAntReflSetGain, rfProbesOstFwdNominal, rfProbesOstFwdWarningLimit, rfProbesOstFwdFailLimit, rfProbesOstFwdDelayTimeRfFail, rfProbesOstFwdSetOffset, rfProbesOstFwdSetGain, rfProbesOstReflWarningLimit, rfProbesOstReflSetOffset, rfProbesOstReflSetGain } STATUS current DESCRIPTION "This group includes all OIDs regarding RF Probes." ::= { rsXx8000DvbTxGroups 21 } groupDummyLoadRF OBJECT-GROUP OBJECTS { rfProbesDLFwdNominal, rfProbesDLFwdWarningLimit, rfProbesDLFwdFailLimit, rfProbesDLFwdDelayTimeRfFail, rfProbesDLFwdSetOffset, rfProbesDLFwdSetGain, rfProbesDLReflWarningLimit, rfProbesDLReflSetOffset, rfProbesDLReflSetGain } STATUS current DESCRIPTION "This group includes all object types regarding probes from dummy load. The object types in this group are defined only when a dummy load measure point exists. This can occur in reserve concept active reserve only. " ::= { rsXx8000DvbTxGroups 22 } groupExcCommon OBJECT-GROUP OBJECTS { cmdExcOpModeInputAutomatic, cmdExcPreselectInput, cmdExcMode, cmdExcNetworkMode, cmdExcTPSSource, cmdExcEnableCellID, cmdExcTxAddress, cmdExcTxAutomatic, cmdExcInputSeamless, cmdExcInputPriority, cmdExcInputCheckTimeForward, cmdExcInputCheckTimeSwitchback, cmdExcInputMuteOnFail, cmdExcInputManualPreseletionHP1, cmdExcInputManualPreseletionHP2, cmdExcInputManualPreseletionLP1, cmdExcInputManualPreseletionLP2, cmdExcTPSManualBandwidth, cmdExcTPSManualFFTLength, cmdExcTPSManualGuardInterval, cmdExcTPSManualConstellation, cmdExcTPSManualCellID, cmdExcTPSManualInterleaver, cmdExcTPSManualCoderateHP, cmdExcTPSManualCoderateLP, cmdExcTPSManualTimeSlicingHP, cmdExcTPSManualTimeSlicingLP, cmdExcTPSManualFECHP, cmdExcTPSManualFECLP, cmdExcSFNStaticDelay, cmdExcSFNDeviationTime, cmdExcFrequency, cmdExcReferenceSource, cmdExcMuteOnPPSFail, cmdExcMuteOnReferenceFail, cmdExcTypeLossOfInput, cmdExcRfOutput, cmdExcRfOutputAttenuation, cmdExcRfOutputRfSlope, cmdExcRfOutputModulationSlope, cmdExcRfIqAdjustTestsignal, cmdExcRfIqAdjustBiasCoarseI, cmdExcRfIqAdjustBiasCoarseQ, cmdExcRfIqAdjustBiasFineI, cmdExcRfIqAdjustBiasFineQ, cmdExcRfIqAdjustGainI, cmdExcRfIqAdjustGainQ, cmdExcRfIqAdjustPhase, cmdExcInpAutoReadyAfterChangeOv, excInputChannelName, excInputConnected, excInputSeamless, excInputPreselected, excInputActive, excInputMipFail, excInputBandwidth, excInputFFTLength, excInputGuardInterval, excInputConstellation, excInputCellID, excInputInterleaver, excInputCodeRate, excInputPacketLength, excInputMeasuredDatarate, excInputRequiredDatarate, excInputMaximumDelay, exciterANumberOfEntries, exciterALogbookClear, excALogbookEntryNbr, excALogbookType, excALogbookSlope, excALogbookMessage, excALogbookDateTime, cmdExcOcxoAdjust, cmdExcExpectInputReserve, excStatusReqDataRateLP, excStatusReqDataRateHP, excStatusAmplifierControl, excStatusFailDelay, cmdExcFailDelayMode, cmdExcInputFailDelayTime, cmdExcRefFailDelayTime } STATUS current DESCRIPTION "Group for common exciter objects" ::= { rsXx8000DvbTxGroups 23 } groupExcAdditionalSx800 OBJECT-GROUP OBJECTS { cmdExcRfOutputRegulation, cmdExcRfOutputManualRfLevel, cmdExcRfIqAdjustStart } STATUS current DESCRIPTION "Additional exciter objects for the Sx800" ::= { rsXx8000DvbTxGroups 24 } groupExcAdditionalSLx OBJECT-GROUP OBJECTS { cmdExcInput1Source, cmdExcInput2Source } STATUS current DESCRIPTION "Additional exciter objects for the SLx and the Sx801" ::= { rsXx8000DvbTxGroups 25 } groupEventsExciter NOTIFICATION-GROUP NOTIFICATIONS { txExcSummaryFault, txExcSummaryWarning, txExcInputNoConnectHP1, txExcInputNoConnectLP1, txExcInputNoConnectHP2, txExcInputNoConnectLP2, txExcInputActiveHP1, txExcInputActiveLP1, txExcInputActiveHP2, txExcInputActiveLP2, txExcOn, txExcRfOn, txExcNoInput, txExcRfLoop, txExcRfFail, txExcSelfTest, txExcOutputOpen, txExcBoardTemperatureWarning, txExcFanWarning, txExcFanFault, txExcFifoWarning, txExcTestSignal, txExcSFNDelay, txExcWrongDatarate, txExcMute, txExcPPSFail, txExcReferenceFail, txExcMIPFail, txExcInputAutomaticSwitchReady, txExcRfOk, txExcInputReseveMissing, txExcInputAutomaticChangedOver, txExcLocal } STATUS current DESCRIPTION "events from the exciter" ::= { rsXx8000DvbTxGroups 26 } groupExciterStatus OBJECT-GROUP OBJECTS { excStatusRfOutputAgcRegulation, excStatusRfIqAdjustAuto, excStatusRfIqAdjustLO1Frequency, excStatusSfnDelayProcessing, excStatusSfnDelayDynamic, excStatusSfnDelayNetwork, excStatusSfnDelayTxOffset, excStatusSfnDelayMaximum, excStatusSfnDelayTotal, excStatusNominalPower } STATUS current DESCRIPTION "Group for exciterStatusTable." ::= { rsXx8000DvbTxGroups 27 } groupExciterPrecorrection OBJECT-GROUP OBJECTS { excPrecLinCorrection, excPrecLinAutomaticADE, excPrecLinMaxAmplitudeRipple, excPrecLinMaxGroupDelayRipple, excPrecLinAmplitudeRipple, excPrecLinGroupDelayRipple, excPrecLinInputLevel, excPrecLinAutomatic, excPrecNonlinCorrection, excPrecNonlinAutomaticADE, excPrecNonlinThresholdShoulders, excPrecNonlinShoulderLeft, excPrecNonlinShoulderRight, excPrecNonlinInputLevel, excPrecNonlinAutomatic } STATUS current DESCRIPTION "Group for exciterPrecorrectionTable." ::= { rsXx8000DvbTxGroups 28 } groupSLx OBJECT-GROUP OBJECTS { cmdExcTransmitterType, cmdExcTimeScheduler, excPrecUserState, excPrecFactoryState, excPrecRestoreCurrentSettings, excPrecRestoreAllSettings, configTvStandardName, configFrequency, configPower, schedulerRowStatus, schedulerEvent, schedulerDateTime, config2InputSource, config2Power, config2Frequency, config2RxFrequency, config2TvStandardName, excStatusVSWR, cmdExcMuteCondition, schedulerTvStandard, configRxFrequency, configInputSource } STATUS current DESCRIPTION "object types that are relevant for SLx devices only" ::= { rsXx8000DvbTxGroups 29 } groupObjectsACU OBJECT-GROUP OBJECTS { cmdExcRfWarningLimit, cmdExcRfFailLimit, cmdExcOutputPower, cmdExcMonitoringOutput } STATUS current DESCRIPTION "objects from ACU" ::= { rsXx8000DvbTxGroups 30 } groupIndependentRacks OBJECT-GROUP OBJECTS { rackReferenceVoltage, amplifiersPowerSupply, rackOnOff } STATUS current DESCRIPTION "object types that are relevant for NX variants with independent racks only" ::= { rsXx8000DvbTxGroups 31 } groupObjectsRE OBJECT-GROUP OBJECTS { summaryFaultExcA } STATUS current DESCRIPTION "object types for the re-equip kit" ::= { rsXx8000DvbTxGroups 32 } groupEventsControlExciter NOTIFICATION-GROUP NOTIFICATIONS { txNetCCUNoConnectionToExcB, txAutomaticExcReady, txAutomaticExcChanged, txAutomaticExcFault } STATUS current DESCRIPTION "additional events in case Sx801 is control exciter" ::= { rsXx8000DvbTxGroups 34 } groupEventsAdditionalPowerSupply NOTIFICATION-GROUP NOTIFICATIONS { txInternalPowerSupplyWarning, txExternalPowerSupplyWarning } STATUS current DESCRIPTION "Events that are available only when additionalPowerSupply is true." ::= { rsXx8000DvbTxGroups 35 } groupObjsAdditionalPowerSupply OBJECT-GROUP OBJECTS { internalPowerSupply, externalPowerSupply } STATUS current DESCRIPTION "Objects that are available only when additionalPowerSupply is true." ::= { rsXx8000DvbTxGroups 36 } groupObjectsControlExciter OBJECT-GROUP OBJECTS { cmdTxOperationModeReserve, cmdTxOpModeExcAutomatic, cmdTxDelayTimeExcAutomatic, summaryFaultExcB, exciterAutomaticReady, exciterAutomaticChanged, exciterAutomaticFault, noConnectionExcB, activeExcB, cmdTxProgramExciterPrio, cmdTxChangeOver, cmdTxSwitchPosition } STATUS current DESCRIPTION "additional objects in case Sx801 is control exciter" ::= { rsXx8000DvbTxGroups 37 } groupObjectsSingleEnded OBJECT-GROUP OBJECTS { cmdTxRfSwitch } STATUS current DESCRIPTION "Group for objects in case of SingleTx or DualDrive." ::= { rsXx8000DvbTxGroups 38 } groupObjectsSx801Amplifier OBJECT-GROUP OBJECTS { sx801AmpRfOut, sx801AmpRfIn, sx801AmpReflection, sx801AmpOn, sx801AmpAC, sx801AmpCommunication, sx801AmpTransistor, sx801AmpDriver, sx801AmpTemperature, sx801AmpBlower, sx801AmpRegulation, sx801AmpUpdate, sx801Supply1Temperature, sx801Supply2Temperature, sx801SupplyRTemperature, sx801Supply1DC, sx801Supply2DC, sx801SupplyRDC, sx801AmpValueI1, sx801AmpValueI2, sx801AmpValueI3, sx801AmpValueI4, sx801AmpValueIPre, sx801AmpValueIDrv1, sx801AmpValueIDrv2, sx801AmpValuePowerOut, sx801AmpValueReflection, sx801AmpValueVRef, sx801AmpValueVReg, sx801AmpValueTemperature, sx801AmpValueMonAtt, sx801AmpValueVAux1, sx801AmpValueVAux2, sx801Supply1ValuePwr, sx801Supply2ValuePwr, sx801Supply1ValueDc, sx801Supply2ValueDc } STATUS current DESCRIPTION "Objects for Sx801/SA801 amplifier status." ::= { rsXx8000DvbTxGroups 39 } groupObsoleted OBJECT-GROUP OBJECTS { cmdTxParametersetReSave, cmdExcTimeForDailyPcrReset, cmdExcEnablePcrReset, excInputAlpha, cmdExcTPSManualAlpha, rfProbeConfigurationLabel, cmdExcInputAutoSwitch } STATUS obsolete DESCRIPTION "obsoleted or deprecated objects" ::= { rsXx8000DvbTxGroups 99 } groupEventsObsoleted NOTIFICATION-GROUP NOTIFICATIONS { txParamSetSubDeviceDiffers, txNetCCUBoardTemperatureFault } STATUS obsolete DESCRIPTION "obsoleted or deprecated events" ::= { rsXx8000DvbTxGroups 100 } rsXx8000DvbTxCompl OBJECT IDENTIFIER ::= { rsXx8000DvbTxConf 3 } rsXx8000DVBSingleTxMP MODULE-COMPLIANCE STATUS current DESCRIPTION "Reserve concept SingleTransmitter for Medium Power." MODULE -- this module MANDATORY-GROUPS { groupTxCommon, groupCommonMP, groupCommonNetCCU, groupExcCommon, groupEvents, groupProductInfo, groupRfProbes, groupExciterStatus, groupExciterPrecorrection, groupEventsExciter, groupEventsCommonNetCCU, groupObjectsSingleEnded, groupEventsCommonMP, groupEventsTxCommon } GROUP groupIndependentRacks DESCRIPTION "for variant with independent racks only" OBJECT cmdOstRefVoltageVision MIN-ACCESS not-accessible DESCRIPTION "not accessible in variant with independent racks" GROUP groupExcAdditionalSx800 DESCRIPTION "in case of Sx800 exciter" GROUP groupEventsAdditionalPowerSupply DESCRIPTION "only when additionalPowerSupply is true" GROUP groupAmpMeasureValues DESCRIPTION "not for face-lift configuration" GROUP groupEventsAmplifier DESCRIPTION "not for face-lift configuration" GROUP groupObjsAdditionalPowerSupply DESCRIPTION "only when additionalPowerSupply is true" ::= { rsXx8000DvbTxCompl 1 } rsXx8000DVBDualDriveMP MODULE-COMPLIANCE STATUS current DESCRIPTION "Reserve concept DualDrive for Medium Power." MODULE -- this module MANDATORY-GROUPS { groupTxCommon, groupCommonMP, groupCommonNetCCU, groupExcCommon, groupDualDrive, groupEvents, groupProductInfo, groupRfProbes, groupExciterStatus, groupExciterPrecorrection, groupEventsExciter, groupEventsCommonNetCCU, groupEventsCommonMP, groupObjectsSingleEnded, groupEventsDualDrive, groupEventsTxCommon } GROUP groupIndependentRacks DESCRIPTION "for variant with independent racks only" OBJECT cmdOstRefVoltageVision MIN-ACCESS not-accessible DESCRIPTION "not accessible in variant with independent racks" GROUP groupExcAdditionalSx800 DESCRIPTION "in case of Sx800 exciter" GROUP groupEventsAdditionalPowerSupply DESCRIPTION "only when additionalPowerSupply is true" GROUP groupAmpMeasureValues DESCRIPTION "not for face-lift configuration" GROUP groupEventsAmplifier DESCRIPTION "not for face-lift configuration" GROUP groupObjsAdditionalPowerSupply DESCRIPTION "only when additionalPowerSupply is true" ::= { rsXx8000DvbTxCompl 2 } rsXx8000DVBPowerReserveMP MODULE-COMPLIANCE STATUS current DESCRIPTION "Reserve concept Active/Passive Reserve for Medium Power." MODULE -- this module MANDATORY-GROUPS { groupTxCommon, groupEvents, groupProductInfo, groupRfProbes, groupExciterStatus, groupExcCommon, groupExciterPrecorrection, groupDualDrive, groupPowerReserve, groupCommonMP, groupCommonNetCCU, groupOstBLogbook, groupEventsExciter, groupEventsCommonNetCCU, groupEventsCommonMP, groupEventsPowerReserve, groupEventsDualDrive, groupEventsTxCommon } GROUP groupIndependentRacks DESCRIPTION "for variant with independent racks only" OBJECT cmdOstRefVoltageVision MIN-ACCESS not-accessible DESCRIPTION "not accessible in variant with independent racks" GROUP groupSumProbe DESCRIPTION "when sum probe exists only" GROUP groupExcAdditionalSx800 DESCRIPTION "in case of Sx800 exciter" GROUP groupEventsAdditionalPowerSupply DESCRIPTION "only when additionalPowerSupply is true" GROUP groupAmpMeasureValues DESCRIPTION "not for face-lift configuration" GROUP groupEventsAmplifier DESCRIPTION "not for face-lift configuration" GROUP groupObjsAdditionalPowerSupply DESCRIPTION "only when additionalPowerSupply is true" GROUP groupDummyLoadRF DESCRIPTION "only when a dummy load measure point exists" ::= { rsXx8000DvbTxCompl 3 } rsXx8000DVBSingleTxLP MODULE-COMPLIANCE STATUS current DESCRIPTION "Reserve concept Low Power SingleTransmitter with NetCCU, meaning there is a NetCCU and a LowPower exciter with one or more (to the exciter) connected amplifiers." MODULE -- this module MANDATORY-GROUPS { groupEvents, groupExciterStatus, groupExciterPrecorrection, groupExcAdditionalSLx, groupExcCommon, groupCommonNetCCU, groupTxCommon, groupEventsExciter, groupEventsCommonNetCCU, groupEventsTxCommon } GROUP groupEventsAdditionalPowerSupply DESCRIPTION "only when additionalPowerSupply is true" GROUP groupObjsAdditionalPowerSupply DESCRIPTION "only when additionalPowerSupply is true" ::= { rsXx8000DvbTxCompl 5 } rsXx8000DVBDualDriveLP MODULE-COMPLIANCE STATUS current DESCRIPTION "Reserve concept DualDrive for Low Power." MODULE -- this module MANDATORY-GROUPS { groupEvents, groupExciterStatus, groupExciterPrecorrection, groupExcAdditionalSLx, groupExcCommon, groupCommonNetCCU, groupDualDrive, groupTxCommon, groupEventsExciter, groupEventsCommonNetCCU, groupEventsDualDrive, groupEventsTxCommon } GROUP groupEventsAdditionalPowerSupply DESCRIPTION "only when additionalPowerSupply is true" GROUP groupObjsAdditionalPowerSupply DESCRIPTION "only when additionalPowerSupply is true" ::= { rsXx8000DvbTxCompl 6 } rsXx8000DVBPowerReserveLP MODULE-COMPLIANCE STATUS current DESCRIPTION "Reserve concept Active/Passive Reserve for Low Power." MODULE -- this module MANDATORY-GROUPS { groupEvents, groupExciterStatus, groupExciterPrecorrection, groupExcAdditionalSLx, groupExcCommon, groupCommonNetCCU, groupPowerReserve, groupDualDrive, groupTxCommon, groupEventsExciter, groupEventsCommonNetCCU, groupEventsPowerReserve, groupEventsDualDrive, groupEventsTxCommon } GROUP groupEventsAdditionalPowerSupply DESCRIPTION "only when additionalPowerSupply is true" GROUP groupObjsAdditionalPowerSupply DESCRIPTION "only when additionalPowerSupply is true" ::= { rsXx8000DvbTxCompl 7 } rsXx8000DVBSingleTxLPNoNetCCU MODULE-COMPLIANCE STATUS current DESCRIPTION "Reserve concept Low Power SingleTransmitter without NetCCU, meaning there is only a LowPower exciter with one or more (to the exciter) connected amplifiers." MODULE -- this module MANDATORY-GROUPS { groupEvents, groupExciterStatus, groupExciterPrecorrection, groupExcAdditionalSLx, groupExcCommon, groupTxCommon, groupEventsExciter, groupEventsTxCommon } ::= { rsXx8000DvbTxCompl 9 } rsXx8000DVBSLx MODULE-COMPLIANCE STATUS current DESCRIPTION "SLx device" MODULE -- this module MANDATORY-GROUPS { groupEvents, groupExciterStatus, groupExciterPrecorrection, groupSLx, groupObjectsACU, groupExcCommon, groupTxCommon, groupEventsExciter, groupEventsTxCommon } ::= { rsXx8000DvbTxCompl 10 } rsXx8000DVBExciterOnly MODULE-COMPLIANCE STATUS current DESCRIPTION "DVB Exciter of 8000 series in a 7000 environment or Program Exciter in a Sx801 Backup Exciter environment." MODULE -- this module MANDATORY-GROUPS { groupProductInfo, groupExciterStatus, groupEvents, groupObjectsRE, groupObjectsSx801Amplifier, groupExciterPrecorrection, groupExcCommon, groupEventsExciter } GROUP groupSLx DESCRIPTION "in case of SLx device" ::= { rsXx8000DvbTxCompl 11 } rsXx8000DVBSx801ControlExciter MODULE-COMPLIANCE STATUS current DESCRIPTION "Sx801 as control exciter" MODULE -- this module MANDATORY-GROUPS { groupTxCommon, groupExcCommon, groupEvents, groupExciterStatus, groupExciterPrecorrection, groupSLx, groupObjectsACU, groupObjectsSx801Amplifier, groupEventsExciter, groupEventsTxCommon, groupEventsControlExciter, groupObjectsControlExciter } ::= { rsXx8000DvbTxCompl 12 } END