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mibs/MIBS/rs/RS-XX8000-COMMON-MIB

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Initial commit
2023-12-05 12:25:34 +01:00
-- *****************************************************************************
-- *****************************************************************************
-- **
-- ** COPYRIGHT (c) 2006 Rohde & Schwarz GmbH & Co. KG
-- ** Muehldorfstrasse 15
-- ** R & S D-81671 Muenchen
-- **
-- *****************************************************************************
-- **
-- ** MODULE RS-XX8000-COMMON-MIB
-- **
-- ** DESCRIPTION Rohde & Schwarz SNMP
-- **
-- ** HISTORY
-- ** 2006-11-20 hue - initial version
-- ** 2007-03-14 hue - enhanced logbook messages (TC)
-- ** 2007-05-16 hue - added logbook messages (TC) for XV703
-- ** 2007-09-04 sr - added logbook messages for PumpUnit and
-- ** logbook messages (TC) for MediaFLO
-- ** 2007-10-02 sr - extend trapSinkTable
-- ** - extend LogbookEntryMessagesOST (2 new
-- ** messages for PumpUnit)
-- ** 2007-12-17 sr - update LogbookEntryMessagesNSU
-- ** - update LogbookEntryMessagesNetCCU
-- ** - new TCs: ProdInfoModuleNameTv and
-- ** ProdInfoModuleNameFm
-- ** 2008-02-06 sr - update LogbookEntryMessagesExcMediaFLO
-- ** - add transmitterConfig with dateTime
-- ** - new TCs: TimeOfDay and NoValue
-- ** 2008-02-11 hu - update LogbookEntryMessagesExcATV
-- ** - new TC: LockState
-- ** 2008-02-18 sr - add A8 to IndexTransmitter
-- ** 2008-04-23 ks - new TC EqualizerCalibrationState
-- ** sr - new TC LogbookEntryMessagesExcTv
-- ** - remove LogbookEntryMessagesExcMediaFLO
-- ** 2008-04-30 ks - LogbookEntryMessagesExcTv extended
-- ** 2008-05-13 hu - added TrapHandling under snmpConfig
-- ** 2008-06-02 sr - LogbookEntryMessagesExcTv extended
-- ** 2008-06-09 sr - dateTime with UTC values
-- ** - LogbookMaxEntryNumber: range to max 255
-- ** 2008-06-16 sr - new TC 'TvStandard'
-- ** 2008-07-23 sr - new TC 'AtvStandard'
-- ** hu - obsoleted TC LogbookEntryMessagesExcATV
-- ** and DVB -> use LogbookEntryMessagesExcTv
-- ** 2008-09-03 sr - eventHistoryModule: additional values for
-- ** pump and antenna
-- ** 2008-09-30 ks - NTP configuration
-- ** 2008-10-10 sr - eventHistoryTable with new index 'eventHistoryTxIdx'
-- ** 2008-12-12 sr - new: swMaintenance and eventTx,
-- ** - rackExtCoolingWarning renamed to rackGpiWarning
-- ** - rackExtCoolingFault renamed to rackGpiFault
-- ** 2009-02-10 ks - add to eventHistoryModule: gps, dvbRecMon, gpParIOsr
-- ** sr - LogbookEntryMessagesExcTv updated
-- ** 2008-03-13 ks - reserveInputLost added to LogbookEntryMessagesExcTv
-- ** - rackProbeNotCalibrated added to LogbookEntryMessagesOST
-- ** - update LogbookEntryMessagesNSU
-- ** - update LogbookEntryMessagesNetCCU
-- ** 2008-04-30 ks - Sx801 messages added to LogbookEntryMessagesExcTv
-- ** 2008-06-03 ks - intPwrSupply, extPwrSupply, rackTemperatureWarning added
-- ** 2008-06-26 ks - new textual convention InputSource
-- ** 2008-09-10 ks - new value "inconsistent" for textual convention TvStandard
-- ** - additional values for LogbookEntryMessagesNetCCU
-- ** 2009-12-08 ks - excSFNIdleRegulation, excInput1Available, excInput2Available,
-- ** excInput1LPAvailable, excInput2LPAvailable added to LogbookEntryMessagesExcTv
-- ** 2010-01-11 ks - xlxInputStepProtection, excNoSfnData, excNoMobileDtvContent added
-- ** 2010-05-06 ks - ntpSyncFailed added
-- ** 2010-05-11 ks - indexProgram added
-- ** 2011-02-23 ks - trapSinkInformUnacknowledged obsoleted
-- ** 2011-05-11 ks - FailDelayMode, FailDelayStatus added
-- **
-- *****************************************************************************
-- *****************************************************************************
RS-XX8000-COMMON-MIB DEFINITIONS ::= BEGIN
IMPORTS
rsProdBroadcastTransmitter, rsRegModules
FROM RS-COMMON-MIB
OBJECT-GROUP, MODULE-COMPLIANCE, NOTIFICATION-GROUP
FROM SNMPv2-CONF
IpAddress, Integer32, Counter32, OBJECT-TYPE, MODULE-IDENTITY,
OBJECT-IDENTITY, NOTIFICATION-TYPE
FROM SNMPv2-SMI
DateAndTime, TruthValue, TEXTUAL-CONVENTION
FROM SNMPv2-TC;
rsXx8000MibModule MODULE-IDENTITY
LAST-UPDATED "201105110800Z" -- May 11, 2011 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 general objects of XX8000 transmitting systems from Rohde & Schwarz.
Use this MIB for things all transmitters support via SNMP, e.g.:
- product information
- installation / configuration issues (trapsinks, managers aso.)
The following MIBs are related to this:
- RS-COMMON-MIB - mandatory for this MIB."
REVISION "201105110800Z" -- May 11, 2011 at 08:00 GMT
DESCRIPTION
"FailDelayMode, FailDelayStatus added"
REVISION "201102230800Z" -- February 23, 2011 at 08:00 GMT
DESCRIPTION
"trapSinkInformUnacknowledged obsoleted"
REVISION "201005060800Z" -- May 06, 2010 at 08:00 GMT
DESCRIPTION
"ntpSyncFailed, indexProgram added"
REVISION "200912080800Z" -- December 08, 2009 at 08:00 GMT
DESCRIPTION
"excSFNIdleRegulation, excInput1Available, excInput2Available,
excInput1LPAvailable, excInput2LPAvailable added to
LogbookEntryMessagesExcTv"
REVISION "200909100800Z" -- September 10, 2009 at 08:00 GMT
DESCRIPTION
"new value 'inconsistent' for textual convention TvStandard
additional values for LogbookEntryMessagesNetCCU"
REVISION "200906260900Z" -- June 26, 2009 at 09:00 GMT
DESCRIPTION
"new textual convention InputSource"
REVISION "200906030900Z" -- June 03, 2009 at 09:00 GMT
DESCRIPTION
"intPwrSupply, extPwrSupply added to LogbookEntryMessagesNetCCU;
rackTemperatureWarning added to LogbookEntryMessagesOST"
REVISION "200904300900Z" -- April 30, 2009 at 09:00 GMT
DESCRIPTION
"Sx801 messages added to LogbookEntryMessagesExcTv"
REVISION "200903130900Z" -- March 13, 2009 at 09:00 GMT
DESCRIPTION
"reserveInputLost added to LogbookEntryMessagesExcTv
rackProbeNotCalibrated added to LogbookEntryMessagesOST
update LogbookEntryMessagesNSU
update LogbookEntryMessagesNetCCU"
REVISION "200902101600Z" -- February 10, 2009 at 16:00 GMT
DESCRIPTION
"add to eventHistoryModule: gps, dvbRecMon, gpParIO
LogbookEntryMessagesExcTv updated"
REVISION "200812121400Z" -- December 12, 2008 at 14:00 GMT
DESCRIPTION
"new: swMaintenance and eventTx,
rackExtCoolingWarning renamed to rackGpiWarning
rackExtCoolingFault renamed to rackGpiFault"
REVISION "200810200900Z" -- October 20, 2008 at 09:00 GMT
DESCRIPTION
"LogbookEntryMessagesNSU:
antennaRedundancySumWarning(196)
tcbTxBPowerSupply(197)
txBPosition(198)
antennaRedundancySumFault(226)
LogbookEntryMessagesNetCCU:
monitorFaultExcA(107)
monitorFaultExcA(108)"
REVISION "200810100900Z" -- October 10, 2008 at 09:00 GMT
DESCRIPTION
"eventHistoryTable with new index 'eventHistoryTxIdx'"
REVISION "200809300900Z" -- September 30, 2008 at 09:00 GMT
DESCRIPTION
"NTP configuration"
REVISION "200809030900Z" -- September 03, 2008 at 09:00 GMT
DESCRIPTION
"eventHistoryModule: additional values for pump and antenna"
REVISION "200807231530Z" -- July 23, 2008 at 15:30 GMT
DESCRIPTION
"- new TC 'AtvStandard'
- obsoleted TC LogbookEntryMessagesExcATV and DVB
-> use LogbookEntryMessagesExcTv"
REVISION "200806160900Z" -- June 16, 2008 at 09:00 GMT
DESCRIPTION
"new TC 'TvStandard'"
REVISION "200806100800Z" -- June 10, 2008 at 08:00 GMT
DESCRIPTION
"dateTime with UTC values
LogbookMaxEntryNumber: range to max 255"
REVISION "200806021030Z" -- June 02, 2008 at 10:30 GMT
DESCRIPTION
"LogbookEntryMessagesExcTv extended"
REVISION "200805131500Z" -- May 13, 2008 at 15:00 GMT
DESCRIPTION
"LogbookEntryMessagesExcTv extended
added TrapHandling under snmpConfig"
REVISION "200804231100Z" -- April 23, 2008 at 11:00 GMT
DESCRIPTION
"new TC EqualizerCalibrationState
new TC LogbookEntryMessagesExcTv
remove LogbookEntryMessagesExcMediaFLO"
REVISION "200802181330Z" -- February 18, 2008 at 13:30 GMT
DESCRIPTION
"add A8 to IndexTransmitter"
REVISION "200802111200Z" -- February 11, 2008 at 12:00 GMT
DESCRIPTION
"updated LogbookEntryMessagesExcATV, added LockState"
REVISION "200802061200Z" -- February 06, 2008 at 12:00 GMT
DESCRIPTION
"update LogbookEntryMessagesExcMediaFLO
add transmitterConfig with dateTime
new TCs: TimeOfDay and NoValue"
REVISION "200712171200Z" -- December 17, 2007 at 12:00 GMT
DESCRIPTION
"update LogbookEntryMessagesNSU
update LogbookEntryMessagesNetCCU
new TCs: ProdInfoModuleNameTv and ProdInfoModuleNameFm"
REVISION "200710021000Z" -- October 02, 2007 at 10:00 GMT
DESCRIPTION
"extend trapSinkTable
extend LogbookEntryMessagesOST (2 new messages for PumpUnit)"
REVISION "200709041300Z" -- September 04, 2007 at 13:00 GMT
DESCRIPTION
"Added logbook messages for PumpUnit and
logbook messages (TC) for MediaFLO."
REVISION "200706291000Z" -- June 29, 2007 at 10:00 GMT
DESCRIPTION
"Enhanced logbook messages for ExcFM."
REVISION "200705161000Z" -- May 16, 2007 at 10:00 GMT
DESCRIPTION
"Added logbook messages (TC) for XV703 transposers."
REVISION "200703141000Z" -- March 14, 2007 at 10:00 GMT
DESCRIPTION
"Enhanced logbook messsages for ExcDVB and ExcFM (TextualConvention)."
REVISION "200612211000Z" -- December 21, 2006 at 10:00 GMT
DESCRIPTION
"Added IndexAB for easier handling of exciterA/B and outputstageA/B in other MIBs."
REVISION "200611201000Z" -- November 20, 2006 at 10:00 GMT
DESCRIPTION
"This is the initial version."
::= { rsRegModules 163 }
--
-- Textual conventions
--
ReadableString ::= TEXTUAL-CONVENTION
DISPLAY-HINT
"255a"
STATUS current
DESCRIPTION
"An octet string containing a human-readable string. This
string may have originally been encoded as specified
in EN 300 468 Annex A, but this is not a requirement.
To maintain generality, the information is represented
using the ISO/IEC IS 10646-1 character set, encoded as an
octet string using the UTF-8 transformation format
described in RFC2279.
Control codes are interpreted as specified in EN 300 468
Annex A, section A.1. The interpretation of other control
codes is undefined.
For information encoded in 7-bit US-ASCII, the UTF-8
encoding is identical to the US-ASCII encoding.
UTF-8 may require multiple bytes to represent a single
character/code point; thus the length of this object in
octets may be different from the number of characters
encoded. Similarly, size constraints refer to the number
of encoded octets, not the number of characters represented
by an encoding."
SYNTAX OCTET STRING (SIZE (0..255))
FloatingPoint ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"FloatingPoint provides a way of representing non-integer
numbers in SNMP. Numbers are represented as a string of
ASCII characters in the natural way. So for example, '3',
'3.142' and '0.3142E1' are all valid numbers.
The syntax for the string is as follows. [] enclose an
optional element, | is the separator for a set of
alternatives. () enclose syntax which is to be viewed
as a unit.
FloatingPoint ::= [Sign]
(Float1 | Float2 | DigitSequence)
[ExponentPart]
Float1 ::= DigitSequence '.' [DigitSequence]
Float2 ::= '.' DigitSequence
DigitSequence ::= Digit [DigitSequence]
ExponentPart ::= ('e' | 'E') [Sign] DigitSequence
Digit ::= '0'..'9'
Sign ::= '+' | '-'"
SYNTAX OCTET STRING (SIZE (1..63))
TimeOfDay ::= TEXTUAL-CONVENTION
DISPLAY-HINT
"1d:1d:1d"
STATUS current
DESCRIPTION
"A time of day specification.
octets contents range
------ -------- -----
1 hour 0..23
2 minute 0..59
3 second 0..59
For example, 1:30:17 PM would be displayed as 13:30:17.
The second can be omitted.
"
SYNTAX OCTET STRING (SIZE (2 | 3))
EventMask ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Enables / Disables this event.
enable(1) --> active, will be sent in case the event occurs
disable(2) --> inactive, will not be sent in case the event occurs."
SYNTAX INTEGER
{
enable(1),
disable(2)
}
EventPriority ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"The priority of the event.
Users can freely set this value in range 0..255."
SYNTAX Integer32 (0..255)
EventClass ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"These are the levels of events a transmitter has.
Info(3): Are events which only inform about changes, e.g. 'local/remote'
or 'reboot of the control unit'. They don't affect the transmission.
Warning(2): Are minor problems which do not influence transmission itself,
but may cause a bigger problem when no action is taken, e.g.
'RF Loop Program'. Warnings may appear and disappear without the need
of acknowledgment.
Fault(1): Have a direct impact on the transmission, e.g.
'failure power supply'. Faults never disappear without acknowledgment."
SYNTAX INTEGER
{
fault(1),
warning(2),
info(3)
}
EventState ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"The current state of an event:
active(1) --> event is active (coming)
inactive(2) --> event is inactive (going)
This is used in all logbooks and in all event handling tables."
SYNTAX INTEGER
{
active(1),
inactive(2)
}
EventMaxEntryNumber ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"The maximum number of events.
This is used in other MIBs as a placeholder."
SYNTAX Integer32 (1..999)
SwitchOnOff ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"This is for all on/off-switches."
SYNTAX INTEGER
{
on(1),
off(2)
}
Trigger ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Trigger for starting a certain action.
idle(1) --> ready, do nothing
trigger(2) --> do now
A GET will always return idle(1).
A SET idle(1) will return NO_ERROR without doing anything."
SYNTAX INTEGER
{
idle(1),
trigger(2)
}
LogbookEntryMessagesNetCCU ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Inserted information in the logbook of NetCCU."
SYNTAX INTEGER
{
local(3),
rfOn(4),
excAutoReady(6),
excAutoChanged(7),
ostAutoReady(8),
ostAutoChanged(9),
rfOnSound1(10),
rfOnSound2(11),
activeExcA(12),
activeExcB(13),
activeOstA(14),
activeOstB(15),
rfOnVision(16),
rfOnActiveExc(17),
rfOnDLoad(18),
rfOkDLoad(19),
swBackupStarted(20),
swBackupDone(21),
swBackupFailed(22),
swRestoreStarted(23),
swRestoreDone(24),
swRestoreFailed(25),
optionKeyExpired(30),
txModeSwitchOverStarted(37),
txModeSwitchOverEnded(38),
reboot(40),
rfLoopProgram(41),
rfLoopReserve(42),
rfWarning(43),
reflectionWarning(44),
intPwrSupply(45),
extPwrSupply(46),
rfVisionWarning(47),
rfSound1Warning(48),
rfSound2Warning(49),
fanFault(51),
sumWarningRec(52),
sumWarningExcA(53),
sumWarningExcB(54),
sumWarningOstA(55),
sumWarningOstB(56),
rfDLoadWarning(57),
rfDLoadReflection(58),
receiverConnect(59),
receiverSumFault(60),
txModeInconsistent(61),
boardTemperatureWarning(62),
optionKeyWillExpire(70),
powerSupply(81),
rfFail(82),
reflectionFault(83),
boardTemperature(84),
excSwitch(85),
ostSwitch(86),
connectionExcA(87),
connectionExcB(88),
connectionOstA(89),
connectionOstB(90),
rfVision(91),
rfSound1Fault(92),
rfSound2Fault(93),
connectionRec(95),
summaryFaultRec(96),
summaryFaultExcA(97),
summaryFaultExcB(98),
summaryFaultOstA(99),
summaryFaultOstB(100),
rfDLoadFault(101),
rfDLoadReflectionFault(102),
apaConnect(103),
absorber(104),
monitorFaultExcA(107),
monitorFaultExcB(108),
txModeSwitchOverFailed(109)
}
LogbookEntryMessagesExcTv ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Inserted information in the logbook of TV exciters."
SYNTAX INTEGER
{
excReboot(0),
excSumFault(1),
excSumWarning(2),
excLocal(3),
excExciterOn(4),
excRfOk(5),
excNoInput(6),
excReference(7),
excRfOn(8),
excMute(9),
excRelieveReq(10),
excSwDiag(11),
excOneFan(12),
excNoCCUComm(13),
excSwUpdated(14),
excBiosUpdated(15),
excPowerSupply(16),
excTemperature(17),
excFans(18),
excHwMainboard(19),
excHwCfCard(20),
excOutputOpen(21),
excRebootRqst(22),
excHwEEPROM(23),
excWatchdog(24),
excRfFail(25),
excLoopOpen(26),
excNoFPGA(27),
excCarrierLock(28),
excInputFail(30),
excOptionExpired(37),
excOptionWillEnd(38),
excFPGAConfig(40),
excHwIIFBoard(41),
excHwRfBoard(42),
excHwSynth1(43),
excHwSynth2(44),
excHwSynth3(45),
excMuteAudio1(46),
excMuteAudio2(47),
excVideoInp1(48),
excVideoInp2(49),
excVideoInpAct(50),
excRfOutExcV(51),
excRfOutAntV(52),
excRfOutExcA1(53),
excRfOutAntA1(54),
excRfOutExcA2(55),
excRfOutAntA2(56),
excClippingAntInp(57),
excNoHeadroomAnt(58),
excAudioMode(59),
excWhiteLine(60),
excWhiteLineLnAmp(61),
excWhiteLineLnAmpW(62),
excSyncCheck(63),
excWhiteLimiter(64),
excDevLimAud1(65),
excDevLimAud2(66),
excVideoInpClip(67),
excAud1InpClip(68),
excAud2InpClip(69),
excNICAM728Data(70),
excNICAM728Carr(71),
excAud2OutClip(72),
excRfMonFail(73),
excRfVideoFail(74),
excRfAudio1Fail(75),
excRfAudio2Fail(76),
excAudioLoopOpen(77),
excVideoLoopOpen(78),
excTestMode(100),
excExtRefFail(101),
excExtRefWeak(102),
excExtPPSFail(103),
excInputSwitched(104),
excInputFail2(105),
excWrongDatarate(106),
excFifoOverUnderflow(107),
excDelayChanged(108),
excSFNDelay(109),
excNoMIP(110),
excWrongMFArrivalTime(111),
excExtPPSAsynchron(112),
excPacketUnlock(113),
excMaxDelayChanged(114),
excReferenceAbsent(115),
excNoPPS(116),
excRfFailAmplifier(117),
excWarningAmplifier(118),
excAmpOverflow(119),
excModError(120),
excFLOModErr(121),
excInput1(122),
excInput2(123),
excInput1LP(124),
excInput2LP(125),
excNoReserveAvailable(126),
excSynthesizerUnlocked(127),
excSFNIdleRegulation(128),
excAmpVSWR(170),
excAmpTempWarn(171),
excAmpTempFault(172),
excAmpRegulation(173),
excAmpTransistor(174),
excAmpReducedPower(175),
excHWAmpEEPROM(176),
excRFWarningAmp(177),
excModSfnRAMInitErr(180),
excModTransportErr(181),
excModFIFOParErr(182),
excModFIFOSeqErr(183),
excModSfnBufEmpty(184),
excModSfnBufFull(185),
excModSsfMultiple(186),
excModSsfMissing(187),
excModLofTS1(188),
excModLofTS2(189),
excModCoreStall(190),
excModIqInactive(191),
excModMtiVersErr(192),
excModCoreReset(193),
excModConfigChanged(194),
excSFNBuffer(195),
excModIdleMode(196),
excSFNBufferTooEmpty(197),
excModMemError(198),
excSfnBufferTooFull(199),
excMissingSIP(205),
excTCLevelOutOfRange(210),
excTCLevelOverflow(211),
excInputFail3(212),
excInputWarning(213),
excEchoWarning(214),
xlxInputStepProtection(215),
excExt1PPSReference(220),
excInt1PPSReference(221),
exc5MHzReference(222),
exc10MHzReference(223),
excPrecorrectionSetupInfo(230),
excPrecorrectionSetupFail(231),
excFramecounter(240),
excMissingIIP(241),
excPSUOvertemp(250),
excPowerSupplyWarning(251),
excNSUConnected(256),
excMonHWError(260),
excRecvRxAUXHWError(261),
excRecvHWError(262),
excMonNoFrontendLock(263),
excRecvAUXNoFrontendLock(264),
excRecvNoFrontendLock(265),
excMonBadInputSignal(266),
excRecvAUXBadInputSignal(267),
excRecvBadInputSignal(268),
excMonNoInputSignal(269),
excRecvAUXWarningInputSignal(270),
excRecvWarningInputSignal(271),
excMonAUXHWError(272),
excMonAUXNoFrontendLock(273),
excMonAUXBadInputSignal(274),
excMonitorNoInputFail(280),
excNoSfnData(300),
excNoMobileDtvContent(301),
excInput1Available(320),
excInput2Available(321),
excInput1LPAvailable(322),
excInput2LPAvailable(323),
excRfTest(400),
excPRBSInsertion(401),
excTestEnsemble(402),
excInvalidTII(403),
excTIITransmission(404),
excTxModeChange(405),
excTIIChange(406),
excNullTIST(407),
excTISTJitter(408),
excTS1FrameLock(409),
excTS2FrameLock(410),
excCrcViolationRateTooHigh(411),
excSeamlessReady(412),
excTestFIC(413),
dvbt2NoL1Present(500),
dvbt2InvalidConfiguration(501),
dvbT2UnsupportedConfiguration(502),
dvbt2BandwidthMismatch(503),
iqHeader1Integrity(550),
iqHeader2Integrity(551),
iqHeader1Issues(552),
iqHeader2Issues(553),
iqInputRegulation(554),
iqWrongConfiguration(555),
iqTseMute(556),
iqInputOrder(557),
sx801PowerFail7Vpositive(600),
sx801PowerFail7Vnegative(601),
sx801PowerFail12V(602),
preAmpTemperatureFault(603),
preAmpRFFault(604),
parIoExcLink(605),
parIoTxLink(606),
parIoGpIoLink(607),
rfBoardRFFault(608),
sx801PhaseError(640),
sx801ReflectionWarning(641),
sx801ReflectionFault(642),
sx801RfWarning(643),
sx801AmplShutdown(644),
sx801PA1Supply1TooHot(650),
sx801PA1Supply2TooHot(651),
sx801PA1ReserveSupplyTooHot(652),
sx801PA1Supply1Fail(653),
sx801PA1Supply2Fail(654),
sx801PA1ReserveSupplyFail(655),
sx801PA1AcFail(656),
sx801PA1BlowerFail(657),
sx801PA1TransistorFail(658),
sx801PA1DriverFail(659),
sx801PA1RfInFail(660),
sx801PA1Reflection(661),
sx801PA1VSWR(662),
sx801PA1PowerFail(663),
sx801PA1Regulation(664),
sx801PA1Temperature(665),
sx801PA1Communication(666),
sx801PA1Update(667),
sx801PA2Supply1TooHot(675),
sx801PA2Supply2TooHot(676),
sx801PA2ReserveSupplyTooHot(677),
sx801PA2Supply1Fail(678),
sx801PA2Supply2Fail(679),
sx801PA2ReserveSupplyFail(680),
sx801PA2AcFail(681),
sx801PA2BlowerFail(682),
sx801PA2TransistorFail(683),
sx801PA2DriverFail(684),
sx801PA2RfInFail(685),
sx801PA2Reflection(686),
sx801PA2VSWR(687),
sx801PA2PowerFail(688),
sx801PA2Regulation(689),
sx801PA2Temperature(690),
sx801PA2Communication(691),
sx801PA2Update(692),
pa3Supply1TooHot(700),
pa3Supply2TooHot(701),
pa3ReserveSupplyTooHot(702),
pa3Supply1Fault(703),
pa3Supply2Fault(704),
pa3ReserveSupplyFault(705),
pa3ACFault(706),
pa3BlowerFault(707),
pa3TransistorFault(708),
pa3DriverFault(709),
pa3RFinFault(710),
pa3Reflection(711),
pa3VSWR(712),
pa3PowerFault(713),
pa3Regulation(714),
pa3Temperature(715),
pa3Communication(716),
pa3Update(717),
pa4Supply1TooHot(725),
pa4Supply2TooHot(726),
pa4ReserveSupplyTooHot(727),
pa4Supply1Fault(728),
pa4Supply2Fault(729),
pa4ReserveSupplyFault(730),
pa4ACFault(731),
pa4BlowerFault(732),
pa4TransistorFault(733),
pa4DriverFault(734),
pa4RFinFault(735),
pa4Reflection(736),
pa4VSWR(737),
pa4PowerFault(738),
pa4Regulation(739),
pa4Temperature(740),
pa4Communication(741),
pa4Update(742),
tse800NoConnect(770),
tse800Warning(771),
tse800Fault(772),
automaticOn(800),
automaticFault(801),
autoCtrlExcActive(802),
autoPrgmExcActive(803),
changeoverByUser(804),
changeoverByAuto(805),
automaticReady(806),
autoPrgmExcNoConnect(807),
autoPrgmExcFault(808)
}
LogbookEntryMessagesExcDVB ::= TEXTUAL-CONVENTION
STATUS obsolete
DESCRIPTION
"Inserted information in the logbook of DVB exciters.
This is obsolete! Please use LogbookEntryMessagesExcTv!"
SYNTAX INTEGER
{
excReboot(0),
excSummaryFault(1),
excSummaryWarning(2),
excLocal(3),
excOn(4),
excRfOk(5),
excNoInput(6),
excReferenceFail(7),
excRfOn(8),
excMute(9),
excFanWarning(12),
excNoCommunicationToNetCCU(13),
excPowerSupply(16),
excBoardTemperature(17),
excFanFault(18),
excSelfTest(19),
excHwCfCard(20),
excOutputOpen(21),
excHwEeprom(23),
excRfFail(25),
excLoop(26),
excCarrierLock(28),
excInputFault(30),
excOptionExpired(37),
excOptionExpires(38),
excHwFpgaConfig(40),
excHwIifBoard(41),
excHwRfBoard(42),
excHwSynth1(43),
excHwSynth2(44),
excHwSynth3(45),
excTestMode(100),
excExtRefFail(101),
excExtRefWeak(102),
excExtPPSFail(103),
excWrongConfig(104),
excInputFail(105),
excWrongDatarate(106),
excFifoWarning(107),
excExtDelayChanged(108),
excWrongDelay(109),
excNoMIP(110),
excWrongMFArrivalTime(111),
excExtPPSAsynchron(112),
excPacketUnlock(113),
excMaxDelayChanged(114),
excNoReference(115),
excNoPPS(116),
excRfFailAmplifier(117),
excWarningAmplifier(118),
excOverflowAmplifier(119),
excSynthUnlock(127)
}
LogbookEntryMessagesExcFM ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Inserted information in the logbook of FM exciters."
SYNTAX INTEGER
{
excReboot(0),
excSummaryFault(1),
excSummaryWarning(2),
excLocal(3),
excOn(4),
excRfOk(5),
excNoInput(6),
excReferenceFail(7),
excRfOn(8),
excMute(9),
excNoCommunicationToNetCCU(13),
excBiosUpdated(15),
excPowerSupply(16),
excOutputOpen(21),
excEEPROMError(23),
excRfFail(25),
excLoop(26),
excFPGANotLoaded(27),
excCarrierLock(28),
excInputFault(30),
ostSummaryFault(32),
excSoftFault(33),
ostSoftFault(34),
ostSummaryWarning(36),
excOptionKeyExpired(37),
excOptionKeyWarning(38),
excTemperatureWarning(41),
excTemperatureFault(42),
excRfUnitFault(43),
excFan1NotOk(47),
excFan2NotOk(48),
excMainPLLUnlocked(49),
excMainUPCUnlocked(50),
excMainCLKUnlocked(51),
exc12VFanWarning(67),
exc12VRackControllerWarning(71),
excInfoFrequencyChanged(81),
excLevelAESLeftTooLow(84),
excLevelAESRightTooLow(85),
excLevelMPXTooLow(86),
excNoDataInput(87),
excLevelAFLeftTooLow(88),
excLevelAFRightTooLow(89),
excLevelAUX1TooLow(90),
excLevelAUX2TooLow(91),
excLevelAUX3TooLow(92),
excLevelAESLeftTooHigh(93),
excLevelAESRightTooHigh(94),
excLevelMPXTooHigh(95),
excLevelAFLeftTooHigh(97),
excLevelAFRightTooHigh(98),
excLevelAUX1TooHigh(99),
excLevelAUX2TooHigh(100),
excLevelAUX3TooHigh(101),
excAESNoClock(102),
excAESParityBiphaseError(103),
excAESStateNotValid(104),
excInpCh1NotOk(105),
excInpCh2NotOk(106),
excInpCh1Active(107),
excInpCh2Active(108),
excInpAutomaticActive(109),
recSummaryWarning(110),
recSummaryFault(111),
ostRfPresent(112),
recRfWarning(113),
recCarrierNotPresent(114),
recNoConnection(115),
ostRfWarn(116),
ostRfFault(117),
ostNoInput(118),
recRfFault(119),
recRfPresent(120),
ostPowerRegulationActive(121),
ostTemperatureWarning(122),
ostSwrWarning(123),
ostSwrFault(124),
ostNoConnection(125)
}
LogbookEntryMessagesOST ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Inserted information in the logbook of outputstage."
SYNTAX INTEGER
{
ostRfOn(42),
ostRfOk(43),
ostRfReduced(44),
ostNoInput(45),
ostRfWarning(46),
ostReflectionWarning(47),
ostRackWarning(48),
ostCoolingWarning(49),
ostRfFail(50),
ostReflectionFault(51),
ostACFault(52),
ostCoolingFault(53),
ostCommunicationFault(54),
rackLinkOk(58),
rackOn(59),
reducedRfExcA(60),
reducedRfExcB(61),
rackGpiWarning(62),
rackFan1Fault(63),
rackFan2Fault(64),
rackCoolingSumWarning(65),
rackAmplifierSumFault(66),
rackGpiFault(67),
rackTemperatureFault(68),
rackACFault(69),
rackCoolingSumFault(70),
rackTempFaultAbs1(71),
rackTempFaultAbs2(72),
rackDCFault(73),
ampNumberDiffers(76),
ampOn(77),
ampDCOk(78),
ampACOk(79),
ampRfInFail(80),
ampRfFail(81),
ampReflectionFault(82),
ampTemperatureFault(83),
ampFanFault(84),
ampTransistorFault(85),
pucFault(86),
pucWarning(87),
pucLink(88),
pucFan1Link(89),
pucFan2Link(90),
pucFan3Link(91),
pucFan4Link(92),
pucPump1Link(93),
pucPump2Link(94),
pucOn(95),
pucFan1(96),
pucFan2(97),
pucFan3(98),
pucFan4(99),
pucPump1(100),
pucPump2(101),
pucPressure(102),
pucMaintenance(103),
pucConfig(104),
pucFan1Fault(105),
pucFan2Fault(106),
pucFan3Fault(107),
pucFan4Fault(108),
pucPump1Fault(109),
pucPump2Fault(110),
pucPressureFault(111),
pucFilter(117),
pucPuOff(118),
rackProbeNotCalibrated(119),
rackTemperatureWarning(120),
rackSumFault(121),
rackAbsorberFault(122),
rackOvervoltageProtection(123),
psu1Fault(124),
psu2Fault(125),
psuRFault(126),
ampDriverFault(127),
ctxPowerFault(128),
ampRegulationFault(129)
}
LogbookEntryMessagesNSU ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Inserted information in the logbook of Nplus1-Switchoverunit."
SYNTAX INTEGER
{
local(3),
automaticOn(5),
automaticReady(6),
automaticChangeover(7),
swBackupStarted(10),
program1RfOn(11),
program2RfOn(12),
program3RfOn(13),
program4RfOn(14),
program5RfOn(15),
program6RfOn(16),
program7RfOn(17),
program8RfOn(18),
programReserveRfOn(19),
swBackupDone(20),
txA1ToDummyLoad(21),
txA2ToDummyLoad(22),
txA3ToDummyLoad(23),
txA4ToDummyLoad(24),
txA5ToDummyLoad(25),
txA6ToDummyLoad(26),
txA7ToDummyLoad(27),
txA8ToDummyLoad(28),
txBToDummyLoad(29),
optionkeyExpired(30),
txA1Local(31),
txA2Local(32),
txA3Local(33),
txA4Local(34),
txA5Local(35),
txA6Local(36),
txA7Local(37),
txA8Local(38),
txBLocal(39),
reboot(40),
txA1SumWarning(41),
txA2SumWarning(42),
txA3SumWarning(43),
txA4SumWarning(44),
txA5SumWarning(45),
txA6SumWarning(46),
txA7SumWarning(47),
txA8SumWarning(48),
txBSumWarning(49),
swBackupFailed(50),
txA1NoConnect(51),
txA2NoConnect(52),
txA3NoConnect(53),
txA4NoConnect(54),
txA5NoConnect(55),
txA6NoConnect(56),
txA7NoConnect(57),
txA8NoConnect(58),
txBNoConnect(59),
swRestoreStarted(60),
txA1SumFault(61),
txA2SumFault(62),
txA3SumFault(63),
txA4SumFault(64),
txA5SumFault(65),
txA6SumFault(66),
txA7SumFault(67),
txA8SumFault(68),
txBSumFault(69),
swRestoreDone(70),
swRestoreFailed(80),
connBoardTxA1Updating(81),
connBoardTxA2Updating(82),
connBoardTxA3Updating(83),
connBoardTxA4Updating(84),
connBoardTxA5Updating(85),
connBoardTxA6Updating(86),
connBoardTxA7Updating(87),
connBoardTxA8Updating(88),
connBoardTxBUpdating(89),
inputSwitchUpdating(90),
connBoardTxA1SumWarning(91),
connBoardTxA2SumWarning(92),
connBoardTxA3SumWarning(93),
connBoardTxA4SumWarning(94),
connBoardTxA5SumWarning(95),
connBoardTxA6SumWarning(96),
connBoardTxA7SumWarning(97),
connBoardTxA8SumWarning(98),
connBoardTxBSumWarning(99),
inputSwitchSumWarning(100),
fanFault(101),
sumWngRCV(102),
rcvNoConnect(103),
sumFltRCV(104),
optionkeyWillExpire(105),
powerSupply(106),
boardTemperature(107),
automaticFault(108),
rcvNoConnectx(109),
sumFltRCVx(110),
connBoardTxA1SumFault(111),
connBoardTxA2SumFault(112),
connBoardTxA3SumFault(113),
connBoardTxA4SumFault(114),
connBoardTxA5SumFault(115),
connBoardTxA6SumFault(116),
connBoardTxA7SumFault(117),
connBoardTxA8SumFault(118),
connBoardTxBSumFault(119),
inputSwitchSumFault(120),
outputSwitch(122),
inputSwitchChangeOver(123),
txBParameterSet(124),
antennaRedundancySumWarning(196),
tcbTxBPowerSupply(197),
txBPosition(198),
intPwrSupply(200),
extPwrSupply(201),
antennaRedundancySumFault(226)
}
LogbookEntryMessagesXV703 ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Inserted information in the logbook of XV703 transposers."
SYNTAX INTEGER
{
noNetCCUConnection(0),
summaryFault(1),
summaryWarning(2),
local(3),
on(4),
ok(5),
fanWarning(7),
rfOn(8),
updatedBIOS(9),
powerSupply(10),
boardTemperature(11),
fanFault(12),
reboot(14),
loopOpen(15),
noConnection(16),
ampFail(17),
ifrPllFail(18),
rfiPllFail(19),
refFreqFail(20),
pInFail(21),
rfFail(22)
}
LogbookEntrySlope ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"These are the information which are inserted in the logbook."
SYNTAX INTEGER
{
set(1),
reset(2)
}
LogbookMaxEntryNumber ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"The maximum number of entries in a logbook.
This is used in other MIBs as a placeholder."
SYNTAX Integer32 (0..255)
IndexTransmitter ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"This is used for Nplus1 systems to indicate a transmitter (physical view).
TransmitterB(1) is the reserve transmitter, transmitterA1(2) to transmitterA8(9) are the main transmitter.
In difference to the logical view, transmitterB(1) has special parameters available."
SYNTAX INTEGER
{
transmitterB(1),
transmitterA1(2),
transmitterA2(3),
transmitterA3(4),
transmitterA4(5),
transmitterA5(6),
transmitterA6(7),
transmitterA7(8),
transmitterA8(9)
}
IndexRack ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"This is used for systems with more than 1 rack to display a designated rack."
SYNTAX Integer32 (1..10)
IndexAmplifier ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"This is used to display a designated amplifier."
SYNTAX Integer32 (1..10)
IndexProgram ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"This is used for Nplus1 systems to indicate a program sent out (logical view).
ProgramRes(1) is the reserve program, program1(2) to program8(9) are the main programs.
In difference to the physical view, programRes(1) has no special parameters available. Furthermore it has no priority."
SYNTAX INTEGER
{
programRes(1),
program1(2),
program2(3),
program3(4),
program4(5),
program5(6),
program6(7),
program7(8),
program8(9)
}
IndexAB ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"The value for the module A (exciterA, outputstageA) or
B (exciterB, outputstageB) for alarms.
This is a helper column."
SYNTAX INTEGER
{
a(1),
b(2)
}
ProdInfoModuleNameTv ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"The product information module names for TV."
SYNTAX INTEGER
{
exciter(1),
exciterMainboard(2),
exciterInputInterface(3),
exciterRfBoard(4),
exciterSynth1(5),
exciterSynth2(6),
exciterSynth3(7),
netCCU(50),
rackcontroller(100),
amplifier(101)
}
ProdInfoModuleNameFm ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"The product information module names for FM."
SYNTAX INTEGER
{
exciter(1),
exciterMainboard(2),
exciterBootprog(3),
exciterBootload(4),
exciterOs(5),
exciterFpga(6),
netCCU(50),
rackcontroller(100),
amplifier(101)
}
ProdInfoModuleNameNsu ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"The product information module names for NSU."
SYNTAX INTEGER { tcBoard(70) }
LogbookEntryMessagesExcATV ::= TEXTUAL-CONVENTION
STATUS obsolete
DESCRIPTION
"Inserted information in the logbook of ATV exciters.
This is obsolete! Please use LogbookEntryMessagesExcTv!"
SYNTAX INTEGER
{
reboot(0),
summaryFault(1),
summaryWarning(2),
local(3),
exciterOn(4),
rfOk(5),
noInput(6),
reference(7),
rfOn(8),
mute(9),
relieveReq(10),
oneFan(12),
noCcuComm(13),
swUpdated(14),
biosUpdated(15),
powerSupply(16),
temperature(17),
fans(18),
hwMainboard(19),
hwCfCard(20),
outputOpen(21),
hwEEPROM(23),
rfFail(25),
loopOpen(26),
noFPGA(27),
carrierLock(28),
inputFail(30),
optionExpired(37),
optionWillEnd(38),
fpgaConfig(40),
hwIifBoard(41),
hwRfBoard(42),
hwSynth1(43),
hwSynth2(44),
hwSynth3(45),
muteAudio1(46),
muteAudio2(47),
videoInput1(48),
videoInput2(49),
videoInputAct(50),
rfOutExcV(51),
rfOutAntV(52),
rfOutExcA1(53),
rfOutAntA1(54),
rfOutExcA2(55),
rfOutAntA2(56),
clippingAntennaInput(57),
noHeadroomAntenna(58),
audioMode(59),
whiteLine(60),
whiteLineLnAmp(61),
whiteLineLnAmpW(62),
syncCheck(63),
whiteLimiter(64),
devLimAud1(65),
devLimAud2(66),
videoInputClipping(67),
aud1InpClip(68),
aud2InpClip(69),
nicam728Data(70),
nicam728Carr(71),
aud2OutClip(72),
rfMonFail(73),
rfVideoFail(74),
rfAudio1Fail(75),
rfAudio2Fail(76),
audioLoopOpen(77),
videoLoopOpen(78),
testMode(100),
extRefFail(101),
extRefWeak(102),
extPpsFail(103),
wrongConfig(104),
wrongDatarate(106),
fifoOverUnderFlow(107),
delayChanged(108),
wrongDelay(109),
noMIP(110),
wrongMfArrivalTime(111),
packetUnlock(113),
maxDelayChanged(114),
referenceAbsent(115),
noPPS(116),
rfFailAmplifier(117),
warningAmplifier(118),
amplifierOverflow(119),
synthesizerUnlocked(127)
}
LockState ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"This is for carrier locking."
SYNTAX INTEGER
{
locked(1),
unlocked(2)
}
EqualizerCalibrationState ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"possible precorrection equalizer calibration states"
SYNTAX INTEGER
{
inactive(1),
active(2),
warning(3),
fail(4)
}
TvStandard ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"The TV standards.
The value 'inconsistent' cannot be written.
It is shown only when switching from one standard to another in between."
SYNTAX INTEGER
{
atv(1),
dvb(2),
atsc(3),
dtmb(4),
mediaFLO(5),
test(6),
dab(7),
isdbt(8),
dvbt2(9),
inconsistent(100)
}
AtvStandard ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"The ATV standards."
SYNTAX INTEGER
{
bg(1),
m(2),
m1(3),
n(4),
dk(5),
i(6),
i1(7),
dkfm2(8),
l(9),
k1(10),
h(11),
b(12),
g(13)
}
InputSource ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"input source selection type"
SYNTAX INTEGER
{
bnc(1),
rx(2),
sat(3),
ip(4),
reserved(5),
tp(6),
vf(7),
t2Mi(8),
iq(9)
}
Sx801AmplifierState ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Description."
SYNTAX INTEGER
{
off(1),
warning(2),
ok(3),
unknown(4)
}
FailDelayMode ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"The mode how fail delay is handled.
always(1) - the fail delay action is always carried out after
the user specified fail delay time.
ifQualified(2) - the fail delay action is carried out after
the user specified fail delay time
only if the FailDelayStatus is ok(3).
Otherwise (Fail DelayStatus warning(2)) 30 minutes after GPS was lost
a reference fault is signaled and the input is muted."
SYNTAX INTEGER
{
always(1),
ifQualified(2)
}
FailDelayStatus ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"The current state of time drift prediction.
off(1) - not used
warning(2) - Availability of GPS not sufficient for time drift prediction
ok(3) - Time drift prediction is functional."
SYNTAX INTEGER
{
off(1),
warning(2),
ok(3)
}
--
-- Node definitions
--
rsXx8000 OBJECT-IDENTITY
STATUS current
DESCRIPTION
"The subtree for all transmitters of series 8000."
::= { rsProdBroadcastTransmitter 167 }
rsXx8000Common OBJECT-IDENTITY
STATUS current
DESCRIPTION
"This is the subtree for values which every equipement of series 8000 suports."
::= { rsXx8000 1 }
-- *****************************************************************************
-- ** object definitions
-- *****************************************************************************
rsXx8000CommonObjs OBJECT IDENTIFIER ::= { rsXx8000Common 1 }
-- *****************************************************************************
-- ** product information
-- *****************************************************************************
productInformation OBJECT IDENTIFIER ::= { rsXx8000CommonObjs 1 }
serialNumber OBJECT-TYPE
SYNTAX ReadableString
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"The serial number of the device."
::= { productInformation 2 }
identNumberSW OBJECT-TYPE
SYNTAX ReadableString
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"The Rohde&Schwarz identification number of the software, for example 2094.2090.02."
::= { productInformation 3 }
versionNumberSW OBJECT-TYPE
SYNTAX ReadableString
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"The Rohde&Schwarz revision number of the software, for example 1.2.1."
::= { productInformation 4 }
identNumberHW 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)."
::= { productInformation 5 }
versionNumberHW 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."
::= { productInformation 6 }
-- *****************************************************************************
-- ** SNMP configuration
-- *****************************************************************************
snmpConfig OBJECT IDENTIFIER ::= { rsXx8000CommonObjs 2 }
trapSinkTable OBJECT-TYPE
SYNTAX SEQUENCE OF TrapSinkEntry
MAX-ACCESS not-accessible
STATUS current
DESCRIPTION
"This table is for configuration of trapsinks - the IP-addresses where traps/informs are sent to.
This table gives you possibility for easier remote configuration of trapsinks.
Another way, which is predefined by IETF, is to use the MIBs SNMP-TARGET and SNMP-NOTIFICATION."
::= { snmpConfig 2 }
trapSinkEntry OBJECT-TYPE
SYNTAX TrapSinkEntry
MAX-ACCESS not-accessible
STATUS current
DESCRIPTION
"An entry for a trapsink."
INDEX { trapSinkNumber }
::= { trapSinkTable 1 }
TrapSinkEntry ::=
SEQUENCE {
trapSinkNumber
Integer32,
trapSinkVersion
INTEGER,
trapSinkAddress
IpAddress,
trapSinkPort
Integer32,
trapSinkCommunity
ReadableString,
trapSinkInformRetry
Integer32,
trapSinkInformTimeout
Integer32,
trapSinkInformUnacknowledged
Integer32,
trapSinkUse
TruthValue
}
trapSinkNumber OBJECT-TYPE
SYNTAX Integer32 (1..5)
MAX-ACCESS not-accessible
STATUS current
DESCRIPTION
"The arbitrary number in the list."
::= { trapSinkEntry 1 }
trapSinkVersion OBJECT-TYPE
SYNTAX INTEGER
{
v1Trap(1),
v2Trap(2),
v2Inform(3)
}
MAX-ACCESS read-write
STATUS current
DESCRIPTION
"The SNMP-version of sent out alarm.
1: v1Trap
2: v2Trap
3: v2Inform"
::= { trapSinkEntry 2 }
trapSinkAddress OBJECT-TYPE
SYNTAX IpAddress
MAX-ACCESS read-write
STATUS current
DESCRIPTION
"The IP-Address of the SNMP manager to which the alarms are sent to."
::= { trapSinkEntry 3 }
trapSinkPort OBJECT-TYPE
SYNTAX Integer32 (1..65535)
MAX-ACCESS read-write
STATUS current
DESCRIPTION
"The port of the SNMP manager to which the alarms are sent to."
::= { trapSinkEntry 4 }
trapSinkCommunity OBJECT-TYPE
SYNTAX ReadableString
MAX-ACCESS read-write
STATUS current
DESCRIPTION
"community used in alarm"
::= { trapSinkEntry 5 }
trapSinkInformRetry OBJECT-TYPE
SYNTAX Integer32 (1..255)
MAX-ACCESS read-write
STATUS current
DESCRIPTION
"only used for informs:
number of times to resend the inform"
::= { trapSinkEntry 6 }
trapSinkInformTimeout OBJECT-TYPE
SYNTAX Integer32 (1..255)
UNITS "seconds"
MAX-ACCESS read-write
STATUS current
DESCRIPTION
"only used for informs:
timeout between retries"
::= { trapSinkEntry 7 }
trapSinkInformUnacknowledged OBJECT-TYPE
SYNTAX Integer32 (1..255)
MAX-ACCESS read-write
STATUS obsolete
DESCRIPTION
"only used for informs:
maximum number of waiting informs
if this is reached, the oldest pending inform is discarded"
::= { trapSinkEntry 8 }
trapSinkUse OBJECT-TYPE
SYNTAX TruthValue
MAX-ACCESS read-write
STATUS current
DESCRIPTION
"on/off-switch for this sink"
::= { trapSinkEntry 9 }
sendTestTrap OBJECT-TYPE
SYNTAX Trigger
MAX-ACCESS read-write
STATUS current
DESCRIPTION
"1: idle
2: Agent generates the trap 'testTrap', which is useful when checking the
connection between agent (NetCCU) and your trapsink."
::= { snmpConfig 3 }
irtTrapsAllOn OBJECT-TYPE
SYNTAX Trigger
MAX-ACCESS read-write
STATUS current
DESCRIPTION
"This switches all IRT-traps on - traps for all events are sent out.
In detail, this means in the IRT-MIBs under branches *EventEnable all
OIDs are set to 1.
Caution!
Setting this value influences remote controlling of devices.
Too many alarms may flood your network. Use this only for testing - for
operation, we suggest switch on only a few important traps."
::= { snmpConfig 4 }
irtTrapsAllOff OBJECT-TYPE
SYNTAX Trigger
MAX-ACCESS read-write
STATUS current
DESCRIPTION
"This switches all IRT-traps off - no traps are sent out.
In detail, this means in the IRT-MIBs under branches *EventEnable all
OIDs are set to 2.
Note: This is typically set when using only R&S-MIBs
and you don't need IRT-MIBs."
::= { snmpConfig 5 }
rsTrapsAllOn OBJECT-TYPE
SYNTAX Trigger
MAX-ACCESS read-write
STATUS current
DESCRIPTION
"This switches all R&S-traps on - traps for all events (info, warning, fault) are sent out.
In detail, this means in the R&S-MIBs under *Events - Events*Table in
column event*Mask all OIDs are set to 1.
Caution!
Enabling all traps is not recommended!
Caution!
Setting this value influences remote controlling of devices!
Too many alarms may flood your network. Use this only for testing - for
operation, we suggest switch on only a few important traps.
Caution!
This enables absolutely all R&S alarms!
Make sure you can handle it (network speed, routers, firewalls, NOC database performance etc.)."
::= { snmpConfig 6 }
rsTrapsAllOff OBJECT-TYPE
SYNTAX Trigger
MAX-ACCESS read-write
STATUS current
DESCRIPTION
"This switches all R&S-traps off - no traps are sent out.
In detail, this means in the R&S-MIBs under *Events - Events*Table in
column event*Mask all OIDs are set to 2.
Note: This is typically set when using only IRT-MIBs
and you don't need R&S-MIBs."
::= { snmpConfig 7 }
rsTrapsAllFaultsOn OBJECT-TYPE
SYNTAX Trigger
MAX-ACCESS read-write
STATUS current
DESCRIPTION
"This switches all R&S-traps for faults on - traps for all 'faults' are sent out.
In detail, this means in the R&S-MIBs under *Events - Events*Table in
column event*Mask all 'fault'-OIDs are set to '1'.
These traps include the value 'fault(1)' in binding 'eventAlarmClass'.
Note: This is the recommended setting when using R&S-MIBs. It gives you an
overview of the device state."
::= { snmpConfig 8 }
rsTrapsAllFaultsOff OBJECT-TYPE
SYNTAX Trigger
MAX-ACCESS read-write
STATUS current
DESCRIPTION
"This switches all R&S-traps for faults off - no traps for 'faults' are sent out.
In detail, this means in the R&S-MIBs under *Events - Events*Table in
column event*Mask all 'fault'-OIDs are set to '2'.
These traps include the value 'fault(1)' in binding 'eventAlarmClass'."
::= { snmpConfig 9 }
rsTrapsAllWarningsOn OBJECT-TYPE
SYNTAX Trigger
MAX-ACCESS read-write
STATUS current
DESCRIPTION
"This switches all R&S-traps for warnings on - traps for all 'warnings' are sent out.
In detail, this means in the R&S-MIBs under *Events - Events*Table in
column event*Mask all 'warning'-OIDs are set to '1'.
These traps include the value 'warning(2)' in binding 'eventAlarmClass'.
Note: This is the recommended setting when using R&S-MIBs and you want much more
informations from the device than only faults.
Caution!
This enables lots of alarms.
Make sure you can handle it (network speed, NOC database performance etc.)..."
::= { snmpConfig 10 }
rsTrapsAllWarningsOff OBJECT-TYPE
SYNTAX Trigger
MAX-ACCESS read-write
STATUS current
DESCRIPTION
"This switches all R&S-traps for warnings off - no traps for 'warnings' are sent out.
In detail, this means in the R&S-MIBs under *Events - Events*Table in
column event*Mask all 'warning'-OIDs are set to '2'.
These traps include the value 'warning(2)' in binding 'eventAlarmClass'."
::= { snmpConfig 11 }
transmitterConfig OBJECT IDENTIFIER ::= { rsXx8000CommonObjs 3 }
dateTime OBJECT-TYPE
SYNTAX DateAndTime
MAX-ACCESS read-write
STATUS current
DESCRIPTION
"The date and time for the transmitter.
Notes: Deci-seconds different from 0 are ignored.
The range of distance from UTC is -12h..+14h.
Omitting the optional UTC fields in a set-request results in keeping the
old UTC offset values."
::= { transmitterConfig 1 }
ntp OBJECT IDENTIFIER ::= { transmitterConfig 2 }
ntpMode OBJECT-TYPE
SYNTAX INTEGER
{
unknown(1),
disabled(2),
stepAdjust(4)
}
MAX-ACCESS read-write
STATUS current
DESCRIPTION
"Configures the working mode of the NTP client.
disabled: no ntp synchronisation will be done
step: the time will synchronized every NTP sync-time
unknown: NTP mode is currently not determinable. This value must not be written."
::= { ntp 1 }
ntpSyncTimeInterval OBJECT-TYPE
SYNTAX Integer32 (6..1440)
UNITS "minute"
MAX-ACCESS read-write
STATUS current
DESCRIPTION
"Set the intervall, how often the NTP client will be synchronized to the NTP server.
Note: this is useful in step mode only ."
::= { ntp 2 }
ntpServerAddrTable OBJECT-TYPE
SYNTAX SEQUENCE OF NtpServerAddrEntry
MAX-ACCESS not-accessible
STATUS current
DESCRIPTION
"Table with server adresses.
Currently maximal one entry is allowed."
::= { ntp 3 }
ntpServerAddrEntry OBJECT-TYPE
SYNTAX NtpServerAddrEntry
MAX-ACCESS not-accessible
STATUS current
DESCRIPTION
"An entry for a ntpServerAddrTable."
INDEX { ntpServerAddrIdx }
::= { ntpServerAddrTable 1 }
NtpServerAddrEntry ::=
SEQUENCE {
ntpServerAddrIdx
Integer32,
ntpServerAddress
ReadableString
}
ntpServerAddrIdx OBJECT-TYPE
SYNTAX Integer32 (1)
MAX-ACCESS not-accessible
STATUS current
DESCRIPTION
"index for table entry."
::= { ntpServerAddrEntry 1 }
ntpServerAddress OBJECT-TYPE
SYNTAX ReadableString
MAX-ACCESS read-write
STATUS current
DESCRIPTION
"host name or IP address of server."
::= { ntpServerAddrEntry 2 }
ntpState OBJECT-TYPE
SYNTAX INTEGER
{
unknown(1),
disabled(2),
enabled(3),
notRunning(4),
syncFailed(5),
synchronizing(6),
syncOk(7)
}
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"Shows the actual state of the NTP synchronisation."
::= { ntp 4 }
ntpLastSync OBJECT-TYPE
SYNTAX DateAndTime
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"The date/time of the last successful synchronisation."
::= { ntp 5 }
swMaintenance OBJECT IDENTIFIER ::= { transmitterConfig 5 }
restart OBJECT-TYPE
SYNTAX Trigger
MAX-ACCESS read-write
STATUS current
DESCRIPTION
"Restart the software of transmitter's control unit."
::= { swMaintenance 1 }
swUpdate OBJECT IDENTIFIER ::= { swMaintenance 5 }
swUpdateStart OBJECT-TYPE
SYNTAX Trigger
MAX-ACCESS read-write
STATUS current
DESCRIPTION
"Start software update tool at transmitter side in manual mode. The PC tool can only connect
to transmitter's control unit if the software update tool on the transmitter is started."
::= { swUpdate 2 }
swUpdateMode OBJECT-TYPE
SYNTAX INTEGER
{
manual(1),
permanent(2)
}
MAX-ACCESS read-write
STATUS current
DESCRIPTION
"Run mode of the software update tool at the transmitter side.
manual: Software update can be started with the Start button. It will stop automaticly after
an idle period of 90 seconds.
permanent: Software update is always running and will never stop."
::= { swUpdate 3 }
swUpdateDeviceName OBJECT-TYPE
SYNTAX ReadableString (SIZE (0..30))
MAX-ACCESS read-write
STATUS current
DESCRIPTION
"The Device Name is dedicated to this control unit. It will be shown in the software update tool on the PC to differ devices."
::= { swUpdate 4 }
swUpdateDeviceGroup OBJECT-TYPE
SYNTAX ReadableString (SIZE (0..30))
MAX-ACCESS read-write
STATUS current
DESCRIPTION
"The Device Group can be used to separate devices in large networks.
It must match the Device Group in software update tool on the PC."
::= { swUpdate 5 }
-- *****************************************************************************
-- ** event definitions
-- *****************************************************************************
rsXx8000CommonEvents OBJECT IDENTIFIER ::= { rsXx8000Common 2 }
rsXx8000EventsV2 OBJECT IDENTIFIER ::= { rsXx8000CommonEvents 0 }
testTrap NOTIFICATION-TYPE
OBJECTS { serialNumber, counterEvents }
STATUS current
DESCRIPTION
"This trap is sent to check whether the trapsink is receiving any traps
from this agent. To trigger this trap, set 'sendTestTrap' to '2'."
::= { rsXx8000EventsV2 1 }
eventTx OBJECT IDENTIFIER ::= { rsXx8000EventsV2 10 }
eventsTxV2 OBJECT-IDENTITY
STATUS current
DESCRIPTION
"Compatibility to SMIv1."
::= { eventTx 0 }
swUpdateStarted NOTIFICATION-TYPE
OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent }
STATUS current
DESCRIPTION
"Software update started.
The PC tool can only connect to transmitter's control unit if the software
update tool on the transmitter is started. It uses the network 17 (TCP and UDP)."
::= { eventsTxV2 1 }
ntpSyncFailed NOTIFICATION-TYPE
OBJECTS { eventAlarmPriority, eventAlarmClass, eventEvent }
STATUS current
DESCRIPTION
"NTP synchronisation failed."
::= { eventsTxV2 2 }
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 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 { eventTxNameIdx }
::= { eventsTxTable 1 }
EventsTxEntry ::=
SEQUENCE {
eventTxNameIdx
EventMaxEntryNumber,
eventTxName
INTEGER,
eventTxMask
EventMask,
eventTxPriority
EventPriority,
eventTxEvent
EventState
}
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 1 }
eventTxName OBJECT-TYPE
SYNTAX INTEGER
{
swUpdateStarted(1),
ntpSyncFailed(2)
}
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 2 }
eventTxMask OBJECT-TYPE
SYNTAX EventMask
MAX-ACCESS read-write
STATUS current
DESCRIPTION
"See TextualConvention for details."
::= { eventsTxEntry 3 }
eventTxPriority OBJECT-TYPE
SYNTAX EventPriority
MAX-ACCESS read-write
STATUS current
DESCRIPTION
"See TextualConvention for details."
::= { eventsTxEntry 4 }
eventTxEvent OBJECT-TYPE
SYNTAX EventState
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"See TextualConvention for details."
::= { eventsTxEntry 5 }
eventHistory OBJECT-IDENTITY
STATUS current
DESCRIPTION
"Information about sent out events."
::= { rsXx8000CommonEvents 1 }
counterEvents OBJECT-TYPE
SYNTAX Counter32
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"The total number of traps sent out.
This is an increasing value."
::= { eventHistory 1 }
eventHistoryTable OBJECT-TYPE
SYNTAX SEQUENCE OF EventHistoryEntry
MAX-ACCESS not-accessible
STATUS current
DESCRIPTION
"The table of the last 100 messages sent out."
::= { eventHistory 2 }
eventHistoryEntry OBJECT-TYPE
SYNTAX EventHistoryEntry
MAX-ACCESS not-accessible
STATUS current
DESCRIPTION
"An event entry."
INDEX { eventHistoryNumber }
::= { eventHistoryTable 1 }
EventHistoryEntry ::=
SEQUENCE {
eventHistoryNumber
Integer32,
eventHistoryModule
INTEGER,
eventHistoryEvent
Integer32,
eventHistoryEventState
EventState,
eventHistoryEventDate
DateAndTime,
eventHistoryTx
IndexTransmitter
}
eventHistoryNumber OBJECT-TYPE
SYNTAX Integer32 (1..2147483647)
MAX-ACCESS not-accessible
STATUS current
DESCRIPTION
"The trap number."
::= { eventHistoryEntry 1 }
eventHistoryModule OBJECT-TYPE
SYNTAX INTEGER
{
switchoverUnit(1),
netccu(2),
exciterA(3),
exciterB(4),
outputstageA(5),
outputstageB(6),
dvbReceiver(7),
pumpA(8),
pumpB(9),
antenna(10),
gps(11),
dvbRecMon(12),
gpParIO(13),
program(14)
}
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"This column indicates the physical module the corresponding message is for."
::= { eventHistoryEntry 2 }
eventHistoryEvent OBJECT-TYPE
SYNTAX Integer32
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"This column indicates the event.
In correlation with column eventHistoryModule, you can see the name of the event here.
For this, you need to have a look at the event definitions of the corresponding MIB.
Example:
For a DVB transmitter an entry in eventHistoryModule is netccu(2) and
the value in eventHistoryEvent is 1.
A look at eventsTxV2 of RS-XX8000-DVB-TX-MIB shows, 1 is txSummaryFault."
::= { eventHistoryEntry 3 }
eventHistoryEventState OBJECT-TYPE
SYNTAX EventState
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"See TextualConvention for details."
::= { eventHistoryEntry 4 }
eventHistoryEventDate OBJECT-TYPE
SYNTAX DateAndTime
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"This column indicates the date and time of the event."
::= { eventHistoryEntry 5 }
eventHistoryTx OBJECT-TYPE
SYNTAX IndexTransmitter
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"The transmitter index in case of NTx or Np1 systems.
For variants with one transmitter only (SingleTx) this index is always transmitterB(1)."
::= { eventHistoryEntry 101 }
-- The following objects are ment only for internal use.
-- They are used to store values for notification bindings.
eventMapObjects OBJECT IDENTIFIER ::= { rsXx8000CommonEvents 3 }
eventAlarmPriority OBJECT-TYPE
SYNTAX EventPriority
MAX-ACCESS accessible-for-notify
STATUS current
DESCRIPTION
"This OID holds the value for the priority when sending out a notification."
::= { eventMapObjects 1 }
eventAlarmClass OBJECT-TYPE
SYNTAX EventClass
MAX-ACCESS accessible-for-notify
STATUS current
DESCRIPTION
"See TextualConvention for details."
::= { eventMapObjects 2 }
eventEvent OBJECT-TYPE
SYNTAX EventState
MAX-ACCESS accessible-for-notify
STATUS current
DESCRIPTION
"This OID holds the value for the event itself when sending out a notification."
::= { eventMapObjects 3 }
indexTransmitter OBJECT-TYPE
SYNTAX IndexTransmitter
MAX-ACCESS accessible-for-notify
STATUS current
DESCRIPTION
"This OID holds the value for the transmitter when sending out a notification."
::= { eventMapObjects 4 }
indexAB OBJECT-TYPE
SYNTAX IndexAB
MAX-ACCESS accessible-for-notify
STATUS current
DESCRIPTION
"This OID holds the value for the module A (exciterA, outputstageA) or
B (exciterB, outputstageB) when sending out a notification."
::= { eventMapObjects 5 }
indexRack OBJECT-TYPE
SYNTAX IndexRack
MAX-ACCESS accessible-for-notify
STATUS current
DESCRIPTION
"This OID holds the value for the rack when sending out a notification."
::= { eventMapObjects 6 }
indexAmplifier OBJECT-TYPE
SYNTAX IndexAmplifier
MAX-ACCESS accessible-for-notify
STATUS current
DESCRIPTION
"This OID holds the value for the amplifier when sending out a notification."
::= { eventMapObjects 7 }
indexProgram OBJECT-TYPE
SYNTAX IndexProgram
MAX-ACCESS accessible-for-notify
STATUS current
DESCRIPTION
"This object holds the value for the program when sending out a notification."
::= { eventMapObjects 8 }
-- *****************************************************************************
-- ** conformance statements
-- *****************************************************************************
rsXx8000CommonConf OBJECT IDENTIFIER ::= { rsXx8000Common 3 }
rsXx8000CommonGroups OBJECT IDENTIFIER ::= { rsXx8000CommonConf 1 }
groupNotifyTest NOTIFICATION-GROUP
NOTIFICATIONS { testTrap }
STATUS current
DESCRIPTION
"test notifications."
::= { rsXx8000CommonGroups 1 }
groupNotify NOTIFICATION-GROUP
NOTIFICATIONS { swUpdateStarted }
STATUS current
DESCRIPTION
"notifications for all transmitters."
::= { rsXx8000CommonGroups 2 }
groupEventTest OBJECT-GROUP
OBJECTS { sendTestTrap }
STATUS current
DESCRIPTION
"The objects sent with testTrap."
::= { rsXx8000CommonGroups 6 }
groupEventHistory OBJECT-GROUP
OBJECTS { counterEvents, eventHistoryModule, eventHistoryEvent, eventHistoryEventState, eventHistoryEventDate,
eventHistoryTx }
STATUS current
DESCRIPTION
"Contains all objects from 'eventHistory'."
::= { rsXx8000CommonGroups 8 }
groupEventObjects OBJECT-GROUP
OBJECTS { eventTxName, eventTxMask, eventTxPriority, eventTxEvent, eventAlarmPriority,
eventAlarmClass, eventEvent, indexTransmitter, indexAB, indexRack,
indexAmplifier, indexProgram }
STATUS current
DESCRIPTION
"Contains all objects from 'eventMapObjects'."
::= { rsXx8000CommonGroups 9 }
groupProductInformation OBJECT-GROUP
OBJECTS { serialNumber, identNumberSW, versionNumberSW, identNumberHW, versionNumberHW
}
STATUS current
DESCRIPTION
"Contains all objects from 'productInformation' (R&S typeplate)."
::= { rsXx8000CommonGroups 11 }
groupSnmpConfig OBJECT-GROUP
OBJECTS { trapSinkVersion, trapSinkAddress, trapSinkPort, trapSinkCommunity, trapSinkInformRetry,
trapSinkInformTimeout, trapSinkUse, irtTrapsAllOn, irtTrapsAllOff, rsTrapsAllOn,
rsTrapsAllOff, rsTrapsAllFaultsOn, rsTrapsAllFaultsOff, rsTrapsAllWarningsOn, rsTrapsAllWarningsOff
}
STATUS current
DESCRIPTION
"Contains all objects from 'snmpConfig'."
::= { rsXx8000CommonGroups 12 }
groupTransmitterConfig OBJECT-GROUP
OBJECTS { dateTime }
STATUS current
DESCRIPTION
"objects from 'transmitterConfig'."
::= { rsXx8000CommonGroups 13 }
groupNTP OBJECT-GROUP
OBJECTS { ntpMode, ntpSyncTimeInterval, ntpServerAddress, ntpState, ntpLastSync
}
STATUS current
DESCRIPTION
"objects from 'ntp'"
::= { rsXx8000CommonGroups 14 }
groupSwMaintenance OBJECT-GROUP
OBJECTS { restart, swUpdateStart, swUpdateMode, swUpdateDeviceName, swUpdateDeviceGroup
}
STATUS current
DESCRIPTION
"objects from 'swMaintenance'"
::= { rsXx8000CommonGroups 15 }
groupNotifyNTP NOTIFICATION-GROUP
NOTIFICATIONS { ntpSyncFailed }
STATUS current
DESCRIPTION
"Notifications from the NTP client."
::= { rsXx8000CommonGroups 16 }
groupObsoletedObjects OBJECT-GROUP
OBJECTS { trapSinkInformUnacknowledged }
STATUS obsolete
DESCRIPTION
"Description."
::= { rsXx8000CommonGroups 17 }
rsXx8000CommonCompls OBJECT IDENTIFIER ::= { rsXx8000CommonConf 2 }
xx8000BasicCompliance MODULE-COMPLIANCE
STATUS current
DESCRIPTION
"The compliance statement for XX8000 entities which implement this MIB module."
MODULE -- this module
MANDATORY-GROUPS { groupNotifyTest, groupNotify, groupEventTest, groupEventHistory, groupEventObjects,
groupProductInformation, groupSnmpConfig, groupTransmitterConfig, groupSwMaintenance }
GROUP groupNTP
DESCRIPTION
"only for transmitters with NetCCU"
GROUP groupNotifyNTP
DESCRIPTION
"only for transmitters with NetCCU"
::= { rsXx8000CommonCompls 1 }
END
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