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librenms/mibs/adva/ADVA-FSPR7-TC-MIB
Heath Barnhart e83583f6f4
Adva FSP150cc Health Sensors (#11168) 
* initial commit adding sensors

* changed dbm logic for port exclusions

* update mib, added xg116 support, update disc logic

* sfp health appears on ports page

* added sfp temps

* updated mib file names

* updated mib file names

* removed .mib extension

* replace ADVA-MIB

* Add test data

Co-authored-by: Tony Murray <murraytony@gmail.com>
2020-02-26 12:00:48 -06:00

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-- ***************************************************************************
-- ADVA-FSPR7-TC-MIB.txt
--
-- ADVA AG Optical Networking MIB File
--
-- Copyright 2011 ADVA AG Optical Networking.
--
-- All rights reserved.
-- ***************************************************************************
-- Definition of textual conventions.
ADVA-FSPR7-TC-MIB DEFINITIONS ::= BEGIN
IMPORTS
TEXTUAL-CONVENTION
FROM SNMPv2-TC
MODULE-IDENTITY,
Integer32
FROM SNMPv2-SMI
fspR7
FROM ADVA-MIB;
advaFspR7Tc MODULE-IDENTITY
LAST-UPDATED "201410150000Z"
ORGANIZATION "ADVA Optical Networking"
CONTACT-INFO "EMEA Support
Phone : +49 89 89 0665 848
Fax : +49 89 89 0665 22848
Email : support@advaoptical.com
North American Support
Phone : 886 442 ADVA (2382) (toll-free within the US, Canada and Mexico)
Fax : + 1 806 741 8529 (elsewhere)
Email : support-usa@advaoptical.com
Asia Pacific Support
Phone : + 1 866 442 2382 (other toll-free numbers available in some countries)
Email : support-asia@advaoptical.com"
DESCRIPTION "This is a MIB definition for ADVA AG Optical Networking entity management."
REVISION "201410150000Z"
DESCRIPTION "FSP3000 F7 Release 13.2.2 MIB."
REVISION "201409290000Z"
DESCRIPTION "FSP3000 F7 Release 13.2.1 MIB."
REVISION "201312040000Z"
DESCRIPTION "FSP3000 F7 Release 12.2.1 MIB."
REVISION "201308200000Z"
DESCRIPTION "FSP3000 F7 Release 12.1.1 MIB."
REVISION "201105220000Z"
DESCRIPTION "FSP3000 F7 Release 11.2 MIB."
::= { fspR7 8 }
ApsRevertMode ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Revertive Protection Switching"
SYNTAX INTEGER
{
undefined(0),
nonrevertive(1), --Revertive Protection Switching disabled
revertive(2) --Revertive Protection Switching enabled
}
ApsRevertModeCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Revertive Protection Switching"
SYNTAX BITS
{
capUndefined(0),
capNonrevertive(1),
capRevertive(2)
}
ApsType ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Type of Automatic Protection Switching; triggered by standing conditions"
SYNTAX INTEGER
{
undefined(0),
line(2), --SONET Linear APS, SDH Multiplex Section Protection
sncN(3), --OTN subnetwork connection Non-intrusive
sncI(4), --OTN subnetwork connection Inherent
sncS(5), --OTN subnetwork connection Sublayer (TCM)
eth(6), --Ethernet
phys(7), --Switching based on physical layer only
sncNPM(8), --OTN subnetwork connection Non-intrusive Path Monitoring
sncNTCM(9), --OTN subnetwork connection Non-intrusive TCM
sncISM(10), --OTN subnetwork connection Inherent Section Monitoring
mux(11), --ADVA proprietary
pcs(12), --Physical Conversion Sublayer
ethSncI(13), --ETH VLAN G.8031 protection
ethSncN(14), --ETH VLAN G.8031 protection
ethSncS(15), --ETH VLAN G.8031 protection
ethSncT(16), --ETH VLAN G.8031 protection
sncNLine(18), --if facility TYPE is OTN (OTU# / ODU#) payload SDH/SONET
sncNPath(19), --if facility TYPE is OTN (OTU# / ODU#) payload SDH/SONET
path(20) --SONET APS performed at Path layer
}
ApsTypeCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Type of Automatic Protection Switching; triggered by standing conditions"
SYNTAX BITS
{
capUndefined(0),
capLine(2),
capSncN(3),
capSncI(4),
capSncS(5),
capEth(6),
capPhys(7),
capSncNPM(8),
capSncNTCM(9),
capSncISM(10),
capMux(11),
capPcs(12),
capEthSncI(13),
capEthSncN(14),
capEthSncS(15),
capEthSncT(16),
capSncNLine(18),
capSncNPath(19),
capPath(20)
}
ConnectionNotation ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Connection notation"
SYNTAX INTEGER
{
undefined(0),
fromToNotation(1),
toFromNotation(2)
}
Counter64StringCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
""
SYNTAX OCTET STRING (SIZE(0..16))
EntityClassName ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Entity Class Name"
SYNTAX INTEGER
{
undefined(0),
ne(1),
shelf(2),
fcuc(3),
fcu(4),
modc(5),
mod(6),
psh(7),
plc(8),
pl(9),
fanc(10),
fan(11),
ptp(12),
fpl(13),
ol(14),
om(15),
ch(16),
pch(17),
vch(18),
sts1(19),
sts3c(20),
sts24c(21),
sts48c(22),
vc3(23),
vc4(24),
vs1(25),
sdcc(26),
ldcc(27),
pdcc(28),
eoc(29),
gcc0(30),
gcc1(31),
gcc2(32),
sc(33),
link(34),
otl(37),
tifi(38),
tifo(39),
sh(40),
lan(41),
conn(42),
ffpCh(43),
ffpOm(44),
crsDcn(46),
crsCh(47),
wch(49),
eth(57),
veth(58),
fch(64),
vc4c8(65),
vc4c16(66),
vs0(67),
vsch(68),
ech(69),
vtp(70),
vech(72),
vconn(73),
otlg(74),
owlg(75),
rat(105),
tc(106),
vsffpCh(111),
vom(116),
vch1(118),
ffpVch1(119),
pc(141),
whitelist(144),
uch(145),
fc(146)
}
EntityType ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Identifies the entity type. Each NE may have their own use of
this INTEGER value, which will defined in the conformance document
for each individual NE MIB."
SYNTAX Integer32
EquipmentState ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
""
SYNTAX INTEGER
{
undefined(0),
equipped(1),
unequipped(2)
}
FfpType ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Keeps the information if protection is forced or normal"
SYNTAX INTEGER
{
undefined(0),
normal(1),
forced(2)
}
FfpTypeCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Keeps the information if protection is forced or normal"
SYNTAX BITS
{
capUndefined(0),
capNormal(1),
capForced(2)
}
Grade ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Used to distinguish between NCU capabilities (range of supported services or applications)"
SYNTAX INTEGER
{
undefined(0),
gradeA(1), --Supports: CWDM / WCA* and xTCA* (access type) modules
gradeB(2), --Supports: same as Grade A and additionally DWDM / WCE* and xTCE* (enterprise type) modules / WCC* and xTCC* (core type) modules / FC facilities
gradeGdps(3), --Supports: same as Grade B and additionally GDPS
gradeC(4)
}
FspR7AdminState ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"The Administrative State will be displayed in the GUI with full
name values; it will be differently displayed in TL1 syntax according
to TL1 display rules. The transaction into the UAS state requires
a special destroy/delete function"
SYNTAX INTEGER
{
undefined(0),
uas(1),
is(2),
ains(3),
mgt(4),
mt(5),
dsbld(6),
pps(7)
}
FspR7AdminStateCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"The Administrative State will be displayed in the GUI with full
name values; it will be differently displayed in TL1 syntax according
to TL1 display rules. The transaction into the UAS state requires
a special destroy/delete function"
SYNTAX BITS
{
capUndefined(0),
capUas(1),
capIs(2),
capAins(3),
capMgt(4),
capMt(5),
capDsbld(6),
capPps(7)
}
FspR7AidType ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Type of Access Identifier"
SYNTAX INTEGER
{
undefined(0),
none(1),
sys(2),
eqpt(3),
ch(4),
dcn(5),
ol(6),
om(7),
sts1(8),
sts3c(9),
sts24c(10),
sts48c(11),
vc3(12),
vc4(13),
vs1(14),
vs4c(15),
sh(16),
lif(17),
lifCp(18),
tnlWdm(19),
vc4c8(20),
vc4c16(21),
otl(22),
tnlEth(24),
tnlOtn(25)
}
FspR7AlarmListType ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"List of standing condition alarms supported by ADVA-FSPR7-MIB"
SYNTAX INTEGER
{
undefined(0),
terminalLoopback(5),
oosDisabled(6),
oosManagement(7),
oosMaintenance(8),
oosAins(9),
removed(10),
lossOfSignal(11),
optInputPwrReceivedTooLow(12),
optInputPwrReceivedTooHigh(13),
laserTemperatureTooHigh(14),
laserTemperatureTooLow(15),
optOutputPowerTransTooLow(16),
optOutputPowerTransTooHigh(17),
autoShutdownToHighTemp(18),
autoShutdownToHighTxPwr(19),
laserEndOfLife(20),
serverSignalFailureVf(21),
equalizationProgress(22),
uPortFailure(23),
autoShutdownBlock(24),
autoPowerShutdown(25),
confOutPowerTransTooHigh(26),
confOutPowerTransTooLow(27),
optSignalFailure(28),
dsbdChannelPowerTooHigh(29),
lossOfSignalCPort(30),
lossOfSignalNPort(31),
outputPowerFault(32),
eqlzAdjust(33),
ampFailure(34),
eqptProvMismatch(35),
backreflectionTooHigh(36),
fiberConnLos(48),
fiberConnOptFault(49),
fiberConnInvalid(50),
fiberConnMismatch(51),
fiberConnCommError(52),
fiberConnProtocolFailure(53),
fiberConnDataFailure(54),
fiberAttenuationHigh(55),
laserBiasCurrAbnormal(57),
fiberConnInvalidTx(58),
fiberConnMismatchTx(59),
fiberAttenuationHighTx(60),
laserFailure(61),
lossOfReceiverClockRecovery(62),
fiberAttenuationCond(63),
channelMismatch(64),
alarmIndicationSignalLine(65),
alarmIndicationSignalLowerOrderPath(66),
alarmIndicationSignalOdu(67),
alarmIndicationSignalOpu(68),
alarmIndicationSignalOtu(69),
alarmIndicationSignalHigherOrderPath(70),
alarmIndicationSignalOduTcmA(71),
alarmIndicationSignalOduTcmB(72),
alarmIndicationSignalOduTcmC(73),
virtualChannelAis(74),
amplifierAbnormal(75),
automaticPowerReduction(76),
automaticPowerReductionForEyeSafety(77),
apsConfigMismatch(80),
apsProtocolFailure(81),
aseLow(82),
aseTableGenFailLow(83),
aseTableGenFailHighBackreflection(84),
aseTableGenFailOscMissing(85),
aseTableGenFailPilot(86),
aseTableGenFailSignalinput(87),
aseTableNotAvailable(88),
aseTableGenProgress(89),
encryptionPortAuthPasswdMissing(90),
backwardDefectIndicationOdu(92),
backwardDefectIndicationOtu(93),
backwardDefectIndicationOduTcmA(94),
backwardDefectIndicationOduTcmB(95),
backwardDefectIndicationOduTcmC(96),
topologyDataCalculationInProgress(97),
dispertionTunningCondition(99),
lossOfCharSync(100),
lossOfCharSyncFromFarEnd(101),
encryptionPortEncryptionSwitchOffEnabled(103),
encryptionModuleCryPasswdMissing(104),
encryptionModuleSelfTestStarted(107),
encryptionPortEncryptionSwitchedOff(108),
opuClientSignalFail(109),
databaseMismatch(110),
databaseFailure(111),
databaseNcuMismatch(112),
dbReplicationIncompleted(113),
databaseVersionMismatch(114),
xfpDecisionThresSetFailed(115),
duplexLinkFailure(116),
singleFanFailure(118),
multipleFanFailure(119),
lossOfSignalTransmitter(120),
farEndIpAddressUnknown(122),
farEndCommFailure(123),
backupForcedToHalt(125),
facilityForcedOn(127),
fwdAseTableFailPilot(128),
fwdAseTableOnPilot(129),
encryptionModuleFwpUpdateEnabled(131),
fwpMismatchDownloadNotServiceAffecting(132),
fwpMismatchDownloadServiceAffecting(133),
gainTiltNotSettable(135),
highBer(136),
receiverOverloadProtection(137),
hwInitializing(138),
hwOprReachedHT(139),
hwDegrade(140),
hwFailure(141),
switchtoProtectionInhibited(142),
switchtoWorkingInhibited(143),
encryptionPortKeyInitExchgMissed(148),
encryptionPortMaxKeyExchgFailuresReachedIs(149),
encryptionPortMaxKeyExchgFailuresReachedOos(150),
encryptionPortKeyExchangedForced(151),
laserOnDelay(152),
lockedDefectOdu(153),
lockedDefectOduTcmA(154),
lockedDefectOduTcmB(155),
lockedDefectOduTcmC(156),
linkControlProtocolFailure(157),
linkDown(158),
autoShutdownSendingAisLine(159),
autoShutdownSendingAisOdu(160),
autoShutdownSendingAisOpu(161),
clientFailForwarding(162),
autoShutdownAls(163),
autoAmpShutdown(164),
autoShutdownAmpAps(165),
aseTableBuild(166),
autoShutdownOpuClientSignalFail(167),
autoShutdownSendingEPC(168),
autoShutdownSendingLckOdu(169),
autoShutdownSendingOciOdu(170),
autoShutdownLaserOffDueToErrFwd(171),
autoShutdownTxRxLasersDueToHighTemp(172),
localFault(173),
localOscLevelAbnormal(174),
lossOfGfpFrame(175),
lossOfFrameMux(176),
lossOfFrameOtu(177),
lossOfFrame(178),
lossOfFrameLossOfMultiFrameOdu(179),
lossOfLane(180),
lossofMultiframeLowerOrderPath(181),
lossOfMultiFrameOtu(182),
lossofMultiframeHigherOrderPath(183),
lossOfPointerLowerOrderPath(184),
lossOfPointerHigherOrderPath(185),
losAttProgress(186),
lossOsc(187),
gfpLossOfClientSig(188),
loopbackError(189),
facilityLoopback(190),
lossofTandemConnectionOduTcmA(191),
lossofTandemConnectionOduTcmB(192),
lossofTandemConnectionOduTcmC(193),
mansw(194),
equipmentNotAccepted(197),
equipmentNotApproved(198),
capabilityLevelMismatch(199),
equipmentMismatch(200),
equipmentNotSupportedByPhysicalLayer(201),
meaSwRevision(202),
mismatch(203),
midstageFault(204),
multiplexStructureIdentifierMismatchOPU(205),
backupNotResponding(206),
openConnectionIndicationOdu(207),
openConnectionIndicationOduTcmA(208),
openConnectionIndicationOduTcmB(209),
openConnectionIndicationOduTcmC(210),
oduTribMsiMismatch(211),
transmitterDisabledOff(212),
receiverDisabled(213),
opmAbnormalCondition(214),
faultOnOpm(215),
thresOptPowerCtrlFailureHigh(216),
thresOptPowerCtrlFailureLow(217),
txPowerLimited(218),
oscOpticalPowerControlFailHigh(219),
oscOpticalPowerControlFailLow(220),
oTDRMeasuringinProgress(221),
encryptionModuleCryPasswdError(222),
peerLink(223),
pilotReceiveLevelHigh(224),
lossOfPilotSignal(225),
payloadMismatchGfp(226),
payloadMismatchLowerOrderPath(227),
payloadMismatchOPU(228),
payloadMismatchHigherOrderPath(229),
provPayloadMismatch(230),
prbsLossOfSeqSynch(231),
prbsRcvActivated(232),
prbsTrmtActivated(233),
protectionNotAvailable(234),
powerSupplyUnitFailure(235),
maxPowerConsProvModulesToHigh(236),
maxPowerConsEquipModulesToHigh(237),
powerMissing(238),
remoteDefectIndicationLine(239),
remoteDefectIndicationLowerOrderPath(240),
remoteDefectIndicationHigherOrderPath(241),
dcnCommunicationFail(243),
ntpForSchedEqlzRequired(244),
signalDegradeOlm(245),
signalDegradeLine(246),
signalDegradationonLinkVector(247),
signalDegradeOdu(248),
signalDegradeOtu(249),
pcsSignalDegrade(250),
signalDegradeScn(251),
signalDegradeOduTcmA(252),
signalDegradeOduTcmB(253),
signalDegradeOduTcmC(254),
encryptionModuleSelfTestFail(255),
encryptionModuleSelfTestFailCritical(256),
signalFailureOnLink(257),
signalFailureonLinkVector(258),
signalFailureOPU(259),
serverSignalFailTx(260),
facilityDataRateNotSupported(261),
lossofSequenceLowerOrderPath(263),
lossofSequenceHigherOrderPath(264),
serverSignalFail(265),
serverSignalFailureGfp(266),
serverSignalFailureODU(267),
serverSignalFailurePath(268),
serverSignalFailureSectionRS(269),
switchToDuplexInhibited(272),
switchFailed(274),
currentTooHigh(276),
attOnReceiverFiberHigherThanMonitor(277),
attOnReceiverFiberLowerThanMonitor(278),
attOnTransmitterFiberHigherThanMonitor(279),
attOnTransmitterFiberLowerThanMonitor(280),
thres15MinExceededOduBbe(281),
thres15MinExceededOtuBbe(283),
thres15MinExceededOduTcmABbe(285),
thres15MinExceededOduTcmBBbe(287),
thres15MinExceededOduTcmCBbe(289),
thres15MinExceededFecBERCE(291),
brPwrRxTooHigh(293),
chromaticDispersionTooHigh(294),
chromaticDispersionTooLow(295),
dispersionCompensationTooHigh(296),
dispersionCompensationTooLow(297),
thres15MinExceededFecCE(298),
carrierFreqOffsetTooHigh(300),
carrierFreqOffsetTooLow(301),
thres15MinExceededSonetLineCV(302),
thres15MinExceededPhysConvCV(304),
thres15MinExceededSonetSectCV(306),
thres15MinExceededPhysConvDE(308),
differentialGroupDelayTooHigh(310),
thres15MinExceededFecES(311),
thres15MinExceededSonetLineES(313),
thres15MinExceededOduES(315),
thres15MinExceededOtuES(317),
thres15MinExceededPhysConvES(319),
thres15MinExceededSonetSectES(321),
thres15MinExceededOduTcmAES(323),
thres15MinExceededOduTcmBES(325),
thres15MinExceededOduTcmCES(327),
latencyTooHigh(329),
latencyTooLow(330),
laserBiasCurrentNormalizedtooHigh(331),
localOscTemperatureTooHigh(332),
localOscTemperatureTooLow(333),
pumpLaser1TempTooHigh(334),
pumpLaser1TempTooLow(335),
pumpLaser2TempTooHigh(336),
pumpLaser2TempTooLow(337),
pumpLaser3TempTooHigh(338),
pumpLaser3TempTooLow(339),
pumpLaser4TempTooHigh(340),
pumpLaser4TempTooLow(341),
oscPwrTooHigh(342),
oscPwrTooLow(343),
ramanPumpPwrTooHigh(344),
ramanPumpPwrTooLow(345),
roundTripDelayTooHigh(346),
roundTripDelayTooLow(347),
thres15MinExceededSonetSectSEFS(348),
thres15MinExceededFecSES(350),
thres15MinExceededSonetLineSES(352),
thres15MinExceededOduSES(354),
thres15MinExceededOtuSES(356),
thres15MinExceededSonetSectSES(358),
thres15MinExceededOduTcmASES(360),
thres15MinExceededOduTcmBSES(362),
thres15MinExceededOduTcmCSES(364),
logicalLanesSkewTooHigh(366),
signalToNoiseRatioTooLow(367),
subModuleTempTooHigh(368),
temperatureTooHigh(369),
temperatureTooLow(370),
thres15MinExceededSonetLineUAS(371),
thres15MinExceededOduUAS(373),
thres15MinExceededOtuUAS(375),
thres15MinExceededOduTcmAUAS(377),
thres15MinExceededOduTcmBUAS(379),
thres15MinExceededOduTcmCUAS(381),
thres15MinExceededFecUBE(383),
encryptionModuleTamperDetected(385),
thermoElectricCoolerEndOfLife(386),
alarmInputTIF(387),
traceIdentifierMismatchOdu(389),
traceIdentifierMismatchOtu(390),
sectionTraceMismatch(391),
traceIdentifierMismatchOduTcmA(392),
traceIdentifierMismatchOduTcmB(393),
traceIdentifierMismatchOduTcmC(394),
turnupFailed(395),
turnupCondition(396),
unequippedLowerOrderPath(397),
unequippedHigherOrderPath(398),
voaControlFail(399),
voltageOutOfRange(400),
inputVoltageFailure(401),
inputVoltageFailurePort1(402),
inputVoltageFailurePort2(403),
wtrTimerRunning(406),
lossOfLaneOtu(407),
lossOfTestSeqSynchOpu(408),
lossOfMfiOpu(409),
oosDisabledLckOduTrmt(410),
configurationMismatch(411),
oduAutoShutdownRxAIS(412),
oduAutoShutdownTxAIS(413),
oosDisabledLckOduRx(414),
thres15MinExceededBbePcs(420),
autoShutdownGAis(422),
equipmentMismatchAllow(423),
warmUp(424),
networkPathRestricted(432),
vfClientSignalFail(434),
autoShutdownVfCSF(435)
}
FspR7AlarmProfileList ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
""
SYNTAX INTEGER
{
undefined(0),
terminalLoopback(5),
oosDisabled(6),
oosManagement(7),
oosMaintenance(8),
oosAins(9),
removed(10),
lossOfSignal(11),
optInputPwrReceivedTooLow(12),
optInputPwrReceivedTooHigh(13),
laserTemperatureTooHigh(14),
laserTemperatureTooLow(15),
optOutputPowerTransTooLow(16),
optOutputPowerTransTooHigh(17),
autoShutdownToHighTemp(18),
autoShutdownToHighTxPwr(19),
laserEndOfLife(20),
serverSignalFailureVf(21),
equalizationProgress(22),
uPortFailure(23),
autoShutdownBlock(24),
autoPowerShutdown(25),
confOutPowerTransTooHigh(26),
confOutPowerTransTooLow(27),
optSignalFailure(28),
dsbdChannelPowerTooHigh(29),
lossOfSignalCPort(30),
lossOfSignalNPort(31),
outputPowerFault(32),
eqlzAdjust(33),
ampFailure(34),
eqptProvMismatch(35),
backreflectionTooHigh(36),
fiberConnLos(48),
fiberConnOptFault(49),
fiberConnInvalid(50),
fiberConnMismatch(51),
fiberConnCommError(52),
fiberConnProtocolFailure(53),
fiberConnDataFailure(54),
fiberAttenuationHigh(55),
laserBiasCurrAbnormal(57),
fiberConnInvalidTx(58),
fiberConnMismatchTx(59),
fiberAttenuationHighTx(60),
laserFailure(61),
lossOfReceiverClockRecovery(62),
fiberAttenuationCond(63),
channelMismatch(64),
alarmIndicationSignalLine(65),
alarmIndicationSignalLowerOrderPath(66),
alarmIndicationSignalOdu(67),
alarmIndicationSignalOpu(68),
alarmIndicationSignalOtu(69),
alarmIndicationSignalHigherOrderPath(70),
alarmIndicationSignalOduTcmA(71),
alarmIndicationSignalOduTcmB(72),
alarmIndicationSignalOduTcmC(73),
virtualChannelAis(74),
amplifierAbnormal(75),
automaticPowerReduction(76),
automaticPowerReductionForEyeSafety(77),
apsConfigMismatch(80),
apsProtocolFailure(81),
aseLow(82),
aseTableGenFailLow(83),
aseTableGenFailHighBackreflection(84),
aseTableGenFailOscMissing(85),
aseTableGenFailPilot(86),
aseTableGenFailSignalinput(87),
aseTableNotAvailable(88),
aseTableGenProgress(89),
encryptionPortAuthPasswdMissing(90),
backwardDefectIndicationOdu(92),
backwardDefectIndicationOtu(93),
backwardDefectIndicationOduTcmA(94),
backwardDefectIndicationOduTcmB(95),
backwardDefectIndicationOduTcmC(96),
topologyDataCalculationInProgress(97),
dispertionTunningCondition(99),
lossOfCharSync(100),
lossOfCharSyncFromFarEnd(101),
encryptionPortEncryptionSwitchOffEnabled(103),
encryptionModuleCryPasswdMissing(104),
encryptionModuleSelfTestStarted(107),
encryptionPortEncryptionSwitchedOff(108),
opuClientSignalFail(109),
databaseMismatch(110),
databaseFailure(111),
databaseNcuMismatch(112),
dbReplicationIncompleted(113),
databaseVersionMismatch(114),
xfpDecisionThresSetFailed(115),
duplexLinkFailure(116),
singleFanFailure(118),
multipleFanFailure(119),
lossOfSignalTransmitter(120),
farEndIpAddressUnknown(122),
farEndCommFailure(123),
backupForcedToHalt(125),
facilityForcedOn(127),
fwdAseTableFailPilot(128),
fwdAseTableOnPilot(129),
encryptionModuleFwpUpdateEnabled(131),
fwpMismatchDownloadNotServiceAffecting(132),
fwpMismatchDownloadServiceAffecting(133),
gainTiltNotSettable(135),
highBer(136),
receiverOverloadProtection(137),
hwInitializing(138),
hwOprReachedHT(139),
hwDegrade(140),
hwFailure(141),
switchtoProtectionInhibited(142),
switchtoWorkingInhibited(143),
encryptionPortKeyInitExchgMissed(148),
encryptionPortMaxKeyExchgFailuresReachedIs(149),
encryptionPortMaxKeyExchgFailuresReachedOos(150),
encryptionPortKeyExchangedForced(151),
laserOnDelay(152),
lockedDefectOdu(153),
lockedDefectOduTcmA(154),
lockedDefectOduTcmB(155),
lockedDefectOduTcmC(156),
linkControlProtocolFailure(157),
linkDown(158),
autoShutdownSendingAisLine(159),
autoShutdownSendingAisOdu(160),
autoShutdownSendingAisOpu(161),
clientFailForwarding(162),
autoShutdownAls(163),
autoAmpShutdown(164),
autoShutdownAmpAps(165),
aseTableBuild(166),
autoShutdownOpuClientSignalFail(167),
autoShutdownSendingEPC(168),
autoShutdownSendingLckOdu(169),
autoShutdownSendingOciOdu(170),
autoShutdownLaserOffDueToErrFwd(171),
autoShutdownTxRxLasersDueToHighTemp(172),
localFault(173),
localOscLevelAbnormal(174),
lossOfGfpFrame(175),
lossOfFrameMux(176),
lossOfFrameOtu(177),
lossOfFrame(178),
lossOfFrameLossOfMultiFrameOdu(179),
lossOfLane(180),
lossofMultiframeLowerOrderPath(181),
lossOfMultiFrameOtu(182),
lossofMultiframeHigherOrderPath(183),
lossOfPointerLowerOrderPath(184),
lossOfPointerHigherOrderPath(185),
losAttProgress(186),
lossOsc(187),
gfpLossOfClientSig(188),
loopbackError(189),
facilityLoopback(190),
lossofTandemConnectionOduTcmA(191),
lossofTandemConnectionOduTcmB(192),
lossofTandemConnectionOduTcmC(193),
mansw(194),
equipmentNotAccepted(197),
equipmentNotApproved(198),
capabilityLevelMismatch(199),
equipmentMismatch(200),
equipmentNotSupportedByPhysicalLayer(201),
meaSwRevision(202),
mismatch(203),
midstageFault(204),
multiplexStructureIdentifierMismatchOPU(205),
backupNotResponding(206),
openConnectionIndicationOdu(207),
openConnectionIndicationOduTcmA(208),
openConnectionIndicationOduTcmB(209),
openConnectionIndicationOduTcmC(210),
oduTribMsiMismatch(211),
transmitterDisabledOff(212),
receiverDisabled(213),
opmAbnormalCondition(214),
faultOnOpm(215),
thresOptPowerCtrlFailureHigh(216),
thresOptPowerCtrlFailureLow(217),
txPowerLimited(218),
oscOpticalPowerControlFailHigh(219),
oscOpticalPowerControlFailLow(220),
oTDRMeasuringinProgress(221),
encryptionModuleCryPasswdError(222),
peerLink(223),
pilotReceiveLevelHigh(224),
lossOfPilotSignal(225),
payloadMismatchGfp(226),
payloadMismatchLowerOrderPath(227),
payloadMismatchOPU(228),
payloadMismatchHigherOrderPath(229),
provPayloadMismatch(230),
prbsLossOfSeqSynch(231),
prbsRcvActivated(232),
prbsTrmtActivated(233),
protectionNotAvailable(234),
powerSupplyUnitFailure(235),
maxPowerConsProvModulesToHigh(236),
maxPowerConsEquipModulesToHigh(237),
powerMissing(238),
remoteDefectIndicationLine(239),
remoteDefectIndicationLowerOrderPath(240),
remoteDefectIndicationHigherOrderPath(241),
dcnCommunicationFail(243),
ntpForSchedEqlzRequired(244),
signalDegradeOlm(245),
signalDegradeLine(246),
signalDegradationonLinkVector(247),
signalDegradeOdu(248),
signalDegradeOtu(249),
pcsSignalDegrade(250),
signalDegradeScn(251),
signalDegradeOduTcmA(252),
signalDegradeOduTcmB(253),
signalDegradeOduTcmC(254),
encryptionModuleSelfTestFail(255),
encryptionModuleSelfTestFailCritical(256),
signalFailureOnLink(257),
signalFailureonLinkVector(258),
signalFailureOPU(259),
serverSignalFailTx(260),
facilityDataRateNotSupported(261),
lossofSequenceLowerOrderPath(263),
lossofSequenceHigherOrderPath(264),
serverSignalFail(265),
serverSignalFailureGfp(266),
serverSignalFailureODU(267),
serverSignalFailurePath(268),
serverSignalFailureSectionRS(269),
switchToDuplexInhibited(272),
switchFailed(274),
currentTooHigh(276),
attOnReceiverFiberHigherThanMonitor(277),
attOnReceiverFiberLowerThanMonitor(278),
attOnTransmitterFiberHigherThanMonitor(279),
attOnTransmitterFiberLowerThanMonitor(280),
thres15MinExceededOduBbe(281),
thres15MinExceededOtuBbe(283),
thres15MinExceededOduTcmABbe(285),
thres15MinExceededOduTcmBBbe(287),
thres15MinExceededOduTcmCBbe(289),
thres15MinExceededFecBERCE(291),
brPwrRxTooHigh(293),
chromaticDispersionTooHigh(294),
chromaticDispersionTooLow(295),
dispersionCompensationTooHigh(296),
dispersionCompensationTooLow(297),
thres15MinExceededFecCE(298),
carrierFreqOffsetTooHigh(300),
carrierFreqOffsetTooLow(301),
thres15MinExceededSonetLineCV(302),
thres15MinExceededPhysConvCV(304),
thres15MinExceededSonetSectCV(306),
thres15MinExceededPhysConvDE(308),
differentialGroupDelayTooHigh(310),
thres15MinExceededFecES(311),
thres15MinExceededSonetLineES(313),
thres15MinExceededOduES(315),
thres15MinExceededOtuES(317),
thres15MinExceededPhysConvES(319),
thres15MinExceededSonetSectES(321),
thres15MinExceededOduTcmAES(323),
thres15MinExceededOduTcmBES(325),
thres15MinExceededOduTcmCES(327),
latencyTooHigh(329),
latencyTooLow(330),
laserBiasCurrentNormalizedtooHigh(331),
localOscTemperatureTooHigh(332),
localOscTemperatureTooLow(333),
pumpLaser1TempTooHigh(334),
pumpLaser1TempTooLow(335),
pumpLaser2TempTooHigh(336),
pumpLaser2TempTooLow(337),
pumpLaser3TempTooHigh(338),
pumpLaser3TempTooLow(339),
pumpLaser4TempTooHigh(340),
pumpLaser4TempTooLow(341),
oscPwrTooHigh(342),
oscPwrTooLow(343),
ramanPumpPwrTooHigh(344),
ramanPumpPwrTooLow(345),
roundTripDelayTooHigh(346),
roundTripDelayTooLow(347),
thres15MinExceededSonetSectSEFS(348),
thres15MinExceededFecSES(350),
thres15MinExceededSonetLineSES(352),
thres15MinExceededOduSES(354),
thres15MinExceededOtuSES(356),
thres15MinExceededSonetSectSES(358),
thres15MinExceededOduTcmASES(360),
thres15MinExceededOduTcmBSES(362),
thres15MinExceededOduTcmCSES(364),
logicalLanesSkewTooHigh(366),
signalToNoiseRatioTooLow(367),
subModuleTempTooHigh(368),
temperatureTooHigh(369),
temperatureTooLow(370),
thres15MinExceededSonetLineUAS(371),
thres15MinExceededOduUAS(373),
thres15MinExceededOtuUAS(375),
thres15MinExceededOduTcmAUAS(377),
thres15MinExceededOduTcmBUAS(379),
thres15MinExceededOduTcmCUAS(381),
thres15MinExceededFecUBE(383),
encryptionModuleTamperDetected(385),
thermoElectricCoolerEndOfLife(386),
alarmInputTIF(387),
traceIdentifierMismatchOdu(389),
traceIdentifierMismatchOtu(390),
sectionTraceMismatch(391),
traceIdentifierMismatchOduTcmA(392),
traceIdentifierMismatchOduTcmB(393),
traceIdentifierMismatchOduTcmC(394),
turnupFailed(395),
turnupCondition(396),
unequippedLowerOrderPath(397),
unequippedHigherOrderPath(398),
voaControlFail(399),
voltageOutOfRange(400),
inputVoltageFailure(401),
inputVoltageFailurePort1(402),
inputVoltageFailurePort2(403),
wtrTimerRunning(406),
lossOfLaneOtu(407),
lossOfTestSeqSynchOpu(408),
lossOfMfiOpu(409),
oosDisabledLckOduTrmt(410),
configurationMismatch(411),
oduAutoShutdownRxAIS(412),
oduAutoShutdownTxAIS(413),
oosDisabledLckOduRx(414),
thres15MinExceededBbePcs(420),
autoShutdownGAis(422),
equipmentMismatchAllow(423),
warmUp(424),
networkPathRestricted(432),
vfClientSignalFail(434),
autoShutdownVfCSF(435),
cfmRemoteDefectIndication(13006),
cfmCcmMacStatus(13007),
cfmCcmError(13008),
cfmCcmLost(13009),
cfmCcmXConn(13010),
mepNotPresentL2(100005),
priVidNotEqualExtVidL2(100006),
sfCfmLevel0L2 (100009),
sfCfmLevel1L2 (100010),
sfCfmLevel2L2 (100011),
sfCfmLevel3L2 (100012),
sfCfmLevel4L2 (100013),
sfCfmLevel5L2 (100014),
sfCfmLevel6L2 (100015),
sfCfmLevel7L2 (100016),
messageLossSpeq(120004),
oscFiberMissingSpeq(120005),
optLowSpeq(120006),
ppcOutOfRangeSpeq(120007),
gainTooHighSpeq(120008),
gainTooLowSpeq(120009),
gainAdoptFailedSpeq(120010),
processLockedOutSpeq(120011),
ppcLimitExceededSpeq(120012)
}
FspR7AlsMode ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Determines the reaction in backward direction in response to a LOS
on the same Interface: on a Network Interface connected to the DWDM
this is a matter of laser safety"
SYNTAX INTEGER
{
undefined(0),
advaALS(1), --ALS is implemented on a Network-Side facility in backward direction to ensure laser safety
sonetALS(2), --Typical of Client-Side behavior, - where so desired, - with long laser pulses but without ensuring laser safety if on the network side
noALS(3), --Typical of Client-Side behavior, - where so desired, - without ensuring laser safety if on the network side
fastAls(4) --Fast ALS; special quick version of SDH-ALS generally applied to the network port
}
FspR7AlsModeCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Determines the reaction in backward direction in response to a LOS
on the same Interface: on a Network Interface connected to the DWDM
this is a matter of laser safety"
SYNTAX BITS
{
capUndefined(0),
capAdvaALS(1),
capSonetALS(2),
capNoALS(3),
capFastAls(4)
}
FspR7AppType ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Type of the application that sends trap."
SYNTAX INTEGER
{
undefined(0),
lct(1),
snmp(2),
tl1(3),
tcli(4),
controlplane(5),
system(6)
}
FspR7ApsChannel ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Selection of the location of the APS channel"
SYNTAX INTEGER
{
undefined(0),
none(1), --Protection operates without an APS Channel
line(2), --Protection uses the MS-OH K1/K2 APS Bytes as APS Channel
path(3), --Protection uses the POH K3 APS Bytes as APS Channel
pm(4), --Protection uses the ODUk Path APS Channel
tcm1(5), --Protection uses the ODUk TCM1 APS Channel
tcm2(6), --Protection uses the ODUk TCM2 APS Channel
tcm3(7), --Protection uses the ODUk TCM3 APS Channel
tcm4(8), --Protection uses the ODUk TCM4 APS Channel
tcm5(9), --Protection uses the ODUk TCM5 APS Channel
tcm6(10), --Protection uses the ODUk TCM6 APS Channel
sm(11), --Protection uses the ODUk Server APS Channel
gfp(12), --Protection uses GFP Client Management Frames as APS Channel
prop(13) --ADVA proprietary/ Not standardized
}
FspR7APSCommand ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Protection Switch commands: Manual or Release.
The 'Manual Switch' switches manually from addressed facility to
the partner but does not force the traffic onto a broken fiber and
it does not block the subsequent automatic functioning of the switch.
The 'Release Switch' releases the current switch command.
For 'Manual Switch' relevant only if revertivity is supported."
SYNTAX INTEGER
{
undefined(0),
release(1),
manualSwitch(2)
}
FspR7APSCommandCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Protection Switch commands: Manual or Release.
The 'Manual Switch' switches manually from addressed facility to
the partner but does not force the traffic onto a broken fiber and
it does not block the subsequent automatic functioning of the switch.
The 'Release Switch' releases the current switch command.
For 'Manual Switch' relevant only if revertivity is supported."
SYNTAX BITS
{
capUndefined(0),
capRelease(1),
capManualSwitch(2)
}
FspR7AseTabOpr ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"ASE Table creation in process"
SYNTAX INTEGER
{
undefined(0),
rls(1),
build(2)
}
FspR7AseTabOprCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"ASE Table creation in process"
SYNTAX BITS
{
capUndefined(0),
capRls(1),
capBuild(2)
}
FspR7EquipmentAssignState ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
""
SYNTAX INTEGER
{
undefined(0),
assigned(1),
assignable(2),
notAssignable(3)
}
FspR7AutoThresReset ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Adaptive Threshold Control Reset"
SYNTAX INTEGER
{
undefined(0),
rls(1),
rtf(2) --Manual reset of receiver threshold to default value
}
FspR7AutoThresResetCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Adaptive Threshold Control Reset"
SYNTAX BITS
{
capUndefined(0),
capRls(1),
capRtf(2)
}
FspR7Baund ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Baud rate of the serial interface"
SYNTAX INTEGER
{
undefined(0),
baud2400(1),
baud4800(2),
baud9600(3),
baud19200(4),
baud38400(5),
baud57600(6),
baud115200(7)
}
FspR7BaundCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Baud rate of the serial interface"
SYNTAX BITS
{
capUndefined(0),
capBaud2400(1),
capBaud4800(2),
capBaud9600(3),
capBaud19200(4),
capBaud38400(5),
capBaud57600(6),
capBaud115200(7)
}
FspR7BERThreshold ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Bit-Error-Based Degradation Definition for SONET (standard integration period)"
SYNTAX INTEGER
{
undefined(0),
exp5(1),
exp6(2),
exp7(3),
exp8(4),
exp9(5)
}
FspR7BERThresholdCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Bit-Error-Based Degradation Definition for SONET (standard integration period)"
SYNTAX BITS
{
capUndefined(0),
capExp5(1),
capExp6(2),
capExp7(3),
capExp8(4),
capExp9(5)
}
FspR7BERThresholdSection ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Bit-Error-Based Degradation Definition for SONET (standard integration period)"
SYNTAX INTEGER
{
undefined(0),
exp7(3),
exp8(4),
exp9(5)
}
FspR7BERThresholdSectionCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Bit-Error-Based Degradation Definition for SONET (standard integration period)"
SYNTAX BITS
{
capUndefined(0),
capExp7(3),
capExp8(4),
capExp9(5)
}
FspR7BidirectionalChannel ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Bidirectional Channel Rates from Provisioning"
SYNTAX INTEGER
{
undefined(0),
tx1310rx1490(1),
tx1490rx1310(2)
}
FspR7BidirectionalChannelCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Bidirectional Channel Rates from Provisioning"
SYNTAX BITS
{
capUndefined(0),
capTx1310rx1490(1),
capTx1490rx1310(2)
}
FspR7Bitrate ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Provisioned data rate"
SYNTAX INTEGER
{
undefined(0),
bitrate10(1),
bitrate100(2),
bitrate1000(3),
bitrate10000(4)
}
FspR7BitrateCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Provisioned data rate"
SYNTAX BITS
{
capUndefined(0),
capBitrate10(1),
capBitrate100(2),
capBitrate1000(3),
capBitrate10000(4)
}
FspR7CapInventory ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Capability level reported by HW"
SYNTAX INTEGER
{
undefined(0),
level0(1), --This level represents the basic functionality;
level1(2),
level2(3),
level3(4),
level4(5),
level5(6),
unknown(50) --This level represents the functionality unknown to system;
}
FspR7CapInventoryCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Capability level reported by HW"
SYNTAX BITS
{
capUndefined(0),
capLevel0(1),
capLevel1(2),
capLevel2(3),
capLevel3(4),
capLevel4(5),
capLevel5(6),
capUnknown(50)
}
FspR7Category ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Used For Internal Purposes (and possibly for pre-selection in GUI)"
SYNTAX INTEGER
{
undefined(0),
shelf(1),
channelMod(2),
plug(3),
filter(4),
amplifier(5),
dcm(6),
switch(7),
oscm(8),
dummy(9),
common(10),
att(11),
jumper(12),
accessory(13),
fiber(14),
protectionMod(15),
any(16),
roadm(17),
ethernetMod(18),
powerSplitter(19),
adm(20)
}
FspR7CertApply ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Apply generated SSL certificate."
SYNTAX INTEGER
{
undefined(0),
none(1),
apply(2)
}
FspR7CertApplyCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Apply generated SSL certificate."
SYNTAX BITS
{
capUndefined(0),
capNone(1),
capApply(2)
}
FspR7ChannelBandwidth ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Channel Bandwidth"
SYNTAX INTEGER
{
undefined(0),
band50G(1),
band75G(2),
band100G(3),
band125G(4),
band150G(5),
band175G(6),
band200G(7),
band225G(8),
band250G(9),
band275G(10),
band300G(11)
}
FspR7ChannelBandwidthCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Channel Bandwidth"
SYNTAX BITS
{
capUndefined(0),
capBand50G(1),
capBand75G(2),
capBand100G(3),
capBand125G(4),
capBand150G(5),
capBand175G(6),
capBand200G(7),
capBand225G(8),
capBand250G(9),
capBand275G(10),
capBand300G(11)
}
FspR7ChannelIdentifier ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Channel"
SYNTAX INTEGER
{
undefined(0),
d01(1), --196,00THz 1529,55nm
d02(2), --195,90THz 1530,33nm
d03(3), --195,80THz 1531,12nm
d04(4), --195,70THz 1531,90nm
d05(5), --195,50THz 1533,47nm
d06(6), --195,40THz 1534,25nm
d07(7), --195,30THz 1535,04nm
d08(8), --195,20THz 1535,82nm
d09(9), --195,00THz 1537,40nm
d10(10), --194,90THz 1538,19nm
d11(11), --194,80THz 1538,98nm
d12(12), --194,70THz 1539,77nm
d13(13), --194,50THz 1541,35nm
d14(14), --194,40THz 1542,14nm
d15(15), --194,30THz 1542,94nm
d16(16), --194,20THz 1543,73nm
d17(17), --193,80THz 1546,92nm
d18(18), --193,70THz 1547,72nm
d19(19), --193,60THz 1548,51nm
d20(20), --193,50THz 1549,32nm
d21(21), --193,30THz 1550,92nm
d22(22), --193,20THz 1551,72nm
d23(23), --193,10THz 1552,52nm
d24(24), --193,00THz 1553,33nm
d25(25), --192,80THz 1554,94nm
d26(26), --192,70THz 1555,75nm
d27(27), --192,60THz 1556,55nm
d28(28), --192,50THz 1557,36nm
d29(29), --192,30THz 1558,98nm
d30(30), --192,20THz 1559,79nm
d31(31), --192,10THz 1560,61nm
d32(32), --192,00THz 1561,42nm
d33(33), --191,00THz 1569,59nm
d34(34), --190,90THz 1570,42nm
d35(35), --190,80THz 1571,24nm
d36(36), --190,70THz 1572,06nm
d37(37), --190,50THz 1573,71nm
d38(38), --190,40THz 1574,54nm
d39(39), --190,30THz 1575,37nm
d40(40), --190,20THz 1576,20nm
d41(41), --190,00THz 1577,86nm
d42(42), --189,90THz 1578,69nm
d43(43), --189,80THz 1579,52nm
d44(44), --189,70THz 1580,35nm
d45(45), --189,50THz 1582,02nm
d46(46), --189,40THz 1582,85nm
d47(47), --189,30THz 1583,69nm
d48(48), --189,20THz 1584,53nm
d49(49), --188,80THz 1587,88nm
d50(50), --188,70THz 1588,73nm
d51(51), --188,60THz 1589,57nm
d52(52), --188,50THz 1590,41nm
d53(53), --188,30THz 1592,10nm
d54(54), --188,20THz 1592,95nm
d55(55), --188,10THz 1593,79nm
d56(56), --188,00THz 1594,64nm
d57(57), --187,80THz 1596,34nm
d58(58), --187,70THz 1597,19nm
d59(59), --187,60THz 1598,04nm
d60(60), --187,50THz 1598,89nm
d61(61), --187,30THz 1600,60nm
d62(62), --187,20THz 1601,56nm
d63(63), --187,10THz 1602,31nm
d64(64), --187,00THz 1603,17nm
dc1(65), --195,60THz 1532,68nm
dc2(66), --195,10THz 1536,61nm
dc3(67), --194,60THz 1540,56nm
dc4(68), --194,10THz 1544,53nm
dc5(69), --193,90THz 1546,12nm
dc6(70), --193,40THz 1550,12nm
dc7(71), --192,90THz 1554,13nm
dc8(72), --192,40THz 1558,17nm
dl1(73), --190,60THz 1572,89nm
dl2(74), --190,10THz 1577,03nm
dl3(75), --189,60THz 1581,18nm
dl4(76), --189,10THz 1585,36nm
dl5(77), --188,90THz 1587,04nm
dl6(78), --188,40THz 1591,26nm
dl7(79), --187,90THz 1595,49nm
dl8(80), --187,40THz 1599,75nm
dc9(81), --194,00THz 1545,322nm
dl9(82), --189,00THz 1586,203nm
c1470(91), --1470,00nm
c1490(92), --1490,00nm
c1510(93), --1510,00nm
c1530(94), --1530,00nm
c1550(95), --1550,00nm
c1570(96), --1570,00nm
c1590(97), --1590,00nm
c1610(98), --1610,00nm
s1310(99), --1310,00nm OSC
s1630(100), --1630,00nm OSC
g850(101), --850,00nm
g1310(102), --1310,00nm
g1550(103), --1550,00nm
-- any(104),
notInGrid(105),
s1510(106), --1510,00nm OSC
f19610(107), --196,10THz 1528,7734nm
f19595(108), --195,95THz 1529,9436nm
f19585(109), --195,85THz 1530,7248nm
f19575(110), --195,75THz 1531,5068nm
f19565(111), --195,65THz 1532,2896nm
f19555(112), --195,55THz 1533,0732nm
f19545(113), --195,45THz 1533,8575nm
f19535(114), --195,35THz 1534,6427nm
f19525(115), --195,25THz 1535,4287nm
f19515(116), --195,15THz 1536,2155nm
f19505(117), --195,05THz 1537,0031nm
f19495(118), --194,95THz 1537,7915nm
f19485(119), --194,85THz 1538,5807nm
f19475(120), --194,75THz 1539,3708nm
f19465(121), --194,65THz 1540,1616nm
f19455(122), --194,55THz 1540,9533nm
f19445(123), --194,45THz 1541,7457nm
f19435(124), --194,35THz 1542,5390nm
f19425(125), --194,25THz 1543,3331nm
f19415(126), --194,15THz 1544,1280nm
f19405(127), --194,05THz 1544,9238nm
f19395(128), --193,95THz 1545,7203nm
f19385(129), --193,85THz 1546,5177nm
f19375(130), --193,75THz 1547,3159nm
f19365(131), --193,65THz 1548,1149nm
f19355(132), --193,55THz 1548,9148nm
f19345(133), --193,45THz 1549,7155nm
f19335(134), --193,35THz 1550,5170nm
f19325(135), --193,25THz 1551,3193nm
f19315(136), --193,15THz 1552,1225nm
f19305(137), --193,05THz 1552,9265nm
f19295(138), --192,95THz 1553,7313nm
f19285(139), --192,85THz 1554,5370nm
f19275(140), --192,75THz 1555,3435nm
f19265(141), --192,65THz 1556,1508nm
f19255(142), --192,55THz 1556,9590nm
f19245(143), --192,45THz 1557,7680nm
f19235(144), --192,35THz 1558,5779nm
f19225(145), --192,25THz 1559,3886nm
f19215(146), --192,15THz 1560,2001nm
f19205(147), --192,05THz 1561,0125nm
f19600(148), --196,00THz 1529,55nm D01
f19590(149), --195,90THz 1530,33nm D02
f19580(150), --195,80THz 1531,12nm D03
f19570(151), --195,70THz 1531,90nm D04
f19560(152), --195,60THz 1532,68nm DC1
f19550(153), --195,50THz 1533,47nm D05
f19540(154), --195,40THz 1534,25nm D06
f19530(155), --195,30THz 1535,04nm D07
f19520(156), --195,20THz 1535,82nm D08
f19510(157), --195,10THz 1536,60nm DC2
f19500(158), --195,00THz 1537,40nm D09
f19490(159), --194,90THz 1538,19nm D10
f19480(160), --194,80THz 1538,98nm D11
f19470(161), --194,70THz 1539,77nm D12
f19460(162), --194,60THz 1540,55nm DC3
f19450(163), --194,50THz 1541,35nm D13
f19440(164), --194,40THz 1542,14nm D14
f19430(165), --194,30THz 1542,94nm D15
f19420(166), --194,20THz 1543,73nm D16
f19410(167), --194,10THz 1544,52nm DC4
f19400(168), --194,00THz 1545,32nm DC9
f19390(169), --193,90THz 1546,11nm DC5
f19380(170), --193,80THz 1546,92nm D17
f19370(171), --193,70THz 1547,72nm D18
f19360(172), --193,60THz 1548,51nm D19
f19350(173), --193,50THz 1549,32nm D20
f19340(174), --193,40THz 1550,11nm DC6
f19330(175), --193,30THz 1550,92nm D21
f19320(176), --193,20THz 1551,72nm D22
f19310(177), --193,10THz 1552,52nm D23
f19300(178), --193,00THz 1553,33nm D24
f19290(179), --192,90THz 1554,13nm DC7
f19280(180), --192,80THz 1554,94nm D25
f19270(181), --192,70THz 1555,75nm D26
f19260(182), --192,60THz 1556,55nm D27
f19250(183), --192,50THz 1557,36nm D28
f19240(184), --192,40THz 1558,17nm DC8
f19230(185), --192,30THz 1558,98nm D29
f19220(186), --192,20THz 1559,79nm D30
f19210(187), --192,10THz 1560,61nm D31
f19200(188), --192,00THz 1561,42nm D32
c1270(189), --1270,00nm
c1290(190), --1290,00nm
c1310(191), --1310,00nm
c1330(192), --1330,00nm
c1350(193), --1350,00nm
c1370(194), --1370,00nm
c1430(195), --1430,00nm
c1450(196), --1450,00nm
s1610(197), --1610,00nm OSC
t1650(198), --1650,00nm OTDR
s1490(199), --1490,00nm OSC
f19598(200), --195.9875THz , 1529.6509nm
f19597(201), --195.975THz , 1529.7485nm
f19596(202), --195.9625THz , 1529.8461nm
f19593(203), --195.9375THz , 1530.0413nm
f19592(204), --195.925THz , 1530.1389nm
f19591(205), --195.9125THz , 1530.2365nm
f19588(206), --195.8875THz , 1530.4318nm
f19587(207), --195.875THz , 1530.5295nm
f19586(208), --195.8625THz , 1530.6271nm
f19583(209), --195.8375THz , 1530.8225nm
f19582(210), --195.825THz , 1530.9203nm
f19581(211), --195.8125THz , 1531.018nm
f19578(212), --195.7875THz , 1531.2135nm
f19577(213), --195.775THz , 1531.3112nm
f19576(214), --195.7625THz , 1531.409nm
f19573(215), --195.7375THz , 1531.6046nm
f19572(216), --195.725THz , 1531.7024nm
f19571(217), --195.7125THz , 1531.8003nm
f19568(218), --195.6875THz , 1531.996nm
f19567(219), --195.675THz , 1532.0938nm
f19566(220), --195.6625THz , 1532.1917nm
f19563(221), --195.6375THz , 1532.3875nm
f19562(222), --195.625THz , 1532.4854nm
f19561(223), --195.6125THz , 1532.5833nm
f19558(224), --195.5875THz , 1532.7792nm
f19557(225), --195.575THz , 1532.8772nm
f19556(226), --195.5625THz , 1532.9752nm
f19553(227), --195.5375THz , 1533.1712nm
f19552(228), --195.525THz , 1533.2692nm
f19551(229), --195.5125THz , 1533.3672nm
f19548(230), --195.4875THz , 1533.5633nm
f19547(231), --195.475THz , 1533.6614nm
f19546(232), --195.4625THz , 1533.7595nm
f19543(233), --195.4375THz , 1533.9557nm
f19542(234), --195.425THz , 1534.0538nm
f19541(235), --195.4125THz , 1534.1519nm
f19538(236), --195.3875THz , 1534.3482nm
f19537(237), --195.375THz , 1534.4464nm
f19536(238), --195.3625THz , 1534.5445nm
f19533(239), --195.3375THz , 1534.7409nm
f19532(240), --195.325THz , 1534.8392nm
f19531(241), --195.3125THz , 1534.9374nm
f19528(242), --195.2875THz , 1535.1339nm
f19527(243), --195.275THz , 1535.2321nm
f19526(244), --195.2625THz , 1535.3304nm
f19523(245), --195.2375THz , 1535.527nm
f19522(246), --195.225THz , 1535.6253nm
f19521(247), --195.2125THz , 1535.7237nm
f19518(248), --195.1875THz , 1535.9204nm
f19517(249), --195.175THz , 1536.0187nm
f19516(250), --195.1625THz , 1536.1171nm
f19513(251), --195.1375THz , 1536.3139nm
f19512(252), --195.125THz , 1536.4123nm
f19511(253), --195.1125THz , 1536.5108nm
f19508(254), --195.0875THz , 1536.7077nm
f19507(255), --195.075THz , 1536.8061nm
f19506(256), --195.0625THz , 1536.9046nm
f19503(257), --195.0375THz , 1537.1016nm
f19502(258), --195.025THz , 1537.2001nm
f19501(259), --195.0125THz , 1537.2987nm
f19498(260), --194.9875THz , 1537.4958nm
f19497(261), --194.975THz , 1537.5943nm
f19496(262), --194.9625THz , 1537.6929nm
f19493(263), --194.9375THz , 1537.8901nm
f19492(264), --194.925THz , 1537.9888nm
f19491(265), --194.9125THz , 1538.0874nm
f19488(266), --194.8875THz , 1538.2847nm
f19487(267), --194.875THz , 1538.3834nm
f19486(268), --194.8625THz , 1538.482nm
f19483(269), --194.8375THz , 1538.6795nm
f19482(270), --194.825THz , 1538.7782nm
f19481(271), --194.8125THz , 1538.8769nm
f19478(272), --194.7875THz , 1539.0744nm
f19477(273), --194.775THz , 1539.1732nm
f19476(274), --194.7625THz , 1539.272nm
f19473(275), --194.7375THz , 1539.4696nm
f19472(276), --194.725THz , 1539.5684nm
f19471(277), --194.7125THz , 1539.6672nm
f19468(278), --194.6875THz , 1539.865nm
f19467(279), --194.675THz , 1539.9638nm
f19466(280), --194.6625THz , 1540.0627nm
f19463(281), --194.6375THz , 1540.2605nm
f19462(282), --194.625THz , 1540.3595nm
f19461(283), --194.6125THz , 1540.4584nm
f19458(284), --194.5875THz , 1540.6563nm
f19457(285), --194.575THz , 1540.7553nm
f19456(286), --194.5625THz , 1540.8543nm
f19453(287), --194.5375THz , 1541.0523nm
f19452(288), --194.525THz , 1541.1513nm
f19451(289), --194.5125THz , 1541.2503nm
f19448(290), --194.4875THz , 1541.4485nm
f19447(291), --194.475THz , 1541.5475nm
f19446(292), --194.4625THz , 1541.6466nm
f19443(293), --194.4375THz , 1541.8448nm
f19442(294), --194.425THz , 1541.944nm
f19441(295), --194.4125THz , 1542.0431nm
f19438(296), --194.3875THz , 1542.2414nm
f19437(297), --194.375THz , 1542.3406nm
f19436(298), --194.3625THz , 1542.4398nm
f19433(299), --194.3375THz , 1542.6382nm
f19432(300), --194.325THz , 1542.7375nm
f19431(301), --194.3125THz , 1542.8367nm
f19428(302), --194.2875THz , 1543.0352nm
f19427(303), --194.275THz , 1543.1345nm
f19426(304), --194.2625THz , 1543.2338nm
f19423(305), --194.2375THz , 1543.4324nm
f19422(306), --194.225THz , 1543.5318nm
f19421(307), --194.2125THz , 1543.6311nm
f19418(308), --194.1875THz , 1543.8298nm
f19417(309), --194.175THz , 1543.9292nm
f19416(310), --194.1625THz , 1544.0286nm
f19413(311), --194.1375THz , 1544.2275nm
f19412(312), --194.125THz , 1544.3269nm
f19411(313), --194.1125THz , 1544.4263nm
f19408(314), --194.0875THz , 1544.6253nm
f19407(315), --194.075THz , 1544.7248nm
f19406(316), --194.0625THz , 1544.8243nm
f19403(317), --194.0375THz , 1545.0233nm
f19402(318), --194.025THz , 1545.1228nm
f19401(319), --194.0125THz , 1545.2224nm
f19398(320), --193.9875THz , 1545.4215nm
f19397(321), --193.975THz , 1545.5211nm
f19396(322), --193.9625THz , 1545.6207nm
f19393(323), --193.9375THz , 1545.82nm
f19392(324), --193.925THz , 1545.9196nm
f19391(325), --193.9125THz , 1546.0193nm
f19388(326), --193.8875THz , 1546.2186nm
f19387(327), --193.875THz , 1546.3183nm
f19386(328), --193.8625THz , 1546.418nm
f19383(329), --193.8375THz , 1546.6174nm
f19382(330), --193.825THz , 1546.7172nm
f19381(331), --193.8125THz , 1546.8169nm
f19378(332), --193.7875THz , 1547.0165nm
f19377(333), --193.775THz , 1547.1163nm
f19376(334), --193.7625THz , 1547.2161nm
f19373(335), --193.7375THz , 1547.4157nm
f19372(336), --193.725THz , 1547.5156nm
f19371(337), --193.7125THz , 1547.6155nm
f19368(338), --193.6875THz , 1547.8152nm
f19367(339), --193.675THz , 1547.9151nm
f19366(340), --193.6625THz , 1548.015nm
f19363(341), --193.6375THz , 1548.2149nm
f19362(342), --193.625THz , 1548.3148nm
f19361(343), --193.6125THz , 1548.4148nm
f19358(344), --193.5875THz , 1548.6148nm
f19357(345), --193.575THz , 1548.7148nm
f19356(346), --193.5625THz , 1548.8148nm
f19353(347), --193.5375THz , 1549.0148nm
f19352(348), --193.525THz , 1549.1149nm
f19351(349), --193.5125THz , 1549.2149nm
f19348(350), --193.4875THz , 1549.4151nm
f19347(351), --193.475THz , 1549.5152nm
f19346(352), --193.4625THz , 1549.6153nm
f19343(353), --193.4375THz , 1549.8156nm
f19342(354), --193.425THz , 1549.9158nm
f19341(355), --193.4125THz , 1550.0159nm
f19338(356), --193.3875THz , 1550.2163nm
f19337(357), --193.375THz , 1550.3165nm
f19336(358), --193.3625THz , 1550.4167nm
f19333(359), --193.3375THz , 1550.6172nm
f19332(360), --193.325THz , 1550.7175nm
f19331(361), --193.3125THz , 1550.8178nm
f19328(362), --193.2875THz , 1551.0183nm
f19327(363), --193.275THz , 1551.1187nm
f19326(364), --193.2625THz , 1551.219nm
f19323(365), --193.2375THz , 1551.4197nm
f19322(366), --193.225THz , 1551.52nm
f19321(367), --193.2125THz , 1551.6204nm
f19318(368), --193.1875THz , 1551.8212nm
f19317(369), --193.175THz , 1551.9216nm
f19316(370), --193.1625THz , 1552.022nm
f19313(371), --193.1375THz , 1552.2229nm
f19312(372), --193.125THz , 1552.3234nm
f19311(373), --193.1125THz , 1552.4239nm
f19296(382), --192.9625THz , 1553.6307nm
f19293(383), --192.9375THz , 1553.832nm
f19292(384), --192.925THz , 1553.9327nm
f19291(385), --192.9125THz , 1554.0333nm
f19288(386), --192.8875THz , 1554.2348nm
f19287(387), --192.875THz , 1554.3355nm
f19286(388), --192.8625THz , 1554.4362nm
f19283(389), --192.8375THz , 1554.6378nm
f19282(390), --192.825THz , 1554.7385nm
f19278(392), --192.7875THz , 1555.041nm
f19277(393), --192.775THz , 1555.1418nm
f19276(394), --192.7625THz , 1555.2426nm
f19273(395), --192.7375THz , 1555.4444nm
f19272(396), --192.725THz , 1555.5452nm
f19271(397), --192.7125THz , 1555.6461nm
f19268(398), --192.6875THz , 1555.848nm
f19267(399), --192.675THz , 1555.9489nm
f19266(400), --192.6625THz , 1556.0499nm
f19263(401), --192.6375THz , 1556.2518nm
f19262(402), --192.625THz , 1556.3528nm
f19261(403), --192.6125THz , 1556.4538nm
f19258(404), --192.5875THz , 1556.6558nm
f19257(405), --192.575THz , 1556.7569nm
f19256(406), --192.5625THz , 1556.8579nm
f19253(407), --192.5375THz , 1557.0601nm
f19252(408), --192.525THz , 1557.1612nm
f19251(409), --192.5125THz , 1557.2623nm
f19248(410), --192.4875THz , 1557.4646nm
f19247(411), --192.475THz , 1557.5657nm
f19246(412), --192.4625THz , 1557.6669nm
f19243(413), --192.4375THz , 1557.8692nm
f19242(414), --192.425THz , 1557.9704nm
f19241(415), --192.4125THz , 1558.0716nm
f19238(416), --192.3875THz , 1558.2741nm
f19237(417), --192.375THz , 1558.3754nm
f19236(418), --192.3625THz , 1558.4766nm
f19233(419), --192.3375THz , 1558.6792nm
f19232(420), --192.325THz , 1558.7805nm
f19231(421), --192.3125THz , 1558.8818nm
f19228(422), --192.2875THz , 1559.0845nm
f19227(423), --192.275THz , 1559.1858nm
f19226(424), --192.2625THz , 1559.2872nm
f19223(425), --192.2375THz , 1559.49nm
f19222(426), --192.225THz , 1559.5914nm
f19221(427), --192.2125THz , 1559.6928nm
f19218(428), --192.1875THz , 1559.8957nm
f19217(429), --192.175THz , 1559.9972nm
f19216(430), --192.1625THz , 1560.0987nm
f19213(431), --192.1375THz , 1560.3016nm
f19212(432), --192.125THz , 1560.4032nm
f19211(433), --192.1125THz , 1560.5047nm
f19208(434), --192.0875THz , 1560.7078nm
f19207(435), --192.075THz , 1560.8094nm
f19206(436), --192.0625THz , 1560.9109nm
f19203(437), --192.0375THz , 1561.1141nm
f19202(438), --192.025THz , 1561.2158nm
f19201(439), --192.0125THz , 1561.3174nm
f19198(440), --191.9875THz , 1561.5207nm
f19197(441), --191.975THz , 1561.6224nm
f19196(442), --191.9625THz , 1561.7241nm
f19195(443), --191.95THz , 1561.8258nm
f19193(444), --191.9375THz , 1561.9275nm
f19192(445), --191.925THz , 1562.0292nm
f19191(446), --191.9125THz , 1562.131nm
f19190(447), --191.9THz , 1562.2327nm
f19188(448), --191.8875THz , 1562.3345nm
f19187(449), --191.875THz , 1562.4363nm
f19186(450), --191.8625THz , 1562.5381nm
f19185(451), --191.85THz , 1562.6399nm
f19183(452), --191.8375THz , 1562.7417nm
f19182(453), --191.825THz , 1562.8435nm
f19181(454), --191.8125THz , 1562.9454nm
f19180(455), --191.8THz , 1563.0472nm
f19178(456), --191.7875THz , 1563.1491nm
f19177(457), --191.775THz , 1563.251nm
f19176(458), --191.7625THz , 1563.3529nm
f19175(459), --191.75THz , 1563.4548nm
f19173(460), --191.7375THz , 1563.5567nm
f19172(461), --191.725THz , 1563.6587nm
f19171(462), --191.7125THz , 1563.7606nm
f19170(463), --191.7THz , 1563.8626nm
f19168(464), --191.6875THz , 1563.9646nm
f19167(465), --191.675THz , 1564.0666nm
f19166(466), --191.6625THz , 1564.1686nm
f19165(467), --191.65THz , 1564.2706nm
f19163(468), --191.6375THz , 1564.3726nm
f19162(469), --191.625THz , 1564.4747nm
f19161(470), --191.6125THz , 1564.5767nm
f19160(471), --191.6THz , 1564.6788nm
f19158(472), --191.5875THz , 1564.7809nm
f19157(473), --191.575THz , 1564.883nm
f19156(474), --191.5625THz , 1564.9851nm
f19155(475), --191.55THz , 1565.0872nm
f19153(476), --191.5375THz , 1565.1894nm
f19152(477), --191.525THz , 1565.2915nm
f19151(478), --191.5125THz , 1565.3937nm
f19150(479), --191.5THz , 1565.4959nm
f19148(480), --191.4875THz , 1565.5981nm
f19147(481), --191.475THz , 1565.7003nm
f19146(482), --191.4625THz , 1565.8025nm
f19145(483), --191.45THz , 1565.9047nm
f19143(484), --191.4375THz , 1566.007nm
f19142(485), --191.425THz , 1566.1092nm
f19141(486), --191.4125THz , 1566.2115nm
f19140(487), --191.4THz , 1566.3138nm
f19138(488), --191.3875THz , 1566.4161nm
f19137(489), --191.375THz , 1566.5184nm
f19136(490), --191.3625THz , 1566.6207nm
f19135(491), --191.35THz , 1566.7231nm
f19133(492), --191.3375THz , 1566.8254nm
f19132(493), --191.325THz , 1566.9278nm
f19131(494), --191.3125THz , 1567.0302nm
f19130(495), --191.3THz , 1567.1326nm
f19128(496), --191.2875THz , 1567.235nm
f19127(497), --191.275THz , 1567.3374nm
f19126(498), --191.2625THz , 1567.4398nm
f19125(499), --191.25THz , 1567.5423nm
notDefined(500)
}
FspR7ChannelIdentifierCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Channel"
SYNTAX BITS
{
capUndefined(0),
capD01(1),
capD02(2),
capD03(3),
capD04(4),
capD05(5),
capD06(6),
capD07(7),
capD08(8),
capD09(9),
capD10(10),
capD11(11),
capD12(12),
capD13(13),
capD14(14),
capD15(15),
capD16(16),
capD17(17),
capD18(18),
capD19(19),
capD20(20),
capD21(21),
capD22(22),
capD23(23),
capD24(24),
capD25(25),
capD26(26),
capD27(27),
capD28(28),
capD29(29),
capD30(30),
capD31(31),
capD32(32),
capD33(33),
capD34(34),
capD35(35),
capD36(36),
capD37(37),
capD38(38),
capD39(39),
capD40(40),
capD41(41),
capD42(42),
capD43(43),
capD44(44),
capD45(45),
capD46(46),
capD47(47),
capD48(48),
capD49(49),
capD50(50),
capD51(51),
capD52(52),
capD53(53),
capD54(54),
capD55(55),
capD56(56),
capD57(57),
capD58(58),
capD59(59),
capD60(60),
capD61(61),
capD62(62),
capD63(63),
capD64(64),
capDc1(65),
capDc2(66),
capDc3(67),
capDc4(68),
capDc5(69),
capDc6(70),
capDc7(71),
capDc8(72),
capDl1(73),
capDl2(74),
capDl3(75),
capDl4(76),
capDl5(77),
capDl6(78),
capDl7(79),
capDl8(80),
capDc9(81),
capDl9(82),
capC1470(91),
capC1490(92),
capC1510(93),
capC1530(94),
capC1550(95),
capC1570(96),
capC1590(97),
capC1610(98),
capS1310(99),
capS1630(100),
capG850(101),
capG1310(102),
capG1550(103),
-- capAny(104),
capNotInGrid(105),
capS1510(106),
capF19610(107),
capF19595(108),
capF19585(109),
capF19575(110),
capF19565(111),
capF19555(112),
capF19545(113),
capF19535(114),
capF19525(115),
capF19515(116),
capF19505(117),
capF19495(118),
capF19485(119),
capF19475(120),
capF19465(121),
capF19455(122),
capF19445(123),
capF19435(124),
capF19425(125),
capF19415(126),
capF19405(127),
capF19395(128),
capF19385(129),
capF19375(130),
capF19365(131),
capF19355(132),
capF19345(133),
capF19335(134),
capF19325(135),
capF19315(136),
capF19305(137),
capF19295(138),
capF19285(139),
capF19275(140),
capF19265(141),
capF19255(142),
capF19245(143),
capF19235(144),
capF19225(145),
capF19215(146),
capF19205(147),
capF19600(148),
capF19590(149),
capF19580(150),
capF19570(151),
capF19560(152),
capF19550(153),
capF19540(154),
capF19530(155),
capF19520(156),
capF19510(157),
capF19500(158),
capF19490(159),
capF19480(160),
capF19470(161),
capF19460(162),
capF19450(163),
capF19440(164),
capF19430(165),
capF19420(166),
capF19410(167),
capF19400(168),
capF19390(169),
capF19380(170),
capF19370(171),
capF19360(172),
capF19350(173),
capF19340(174),
capF19330(175),
capF19320(176),
capF19310(177),
capF19300(178),
capF19290(179),
capF19280(180),
capF19270(181),
capF19260(182),
capF19250(183),
capF19240(184),
capF19230(185),
capF19220(186),
capF19210(187),
capF19200(188),
capC1270(189),
capC1290(190),
capC1310(191),
capC1330(192),
capC1350(193),
capC1370(194),
capC1430(195),
capC1450(196),
capS1610(197),
capT1650(198),
capS1490(199),
capF19598(200),
capF19597(201),
capF19596(202),
capF19593(203),
capF19592(204),
capF19591(205),
capF19588(206),
capF19587(207),
capF19586(208),
capF19583(209),
capF19582(210),
capF19581(211),
capF19578(212),
capF19577(213),
capF19576(214),
capF19573(215),
capF19572(216),
capF19571(217),
capF19568(218),
capF19567(219),
capF19566(220),
capF19563(221),
capF19562(222),
capF19561(223),
capF19558(224),
capF19557(225),
capF19556(226),
capF19553(227),
capF19552(228),
capF19551(229),
capF19548(230),
capF19547(231),
capF19546(232),
capF19543(233),
capF19542(234),
capF19541(235),
capF19538(236),
capF19537(237),
capF19536(238),
capF19533(239),
capF19532(240),
capF19531(241),
capF19528(242),
capF19527(243),
capF19526(244),
capF19523(245),
capF19522(246),
capF19521(247),
capF19518(248),
capF19517(249),
capF19516(250),
capF19513(251),
capF19512(252),
capF19511(253),
capF19508(254),
capF19507(255),
capF19506(256),
capF19503(257),
capF19502(258),
capF19501(259),
capF19498(260),
capF19497(261),
capF19496(262),
capF19493(263),
capF19492(264),
capF19491(265),
capF19488(266),
capF19487(267),
capF19486(268),
capF19483(269),
capF19482(270),
capF19481(271),
capF19478(272),
capF19477(273),
capF19476(274),
capF19473(275),
capF19472(276),
capF19471(277),
capF19468(278),
capF19467(279),
capF19466(280),
capF19463(281),
capF19462(282),
capF19461(283),
capF19458(284),
capF19457(285),
capF19456(286),
capF19453(287),
capF19452(288),
capF19451(289),
capF19448(290),
capF19447(291),
capF19446(292),
capF19443(293),
capF19442(294),
capF19441(295),
capF19438(296),
capF19437(297),
capF19436(298),
capF19433(299),
capF19432(300),
capF19431(301),
capF19428(302),
capF19427(303),
capF19426(304),
capF19423(305),
capF19422(306),
capF19421(307),
capF19418(308),
capF19417(309),
capF19416(310),
capF19413(311),
capF19412(312),
capF19411(313),
capF19408(314),
capF19407(315),
capF19406(316),
capF19403(317),
capF19402(318),
capF19401(319),
capF19398(320),
capF19397(321),
capF19396(322),
capF19393(323),
capF19392(324),
capF19391(325),
capF19388(326),
capF19387(327),
capF19386(328),
capF19383(329),
capF19382(330),
capF19381(331),
capF19378(332),
capF19377(333),
capF19376(334),
capF19373(335),
capF19372(336),
capF19371(337),
capF19368(338),
capF19367(339),
capF19366(340),
capF19363(341),
capF19362(342),
capF19361(343),
capF19358(344),
capF19357(345),
capF19356(346),
capF19353(347),
capF19352(348),
capF19351(349),
capF19348(350),
capF19347(351),
capF19346(352),
capF19343(353),
capF19342(354),
capF19341(355),
capF19338(356),
capF19337(357),
capF19336(358),
capF19333(359),
capF19332(360),
capF19331(361),
capF19328(362),
capF19327(363),
capF19326(364),
capF19323(365),
capF19322(366),
capF19321(367),
capF19318(368),
capF19317(369),
capF19316(370),
capF19313(371),
capF19312(372),
capF19311(373),
capF19296(382),
capF19293(383),
capF19292(384),
capF19291(385),
capF19288(386),
capF19287(387),
capF19286(388),
capF19283(389),
capF19282(390),
capF19278(392),
capF19277(393),
capF19276(394),
capF19273(395),
capF19272(396),
capF19271(397),
capF19268(398),
capF19267(399),
capF19266(400),
capF19263(401),
capF19262(402),
capF19261(403),
capF19258(404),
capF19257(405),
capF19256(406),
capF19253(407),
capF19252(408),
capF19251(409),
capF19248(410),
capF19247(411),
capF19246(412),
capF19243(413),
capF19242(414),
capF19241(415),
capF19238(416),
capF19237(417),
capF19236(418),
capF19233(419),
capF19232(420),
capF19231(421),
capF19228(422),
capF19227(423),
capF19226(424),
capF19223(425),
capF19222(426),
capF19221(427),
capF19218(428),
capF19217(429),
capF19216(430),
capF19213(431),
capF19212(432),
capF19211(433),
capF19208(434),
capF19207(435),
capF19206(436),
capF19203(437),
capF19202(438),
capF19201(439),
capF19198(440),
capF19197(441),
capF19196(442),
capF19195(443),
capF19193(444),
capF19192(445),
capF19191(446),
capF19190(447),
capF19188(448),
capF19187(449),
capF19186(450),
capF19185(451),
capF19183(452),
capF19182(453),
capF19181(454),
capF19180(455),
capF19178(456),
capF19177(457),
capF19176(458),
capF19175(459),
capF19173(460),
capF19172(461),
capF19171(462),
capF19170(463),
capF19168(464),
capF19167(465),
capF19166(466),
capF19165(467),
capF19163(468),
capF19162(469),
capF19161(470),
capF19160(471),
capF19158(472),
capF19157(473),
capF19156(474),
capF19155(475),
capF19153(476),
capF19152(477),
capF19151(478),
capF19150(479),
capF19148(480),
capF19147(481),
capF19146(482),
capF19145(483),
capF19143(484),
capF19142(485),
capF19141(486),
capF19140(487),
capF19138(488),
capF19137(489),
capF19136(490),
capF19135(491),
capF19133(492),
capF19132(493),
capF19131(494),
capF19130(495),
capF19128(496),
capF19127(497),
capF19126(498),
capF19125(499),
capNotDefined(500)
}
FspR7ChannelNumber ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"CWDM channels; DWDM frequencies (50 GHz grid according ITU-T"
SYNTAX INTEGER
{
undefined(0),
f19600(1), --196,00THz 1529,55nm D01
f19590(2), --195,90THz 1530,33nm D02
f19580(3), --195,80THz 1531,12nm D03
f19570(4), --195,70THz 1531,90nm D04
f19550(5), --195,50THz 1533,47nm D05
f19540(6), --195,40THz 1534,25nm D06
f19530(7), --195,30THz 1535,04nm D07
f19520(8), --195,20THz 1535,82nm D08
f19500(9), --195,00THz 1537,40nm D09
f19490(10), --194,90THz 1538,19nm D10
f19480(11), --194,80THz 1538,98nm D11
f19470(12), --194,70THz 1539,77nm D12
f19450(13), --194,50THz 1541,35nm D13
f19440(14), --194,40THz 1542,14nm D14
f19430(15), --194,30THz 1542,94nm D15
f19420(16), --194,20THz 1543,73nm D16
f19380(17), --193,80THz 1546,92nm D17
f19370(18), --193,70THz 1547,72nm D18
f19360(19), --193,60THz 1548,51nm D19
f19350(20), --193,50THz 1549,32nm D20
f19330(21), --193,30THz 1550,92nm D21
f19320(22), --193,20THz 1551,72nm D22
f19310(23), --193,10THz 1552,52nm D23
f19300(24), --193,00THz 1553,33nm D24
f19280(25), --192,80THz 1554,94nm D25
f19270(26), --192,70THz 1555,75nm D26
f19260(27), --192,60THz 1556,55nm D27
f19250(28), --192,50THz 1557,36nm D28
f19230(29), --192,30THz 1558,98nm D29
f19220(30), --192,20THz 1559,79nm D30
f19210(31), --192,10THz 1560,61nm D31
f19200(32), --192,00THz 1561,42nm D32
f19100(33), --191,00THz 1569,59nm D33
f19090(34), --190,90THz 1570,42nm D34
f19080(35), --190,80THz 1571,24nm D35
f19070(36), --190,70THz 1572,06nm D36
f19050(37), --190,50THz 1573,71nm D37
f19040(38), --190,40THz 1574,54nm D38
f19030(39), --190,30THz 1575,37nm D39
f19020(40), --190,20THz 1576,20nm D40
f19000(41), --190,00THz 1577,86nm D41
f18990(42), --189,90THz 1578,69nm D42
f18980(43), --189,80THz 1579,52nm D43
f18970(44), --189,70THz 1580,35nm D44
f18950(45), --189,50THz 1582,02nm D45
f18940(46), --189,40THz 1582,85nm D46
f18930(47), --189,30THz 1583,69nm D47
f18920(48), --189,20THz 1584,53nm D48
f18880(49), --188,80THz 1587,88nm D49
f18870(50), --188,70THz 1588,73nm D50
f18860(51), --188,60THz 1589,57nm D51
f18850(52), --188,50THz 1590,41nm D52
f18830(53), --188,30THz 1592,10nm D53
f18820(54), --188,20THz 1592,95nm D54
f18810(55), --188,10THz 1593,79nm D55
f18800(56), --188,00THz 1594,64nm D56
f18780(57), --187,80THz 1596,34nm D57
f18770(58), --187,70THz 1597,19nm D58
f18760(59), --187,60THz 1598,04nm D59
f18750(60), --187,50THz 1598,89nm D60
f18730(61), --187,30THz 1600,60nm D61
f18720(62), --187,20THz 1601,56nm D62
f18710(63), --187,10THz 1602,31nm D63
f18700(64), --187,00THz 1603,17nm D64
f19560(65), --195,60THz 1532,68nm DC1
f19510(66), --195,10THz 1536,61nm DC2
f19460(67), --194,60THz 1540,56nm DC3
f19410(68), --194,10THz 1544,53nm DC4
f19390(69), --193,90THz 1546,12nm DC5
f19340(70), --193,40THz 1550,12nm DC6
f19290(71), --192,90THz 1554,13nm DC7
f19240(72), --192,40THz 1558,17nm DC8
f19060(73), --190,60THz 1572,89nm DL1
f19010(74), --190,10THz 1577,03nm DL2
f18960(75), --189,60THz 1581,18nm DL3
f18910(76), --189,10THz 1585,36nm DL4
f18890(77), --188,90THz 1587,04nm DL5
f18840(78), --188,40THz 1591,26nm DL6
f18790(79), --187,90THz 1595,49nm DL7
f18740(80), --187,40THz 1599,75nm DL8
f19400(81), --194,00THz 1545,322nm DC9
f18900(82), --189,00THz 1586,203nm DL9
f19640(83), --196.40THz 1526.44nm
f19635(84), --196.35THz 1526.83nm
f19630(85), --196.30THz 1527.22nm
f19625(86), --196.25THz 1527.60nm
f19620(87), --196.20THz 1527.99nm
f19615(88), --196.15THz 1528.38nm
f19605(89), --196.05THz 1529.16nm
c1470(90), --1470,00nm
c1490(91), --1490,00nm
c1510(92), --1510,00nm
c1530(93), --1530,00nm
c1550(94), --1550,00nm
c1570(95), --1570,00nm
c1590(96), --1590,00nm
c1610(97), --1610,00nm
s1310(98), --1310,00nm
s1630(99), --1630,00nm
g850(100), --850,00nm
g1310(101), --1310,00nm
g1550(102), --1550,00nm
null(103),
nig(104),
s1510(105), --1510,00nm
f19610(106), --196,10THz 1528,7734nm
f19595(107), --195,95THz 1529,9436nm
f19585(108), --195,85THz 1530,7248nm
f19575(109), --195,75THz 1531,5068nm
f19565(110), --195,65THz 1532,2896nm
f19555(111), --195,55THz 1533,0732nm
f19545(112), --195,45THz 1533,8575nm
f19535(113), --195,35THz 1534,6427nm
f19525(114), --195,25THz 1535,4287nm
f19515(115), --195,15THz 1536,2155nm
f19505(116), --195,05THz 1537,0031nm
f19495(117), --194,95THz 1537,7915nm
f19485(118), --194,85THz 1538,5807nm
f19475(119), --194,75THz 1539,3708nm
f19465(120), --194,65THz 1540,1616nm
f19455(121), --194,55THz 1540,9533nm
f19445(122), --194,45THz 1541,7457nm
f19435(123), --194,35THz 1542,5390nm
f19425(124), --194,25THz 1543,3331nm
f19415(125), --194,15THz 1544,1280nm
f19405(126), --194,05THz 1544,9238nm
f19395(127), --193,95THz 1545,7203nm
f19385(128), --193,85THz 1546,5177nm
f19375(129), --193,75THz 1547,3159nm
f19365(130), --193,65THz 1548,1149nm
f19355(131), --193,55THz 1548,9148nm
f19345(132), --193,45THz 1549,7155nm
f19335(133), --193,35THz 1550,5170nm
f19325(134), --193,25THz 1551,3193nm
f19315(135), --193,15THz 1552,1225nm
f19305(136), --193,05THz 1552,9265nm
f19295(137), --192,95THz 1553,7313nm
f19285(138), --192,85THz 1554,5370nm
f19275(139), --192,75THz 1555,3435nm
f19265(140), --192,65THz 1556,1508nm
f19255(141), --192,55THz 1556,9590nm
f19245(142), --192,45THz 1557,7680nm
f19235(143), --192,35THz 1558,5779nm
f19225(144), --192,25THz 1559,3886nm
f19215(145), --192,15THz 1560,2001nm
f19205(146), --192,05THz 1561,0125nm
f19195(147), --191.95THz 1561.83nm
f19190(148), --191.90THz 1562.23nm
f19185(149), --191.85THz 1562.64nm
f19180(150), --191.80THz 1563.05nm
f19175(151), --191.75THz 1563.45nm
f19170(152), --191.70THz 1563.86nm
f19165(153), --191.65THz 1564.27nm
f19160(154), --191.60THz 1564.68nm
f19155(155), --191.55THz 1565.09nm
f19150(156), --191.50THz 1565.50nm
f19145(157), --191.45THz 1565.90nm
f19140(158), --191.40THz 1566.31nm
f19135(159), --191.35THz 1566.72nm
f19130(160), --191.30THz 1567.13nm
f19125(161), --191.25THz 1567.54nm
f19120(162), --191.20THz 1567.95nm
f19115(163), --191.15THz 1568.36nm
f19110(164), --191.10THz 1568.77nm
f19105(165), --191.05THz 1569.18nm
f19095(166), --190.95THz 1570.00nm
f19085(167), --190.85THz 1570.83nm
f19075(168), --190.75THz 1571.65nm
f19065(169), --190.65THz 1572.48nm
f19055(170), --190.55THz 1573.30nm
f19045(171), --190.45THz 1574.13nm
f19035(172), --190.35THz 1574.95nm
f19025(173), --190.25THz 1575.78nm
f19015(174), --190.15THz 1576.61nm
f19005(175), --190.05THz 1577.44nm
f18995(176), --189.95THz 1578.27nm
f18985(177), --189.85THz 1579.10nm
f18975(178), --189.75THz 1579.93nm
f18965(179), --189.65THz 1580.77nm
f18955(180), --189.55THz 1581.60nm
f18945(181), --189.45THz 1582.44nm
f18935(182), --189.35THz 1583.27nm
f18925(183), --189.25THz 1584.11nm
f18915(184), --189.15THz 1584.95nm
f18905(185), --189.05THz 1585.78nm
f18895(186), --188.95THz 1586.62nm
f18885(187), --188.85THz 1587.46nm
f18875(188), --188.75THz 1588.30nm
f18865(189), --188.65THz 1589.15nm
f18855(190), --188.55THz 1589.99nm
f18845(191), --188.45THz 1590.83nm
f18835(192), --188.35THz 1591.68nm
f18825(193), --188.25THz 1592.52nm
f18815(194), --188.15THz 1593.37nm
f18805(195), --188.05THz 1594.22nm
f18795(196), --187.95THz 1595.06nm
f18785(197), --187.85THz 1595.91nm
f18775(198), --187.75THz 1596.76nm
f18765(199), --187.65THz 1597.61nm
f18755(200), --187.55THz 1598.47nm
f18745(201), --187.45THz 1599.32nm
f18735(202), --187.35THz 1600.17nm
f18725(203), --187.25THz 1601.03nm
f18715(204), --187.15THz 1601.88nm
f18705(205), --187.05THz 1602.74nm
c1270(206), --1270,00nm
c1290(207), --1290,00nm
c1310(208), --1310,00nm
c1330(209), --1330,00nm
c1350(210), --1350,00nm
c1370(211), --1370,00nm
c1430(212), --1430,00nm
c1450(213), --1450,00nm
t1650(214), --1650,00nm OTDR
s1490(215) --1490,00nm OSC
}
FspR7ChannelNumberCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"CWDM channels; DWDM frequencies (50 GHz grid according ITU-T"
SYNTAX BITS
{
capUndefined(0),
capF19600(1),
capF19590(2),
capF19580(3),
capF19570(4),
capF19550(5),
capF19540(6),
capF19530(7),
capF19520(8),
capF19500(9),
capF19490(10),
capF19480(11),
capF19470(12),
capF19450(13),
capF19440(14),
capF19430(15),
capF19420(16),
capF19380(17),
capF19370(18),
capF19360(19),
capF19350(20),
capF19330(21),
capF19320(22),
capF19310(23),
capF19300(24),
capF19280(25),
capF19270(26),
capF19260(27),
capF19250(28),
capF19230(29),
capF19220(30),
capF19210(31),
capF19200(32),
capF19100(33),
capF19090(34),
capF19080(35),
capF19070(36),
capF19050(37),
capF19040(38),
capF19030(39),
capF19020(40),
capF19000(41),
capF18990(42),
capF18980(43),
capF18970(44),
capF18950(45),
capF18940(46),
capF18930(47),
capF18920(48),
capF18880(49),
capF18870(50),
capF18860(51),
capF18850(52),
capF18830(53),
capF18820(54),
capF18810(55),
capF18800(56),
capF18780(57),
capF18770(58),
capF18760(59),
capF18750(60),
capF18730(61),
capF18720(62),
capF18710(63),
capF18700(64),
capF19560(65),
capF19510(66),
capF19460(67),
capF19410(68),
capF19390(69),
capF19340(70),
capF19290(71),
capF19240(72),
capF19060(73),
capF19010(74),
capF18960(75),
capF18910(76),
capF18890(77),
capF18840(78),
capF18790(79),
capF18740(80),
capF19400(81),
capF18900(82),
capF19640(83),
capF19635(84),
capF19630(85),
capF19625(86),
capF19620(87),
capF19615(88),
capF19605(89),
capC1470(90),
capC1490(91),
capC1510(92),
capC1530(93),
capC1550(94),
capC1570(95),
capC1590(96),
capC1610(97),
capS1310(98),
capS1630(99),
capG850(100),
capG1310(101),
capG1550(102),
capNull(103),
capNig(104),
capS1510(105),
capF19610(106),
capF19595(107),
capF19585(108),
capF19575(109),
capF19565(110),
capF19555(111),
capF19545(112),
capF19535(113),
capF19525(114),
capF19515(115),
capF19505(116),
capF19495(117),
capF19485(118),
capF19475(119),
capF19465(120),
capF19455(121),
capF19445(122),
capF19435(123),
capF19425(124),
capF19415(125),
capF19405(126),
capF19395(127),
capF19385(128),
capF19375(129),
capF19365(130),
capF19355(131),
capF19345(132),
capF19335(133),
capF19325(134),
capF19315(135),
capF19305(136),
capF19295(137),
capF19285(138),
capF19275(139),
capF19265(140),
capF19255(141),
capF19245(142),
capF19235(143),
capF19225(144),
capF19215(145),
capF19205(146),
capF19195(147),
capF19190(148),
capF19185(149),
capF19180(150),
capF19175(151),
capF19170(152),
capF19165(153),
capF19160(154),
capF19155(155),
capF19150(156),
capF19145(157),
capF19140(158),
capF19135(159),
capF19130(160),
capF19125(161),
capF19120(162),
capF19115(163),
capF19110(164),
capF19105(165),
capF19095(166),
capF19085(167),
capF19075(168),
capF19065(169),
capF19055(170),
capF19045(171),
capF19035(172),
capF19025(173),
capF19015(174),
capF19005(175),
capF18995(176),
capF18985(177),
capF18975(178),
capF18965(179),
capF18955(180),
capF18945(181),
capF18935(182),
capF18925(183),
capF18915(184),
capF18905(185),
capF18895(186),
capF18885(187),
capF18875(188),
capF18865(189),
capF18855(190),
capF18845(191),
capF18835(192),
capF18825(193),
capF18815(194),
capF18805(195),
capF18795(196),
capF18785(197),
capF18775(198),
capF18765(199),
capF18755(200),
capF18745(201),
capF18735(202),
capF18725(203),
capF18715(204),
capF18705(205),
capC1270(206),
capC1290(207),
capC1310(208),
capC1330(209),
capC1350(210),
capC1370(211),
capC1430(212),
capC1450(213),
capT1650(214),
capS1490(215)
}
FspR7ChannelSpacing ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"ITU Grid channel spacing"
SYNTAX INTEGER
{
undefined(0),
spacing50Ghz(1),
spacing100Ghz(2),
spacing200Ghz(3),
spacing25GHz(4),
spacingFlex(5)
}
FspR7ChannelSpacingCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"ITU Grid channel spacing"
SYNTAX BITS
{
capUndefined(0),
capSpacing50Ghz(1),
capSpacing100Ghz(2),
capSpacing200Ghz(3),
capSpacing25GHz(4),
capSpacingFlex(5)
}
FspR7CodeGain ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Forward Error Correction Coding gain"
SYNTAX INTEGER
{
undefined(0),
high(1),
mean(2),
low(3)
}
FspR7CodeGainCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Forward Error Correction Coding gain"
SYNTAX BITS
{
capUndefined(0),
capHigh(1),
capMean(2),
capLow(3)
}
FspR7ColumnMark ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Enables Artificial Entities in chosen tables"
SYNTAX INTEGER
{
undefined(0),
false(1),
true(2)
}
FspR7Conn ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Bidirectional | Unidirectional"
SYNTAX INTEGER
{
undefined(0),
bi(1),
uni(2)
}
FspR7ConnCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Bidirectional | Unidirectional"
SYNTAX BITS
{
capUndefined(0),
capBi(1),
capUni(2)
}
FspR7ConnectorType ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Connector Type"
SYNTAX INTEGER
{
undefined(0),
lc(1),
rj45(2),
mupc(3),
dsub8(4),
usbS(5),
dsub44hd(6),
fcApc(7),
mpo(8), --MPO is the industry acronym for "Multi-Fiber Push On". A MPO Connector type is a Multi-fiber Connector, which is used for high density fiber interconnections.
mbnc(9), --Micro-BNC
hdBnc(10), --HD-BNC
din(11) --DIN 1.0/2.3
}
FspR7ConnectorTypeCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Connector Type"
SYNTAX BITS
{
capUndefined(0),
capLc(1),
capRj45(2),
capMupc(3),
capDsub8(4),
capUsbS(5),
capDsub44hd(6),
capFcApc(7),
capMpo(8),
capMbnc(9),
capHdBnc(10),
capDin(11)
}
FspR7ConnectState ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Connection State"
SYNTAX INTEGER
{
undefined(0),
idle(1),
idleReceive(2),
idleTransmit(3),
busy(4)
}
FspR7CpAuthType ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"OSPF Authentication Type"
SYNTAX INTEGER
{
undefined(0),
none(1),
simple(2),
md5(3)
}
FspR7CpAuthTypeCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"OSPF Authentication Type"
SYNTAX BITS
{
capUndefined(0),
capNone(1),
capSimple(2),
capMd5(3)
}
FspR7DCFiberType ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Dispersion Compensation Fibertype"
SYNTAX INTEGER
{
undefined(0),
singleMode(1),
trueWaveRs(2)
}
FspR7DCFiberTypeCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Dispersion Compensation Fibertype"
SYNTAX BITS
{
capUndefined(0),
capSingleMode(1),
capTrueWaveRs(2)
}
FspR7DeploymentScenario ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Describes how the card is applied related to a network scenario"
SYNTAX INTEGER
{
undefined(0),
generic(1), --NO additonal deployment information supplied [thus Protected as above OR Protected in a Channel Card Protection (not yet known) OR Unprotected OR possibly (unknown to this card) deployed in a VSM Protection scenario]
backToBack(2), --IF MODE NOT = TRANSHST NOR MUXHST NOR REGEN back to back regenerator on pass-thru
clientProt(3), --IF MODE NOT = TRANSHST OR MUXHST deployed in client layer protection and thus NOT used for HST Channel protection NOR Channel Card protection NOR VSM Protection
passThrough(4) --IF MODE NOT = TRANSHST OR MUXHST deployed in client layer protection and thus NOT used for HST Channel protection NOR Channel Card protection NOR VSM Protection
}
FspR7DeploymentScenarioCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Describes how the card is applied related to a network scenario"
SYNTAX BITS
{
capUndefined(0),
capGeneric(1),
capBackToBack(2),
capClientProt(3),
capPassThrough(4)
}
FspR7DisableEnable ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Disable/Enable variable."
SYNTAX INTEGER
{
undefined(0),
disable(1),
enable(2)
}
FspR7DisableEnableCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Disable/Enable variable."
SYNTAX BITS
{
capUndefined(0),
capDisable(1),
capEnable(2)
}
FspR7DispersionCompensation ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Dispersion Compensation Value in km of SSMF fiber"
SYNTAX INTEGER
{
undefined(0),
dispertion10(1),
dispertion20(2),
dispertion40(3),
dispertion60(4),
dispertion80(5),
dispertion100(6),
dispertion30(7),
dispertion50(8),
dispertion70(9),
dispertion90(10),
dispertion160(11),
dispertion240(12),
dispertion320(13)
}
FspR7DispersionCompensationCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Dispersion Compensation Value in km of SSMF fiber"
SYNTAX BITS
{
capUndefined(0),
capDispertion10(1),
capDispertion20(2),
capDispertion40(3),
capDispertion60(4),
capDispertion80(5),
capDispertion100(6),
capDispertion30(7),
capDispertion50(8),
capDispertion70(9),
capDispertion90(10),
capDispertion160(11),
capDispertion240(12),
capDispertion320(13)
}
FspR7DispersionConfig ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Chromatic Dispersion Compensation"
SYNTAX INTEGER
{
undefined(0),
rls(1),
oprCdc(2)
}
FspR7DispersionConfigCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Chromatic Dispersion Compensation"
SYNTAX BITS
{
capUndefined(0),
capRls(1),
capOprCdc(2)
}
FspR7DispersionModes ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Chromatic Dispersion Compensation Mode"
SYNTAX INTEGER
{
undefined(0),
auto(1),
man(2)
}
FspR7DispersionModesCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Chromatic Dispersion Compensation Mode"
SYNTAX BITS
{
capUndefined(0),
capAuto(1),
capMan(2)
}
FspR7EocProtAvailability ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"ECC Protection Availability"
SYNTAX INTEGER
{
undefined(0),
no(1), --Unprotected Entity
yes(2) --Protected Entity
}
FspR7EdfaOutputPowerRating ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Optical Output Power Rating - Inventory"
SYNTAX INTEGER
{
undefined(0),
pwrOut10(1),
pwrOut17(2),
pwrOut18(3),
pwrOut20(4),
pwrOut15(5),
pwrOut27(6),
pwrOut26(7),
pwrOut20UN10NU(8)
}
FspR7EdfaOutputPowerRatingCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Optical Output Power Rating - Inventory"
SYNTAX BITS
{
capUndefined(0),
capPwrOut10(1),
capPwrOut17(2),
capPwrOut18(3),
capPwrOut20(4),
capPwrOut15(5),
capPwrOut27(6),
capPwrOut26(7),
capPwrOut20UN10NU(8)
}
FspR7EnableDisable ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Enable/Disable variable."
SYNTAX INTEGER
{
undefined(0),
enable(1),
disable(2)
}
FspR7EnableDisableCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Enable/Disable variable."
SYNTAX BITS
{
capUndefined(0),
capEnable(1),
capDisable(2)
}
FspR7EncapsulationMethod ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Indicates the encapsulation method being used."
SYNTAX INTEGER
{
undefined(0),
none(1),
tttgmp(2),
gmp(3),
gfpT(4),
gfpF(5)
}
FspR7EntitySecondaryStates ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Variable for representing the secondary states of an entity."
SYNTAX BITS
{
ueq(0),
meaState(1),
sgeo(2),
lpbkState(3),
lkdo(4),
frcdState(5),
faf(6),
flt(7),
act(8),
stbyh(9),
psi(10),
pri(11),
dgn(12),
busy(13),
idleState(14),
receiveIdleState(15),
transmitIdleState(16),
sgeoSrv(17),
farEndPlugOutage(18),
aseTableBuildState(19),
testState(20),
testFailed(21),
stby(22),
stbyInh(23),
noBackup(24),
degrade(25),
swdl(26)
}
FspR7EntityType ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Parameter which consists of following parts:"
SYNTAX INTEGER
{
undefined(0),
eqpSh1hu(1),
eqpSh1huDc(2),
eqpSh3hu(3),
eqpSh7hu(4),
eqpF2kSh5hu(5),
eqpF2kSh6hu(6),
eqpDcm(7),
eqpSh9hu(8),
eqpUnknown(19),
eqpNcu(20),
eqpNcutif(21),
eqpScu(22),
eqpScue(23),
eqpR6cu(24),
eqpPsu1huac(25),
eqpPsu7huac(26),
eqpPsu7hudc(27),
eqpFcu7hu(28),
eqp2clsmd(29),
eqp2absmc(30),
eqp2bsmd(31),
eqp1Gsmud(32),
eqp4gsmd(33),
eqp8gsmd(34),
eqp1csmuc(35),
eqp1csmuewc(36),
eqp4csmd(37),
eqp4csmud(38),
eqp4csmc(39),
eqpOsfm(40),
eqp1pm(41),
eqp2pm(42),
eqp40csmd(43),
eqpDcf(44),
eqpEdfas(45),
eqpEdfasgc(46),
eqpEdfadgc(47),
eqpRaman(48),
eqp4tcc2g5(49),
eqp4tcc2g5d(50),
eqp4tcc10gd(51),
eqp4tcc10gc(52),
eqpWcc10gd(53),
eqpWcc10gc(54),
eqpWcc2g71N(55),
eqpWcc2g7d(56),
eqp2tcm2g5(57),
eqp2tca2g5(58),
eqp8tca10gd(59),
eqp8tca10gc(60),
eqpWca10gd(61),
eqpWca10gc(62),
eqp4tca4gd(63),
eqp4tca4gc(64),
eqpwca2g5(65),
eqp4tca1g3d(66),
eqp4tca1g3c(67),
eqp8tce2g5d(68),
eqp8tce2g5c(69),
eqpWcelsd(70),
eqpWcelsc(71),
eqpVsm(72),
eqpRsmolm(73),
eqpRsmsf(74),
eqpOscm(75),
eqp2oscm(76),
eqpDrm(77),
eqpXfpG(78),
eqpsfpd(79),
eqpSfpc(80),
eqpSfpg(81),
eqpSfpe(82),
eqpSh1hudcm(83),
eqpCustomc(84),
eqpCustomd(85),
eqpPsu1hudc(86),
eqpWcc2g7c(87),
eqp1csmuEwD(88),
eqp1csmuG(89),
eqp3BsmC(90),
eqp2Tca2g5s(91),
eqp8Csmuc(92),
eqpEdfaDgcb(93),
eqpOscmPn(94),
eqp4Tcc10gtd(95),
eqp4Tca4g(96),
eqpDcg(97),
eqp2Tcm2g5d(98),
eqp2Tcm2g5c(99),
eqpWcm2g5d(100),
eqpWcm2g5c(101),
eqpEdfmSgc(102),
eqpF2kDemiV2(103),
eqpPsm(104),
eqpNcu2e(105),
eqp8TceGl2g5d(106),
eqp8TceGl2g5c(107),
eqpDcf1hu(108),
eqp10tcc10gtd(109),
eqp10tcc10gd(110),
eqp10tcc10gc(111),
eqp16csmSfd(112),
eqpOsfmSf(113),
eqp2clsmSfd(114),
eqp3bsmEwc(115),
eqpEdfaSgcb(116),
eqpEdfaDgcv(117),
eqpWcc10gtd(118),
eqp2csmuEwc(119),
eqpEroadmDc(120),
eqpScuS(122),
eqp4opcm(123),
eqpUtm(124),
eqpPscu(125),
eqp40Csm2hu(126),
eqp2Twcc2g7(127),
eqp2Wca10g(130),
eqpNcuHp(131),
eqpNcu20085hu(132),
eqp20Pca10G(133),
eqpXfpC(137),
eqpXfpD(138),
eqpWcc40gtd(140),
eqpIlm(141),
eqpNcuII(142),
eqpCem9hu(143),
eqp8roadmC40(148),
eqp4Tcc40gtd(149),
eqp2pca10g(150),
eqp10pca10g(151),
eqp1csmuD(152),
eqpSfpOsC(153),
eqpSfpOdC(154),
eqpSfpOsG(155),
eqpSfpOdG(156),
eqpRoadmC80(157),
eqpccm8(158),
eqpPsu9hudc(159),
eqp4tca4gus(160),
eqp40Csm3huD(161),
eqp5psm(162),
eqpFan9hu(163),
eqp5tce10gtd(164),
eqp10tccs10gtd(165),
eqp40Csm3hudcD(166),
eqp40Csm3hudcDi(167),
eqp5gsmD(169),
eqp8csmD(170),
eqp2otfm(171),
eqp8otdr3hu(172),
eqpXfptD(173),
eqp40Csm3huDi(174),
eqp8CcmC80(175),
eqpEdfaD27(176),
eqp2Wcc10g(177),
eqp8RoadmC80(178),
eqp2Wcc10gAes(180),
eqp5tce10gtaesd(182),
eqpSh1hupf(183),
eqpFan1hu(185),
eqp10tcc10g(186),
eqpXfpOtnD(187),
eqpNcu2p(188),
eqpPsu9huac(190),
eqp2Raman(192),
eqpEdfaS26(193),
eqp5tces10gtd(194),
eqpScuII(195),
eqp11RoadmC96(196),
eqp8AdmC96(197),
eqp8CxmC96(198),
eqp8Shm(199),
eqpAmpShgcv(200),
eqpAmpSlgcv(201),
eqp2RamanC15(202),
eqpWcc100gtD(203),
eqpCfp4g(204),
eqpCfp10g(205),
eqpXfpTlnD(213),
eqp5tces10gtaesd(214),
eqp10tce100g(215),
eqp96Csm4HuD(216),
eqp4CfptD(217),
eqp2psm(218),
eqpWce100G(219),
eqp10Wxc10g(220),
eqp10tcc100gtbD(223),
eqp9RoadmC96(224),
eqp4Wce16g(225),
eqpSfpBG(226),
eqpSfpCdrG(227),
eqp10tce100gGf(228),
eqpSfpCdrC(229),
eqp5tce10gaes(234),
eqp5tce10g(235),
eqp5tces10gaes(236),
eqp5tces10g(237),
eqp4roadmC96(239),
eqpWcc100gtbD(240),
eqpEdfaS20(241),
eqp10tccSdi10g(242),
eqp4roadmEC96(243),
eqpSfptD(245),
eqpSfp2TxG(246),
eqpSfp2RxG(247),
eqpSfp2Txe(248),
eqpSfp2Rxe(249),
eqp2EdfaS20S10(250),
eqp10Tce100Gb(251),
eqp10Tce100gAes(252),
eqpSfpCdrD(253),
eqpSh1huDcEtemp(254),
eqp8psm(255),
eqp9ccmC96(256),
eqpWce100GB(257),
eqp5wca16G(260),
eqpCfptCd(261),
eqpPtp(499),
ifTypeOtu1(501),
ifTypeOtu2(502),
ifType10GbE(503),
ifTypeOc192(504),
ifTypeOc48(505),
ifTypeStm16(506),
ifTypeStm64(507),
ifType10GFC(508),
ifTypeF1062(510),
ifTypeF1250(511),
ifTypeFC(512),
ifTypeF125(513),
ifTypeF200(514),
ifTypeF9953(515),
ifTypeF10312(516),
ifTypeF10518(517),
ifTypeF2488(518),
ifTypeGfpF(519),
ifTypeGfpT(520),
ifTypeDccL(521),
ifTypeDccS(522),
ifTypeDccP(523),
ifTypeOdu1(524),
ifTypeGcc0(525),
ifTypeGcc1(526),
ifTypeGcc2(527),
ifTypeoch(528),
ifTypeOm(529),
ifTypeOt(534),
ifTypeE10or100bt(536),
ifTypeE100fx(537),
ifTypeCl(538),
ifType2GFC(539),
ifType2GCL(540),
ifType1GbE(541),
ifTypeEoc(542),
ifTypeSwitch(543),
ifTypePassive(544),
ifTypeF2500(545),
ifTypeSc(546),
ifTypeUch(547),
ifTypeF155(548),
ifTypeF622(549),
ifTypeF2125(550),
ifTypeF2666(551),
ifTypeF4250(552),
ifTypeF10709(554),
ifTypeF11095(555),
ifTypeF11318(556),
ifTypeLs(557),
ifType4Gfc(558),
ifTypeGcc0S(559),
ifType2R(560),
ifTypePppIp(561),
ifTypeLanIp(562),
ifTypeSerial(564),
ifTypeModem(565),
ifTypeAdapt(566),
ifTypeAdaptd(567),
ifTypeGBEFR(569),
ifTypeVc4(570),
ifTypeVc3(571),
ifTypeSts1(572),
ifTypeEdfa(573),
ifTypeEdfaMid(574),
ifType10Gdw(575),
ifTypeOtu2Lan(576),
ifTypeOtu1Lan(577),
ifTypeOtu1Fc(578),
ifTypeOtu1Fc2G(579),
ifTypeF197(580),
ifTypeTif(581),
ifTypeSts3c(582),
ifTypeVs1(583),
ifType1GbETH(584),
ifTypeStm1(585),
ifTypeStm4(586),
ifTypeOc3(587),
ifTypeOc12(588),
ifTypeOtu1Stm1(589),
ifTypeOtu1Stm4(590),
ifTypeF166(591),
ifTypeF666(592),
ifTypeI2C(593),
ifTypeLifIP(594),
ifTypeSts24c(595),
ifTypeSts48c(596),
ifTypeLifte(597),
ifTypeRaman(598),
ifTypeIpWhiteList(599),
ifTypeOspfIp(600),
ifTypeEncapIp(601),
ifTypeOtu3(602),
ifTypeStm256(603),
ifTypeOc768(604),
ifTypeF10664(605),
ifTypeOdu2(606),
ifTypeF39813(607),
ifTypeVc4c8(608),
ifTypeVc4c16(609),
ifTypeF8500(610),
ifTypePb(611),
ifTypePolicer(612),
ifTypeQueue(613),
ifTypeFlowPoint(614),
ifTypeLag(615),
ifTypeElinePPP(616),
ifTypeEtree(617),
ifTypeEline(618),
ifTypeElan(619),
ifTypeCtrans(620),
ifTypeVs0(621),
ifTypeTug(622),
ifTypeMd(623),
ifTypeMa(624),
ifTypeDownMep(625),
ifTypeFMep(626),
ifType8Gfc(627),
ifType10Gib(628),
ifTypeF10000(629),
ifTypeOtu2pFC8(630),
ifTypeOtu2pIB(631),
ifTypeOtu2pFC(632),
ifTypeOtu2pLAN(633),
ifTypeOtu2p(634),
ifTypeUpMep(635),
ifTypeOtdrCh(636),
ifTypeMaNet(637),
ifTypeMaComp(638),
ifTypeBridge(639),
ifType1000BaseT(640),
ifTypeOtu2E(641),
ifTypeOtu1E(642),
ifTypeOtu2F(643),
ifTypeF11049(644),
ifTypeLifteNum(645),
ifTypeLifteUnn(646),
ifTypeLifPbNum(647),
ifTypeLifSubUnn(648),
ifType5Gib(649),
ifTypeF5000(650),
ifTypeOtu2eEth(651),
ifTypeOdu0(652),
ifTypeFcu(653),
ifTypeOtu4(654),
ifType100GbE(660),
ifTypeOptical(661),
ifType10GbEWan(662),
ifType10GbELan(663),
ifTypeOduFlx(664),
ifTypeOtlc(665),
ifTypeOtu2ps(667),
ifTypeOdu2E(668),
ifTypeOdu1E(669),
ifTypeOdu2Lan(670),
ifTypeLifVTeNum(673),
ifTypeLifVTeUnn(674),
ifTypeF14025(678),
ifTypeF270(681),
ifTypeF1485(684),
ifTypeF2970(685),
ifTypeF1483(688),
ifTypeF2967(689),
ifType40GbE(692),
ifTypeOdu3(693),
ifTypeF41250(694),
ifTypeF103125(695),
ifTypeF1228(699),
ifTypeF2457(700),
ifTypeF3072(701),
ifTypeF4915(702),
ifTypeF6144(703),
ifTypeF9830(704),
ifTypeF10137(705),
grpffpCh(1000),
grpffpOm(1001),
grpCrsDcn(1002),
grpLanDcn(1003),
grpConn(1004),
grpffpVchN(1005),
grpVirtualConn(1006),
conFanContainer(1101),
conModContainer(1102),
conPlugContainer(1103),
grpCrsCh(1104),
physTermPoint(1105),
virtualTermPoint(1106),
fanContainer(1107),
protectionCable(1108),
filterCable(1109)
}
FspR7EqlzAdminState ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Scheduled Equalization Administration"
SYNTAX INTEGER
{
undefined(0),
enabled(1),
disabled(2)
}
FspR7EqlzAdminStateCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Scheduled Equalization Administration"
SYNTAX BITS
{
capUndefined(0),
capEnabled(1),
capDisabled(2)
}
FspR7ErrorFwdMode ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Determines the reaction in forward direction in response to a LOS on
the interface on the opposite side of the module: may override
this behaviour in the interests of laser safety."
SYNTAX INTEGER
{
undefined(0),
ais(1), --Setting of all-ones AIS: Only relevant to a SONET / SDH / OTU interface
epc(2), --Error Propagation Code is set, - if available, - for other applications, - if so desired, - only settable where available
idle(3), --In the absence of any other indication, such as ALS, this implies a typical ADVA network-side facility behavior
lsrOff(4), --Where no Error Propagation Code is available, - or if so desired
lsrBrk(5), --Laser Break. Break of x[ms] length in client signal upon detection of error to propagate the error condition.
txOff(6) --Used for electrical SFP similar than LSROFF
}
FspR7ErrorFwdModeCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Determines the reaction in forward direction in response to a LOS on
the interface on the opposite side of the module: may override
this behaviour in the interests of laser safety."
SYNTAX BITS
{
capUndefined(0),
capAis(1),
capEpc(2),
capIdle(3),
capLsrOff(4),
capLsrBrk(5),
capTxOff(6)
}
FspR7FanMode ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Required CEM fan speed"
SYNTAX INTEGER
{
undefined(0),
eco(1), --Economic (low fan rpm)
high1(2) --High1 (high1 fan rpm)
}
FspR7FanProfile ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Fan mode Calculated over all modules in the shelf"
SYNTAX INTEGER
{
undefined(0),
eco(1), --Economic (low fan rpm)
high1(2) --High1 (high1 fan rpm)
}
FspR7FDStatus ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Fiber Detect Status"
SYNTAX INTEGER
{
undefined(0),
enabled(1),
disabledSystem(2),
disabledModule(3),
disabledPtp(4),
disabledAdmin(5)
}
FspR7FDStatusCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Fiber Detect Status"
SYNTAX BITS
{
capUndefined(0),
capEnabled(1),
capDisabledSystem(2),
capDisabledModule(3),
capDisabledPtp(4),
capDisabledAdmin(5)
}
FspR7FecType ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Forward Error Correction (Only relevant where TYPE = OTU#)"
SYNTAX INTEGER
{
undefined(0),
gFec(1), --G709 Standard FEC
eFec(2), --Enhanced FEC
noFec(3), --No FEC
eFec1(4), --Enhanced FEC (INTEL)
eFec2(5), --Enhanced FEC (AMCC)
eFec3(6), --Enhanced FEC (CORE)
eFec4(7), --Enhanced FEC (Acacia)
eFecX(8), --Variable Coding Gain
eFec5(9), --Cascaded FEC (LDPC+GFEC)
eFec6(10) --EFEC-6 (Turbo)
}
FspR7FecTypeCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Forward Error Correction (Only relevant where TYPE = OTU#)"
SYNTAX BITS
{
capUndefined(0),
capGFec(1),
capEFec(2),
capNoFec(3),
capEFec1(4),
capEFec2(5),
capEFec3(6),
capEFec4(7),
capEFecX(8),
capEFec5(9),
capEFec6(10)
}
FspR7FiberBrand ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Brand of fiber present in the fiber plant"
SYNTAX INTEGER
{
undefined(0),
g652(1),
g653(2),
g655(3),
smf28e(4),
allWave(5),
leaf(6),
twRs(7),
twPl(8),
twCl(9),
teraLight(10),
smfLs(11),
metrocor(12)
}
FspR7FiberBrandCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Brand of fiber present in the fiber plant"
SYNTAX BITS
{
capUndefined(0),
capG652(1),
capG653(2),
capG655(3),
capSmf28e(4),
capAllWave(5),
capLeaf(6),
capTwRs(7),
capTwPl(8),
capTwCl(9),
capTeraLight(10),
capSmfLs(11),
capMetrocor(12)
}
FspR7FiberDetect ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Fiber Detect"
SYNTAX INTEGER
{
undefined(0),
enabled(1),
disabled(2)
}
FspR7FiberDetectCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Fiber Detect"
SYNTAX BITS
{
capUndefined(0),
capEnabled(1),
capDisabled(2)
}
FspR7FlowControlMode ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Flow Control mechanism"
SYNTAX INTEGER
{
undefined(0),
none(1),
hwControl(2),
pause(3) --Pause frame generation.
}
FspR7FlowControlModeCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Flow Control mechanism"
SYNTAX BITS
{
capUndefined(0),
capNone(1),
capHwControl(2),
capPause(3)
}
FspR7ForceConfig ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Force cserver to send down configuration to module"
SYNTAX INTEGER
{
undefined(0),
release(1),
force(2)
}
FspR7ForceConfigCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Force cserver to send down configuration to module"
SYNTAX BITS
{
capUndefined(0),
capRelease(1),
capForce(2)
}
FspR7ForcedStatus ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Forced Destroy"
SYNTAX INTEGER
{
undefined(0),
active(1),
forcedDestroy(2)
}
FspR7ForcedStatusCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Forced Destroy"
SYNTAX BITS
{
capUndefined(0),
capActive(1),
capForcedDestroy(2)
}
FspR7FrameFormat ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Frame Format"
SYNTAX INTEGER
{
undefined(0),
otn(1),
sdh(2),
sonet(3),
ethernet(4),
fiberchannel(5),
infiniband(6),
couplinglink(7),
transparent(8),
notDefined(99)
}
FspR7FrameFormatCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Frame Format"
SYNTAX BITS
{
capUndefined(0),
capOtn(1),
capSdh(2),
capSonet(3),
capEthernet(4),
capFiberchannel(5),
capInfiniband(6),
capCouplinglink(7),
capTransparent(8),
capNotDefined(99)
}
FspR7FunctionCrs ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Describes the Cross Connect Functionality"
SYNTAX INTEGER
{
undefined(0),
add(1),
drop(2),
pass(3),
hairpin(4),
select(5),
addDrop(6),
dropCont(7)
}
FspR7FunctionCrsCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Describes the Cross Connect Functionality"
SYNTAX BITS
{
capUndefined(0),
capAdd(1),
capDrop(2),
capPass(3),
capHairpin(4),
capSelect(5),
capAddDrop(6),
capDropCont(7)
}
FspR7Gain ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Gain"
SYNTAX INTEGER
{
undefined(0),
gain24(1),
gain25(2)
}
FspR7GainCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Gain"
SYNTAX BITS
{
capUndefined(0),
capGain24(1),
capGain25(2)
}
FspR7GainRange ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"EDFA gain range to provision"
SYNTAX INTEGER
{
undefined(0),
high(1),
low(2),
lowUNlowNU(3)
}
FspR7GainRangeCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"EDFA gain range to provision"
SYNTAX BITS
{
capUndefined(0),
capHigh(1),
capLow(2),
capLowUNlowNU(3)
}
FspR7GropticsType ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Identification of the desired group optics inorder to verify the plug types are as expected"
SYNTAX INTEGER
{
undefined(0),
sr4(1),
lr4(2),
user(3),
sr10(4)
}
FspR7GropticsTypeCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Identification of the desired group optics inorder to verify the plug types are as expected"
SYNTAX BITS
{
capUndefined(0),
capSr4(1),
capLr4(2),
capUser(3),
capSr10(4)
}
FspR7InitEqualization ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Initiate Equalization"
SYNTAX INTEGER
{
undefined(0),
rls(1),
opr(2)
}
FspR7InitEqualizationCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Initiate Equalization"
SYNTAX BITS
{
capUndefined(0),
capRls(1),
capOpr(2)
}
FspR7Integer32Caps ::= TEXTUAL-CONVENTION
DISPLAY-HINT "4d:4d"
STATUS current
DESCRIPTION
"A FspR7Integer32Caps specification.
1..4 bytes - minValue(Integer32),
5..8 bytes - maxValue(Integer32)."
SYNTAX OCTET STRING (SIZE(0..8))
FspR7InterfaceFunction ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Interface Function"
SYNTAX INTEGER
{
undefined(0),
transport(1),
switch(2),
edfa(3),
super(4),
passive(5),
active(6),
raman(7),
physicalTerm(8)
}
FspR7InterfaceType ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"The TYPE defines the transport service type as wrapper with wrapper layer termination OR else as payload"
SYNTAX INTEGER
{
undefined(0),
ifTypeOtu1(1),
ifTypeOtu2(2),
ifType10GbE(3),
ifTypeOc192(4),
ifTypeOc48(5),
ifTypeStm16(6),
ifTypeStm64(7),
ifType10GFC(8),
ifTypeF1062(10),
ifTypeF1250(11),
ifTypeFC(12),
ifTypeF125(13),
ifTypeF200(14),
ifTypeF9953(15),
ifTypeF10312(16),
ifTypeF10518(17),
ifTypeF2488(18),
ifTypeGfpF(19),
ifTypeGfpT(20),
ifTypeDccL(21),
ifTypeDccS(22),
ifTypeDccP(23),
ifTypeOdu1(24),
ifTypeGcc0(25),
ifTypeGcc1(26),
ifTypeGcc2(27),
ifTypeoch(28),
ifTypeOm(29),
ifTypeOt(34),
ifTypeE10or100bt(36),
ifTypeE100fx(37),
ifTypeCl(38),
ifType2GFC(39),
ifType2GCL(40),
ifType1GbE(41),
ifTypeEoc(42),
ifTypeSwitch(43),
ifTypePassive(44),
ifTypeF2500(45),
ifTypeSc(46),
ifTypeUch(47),
ifTypeF155(48),
ifTypeF622(49),
ifTypeF2125(50),
ifTypeF2666(51),
ifTypeF4250(52),
ifTypeF10709(54),
ifTypeF11095(55),
ifTypeF11318(56),
ifTypeLs(57),
ifType4Gfc(58),
ifTypeGcc0S(59),
ifType2R(60),
ifTypePppIp(61),
ifTypeLanIp(62),
ifTypeSerial(64),
ifTypeModem(65),
ifTypeAdapt(66), --Any rate (inside of the limits) is allowed
ifTypeAdaptd(67), --Different, but known fixed rates are allowed
ifTypeGBEFR(69),
ifTypeVc4(70),
ifTypeVc3(71),
ifTypeSts1(72),
ifTypeEdfa(73),
ifTypeEdfaMid(74),
ifType10Gdw(75),
ifTypeOtu2Lan(76),
ifTypeOtu1Lan(77),
ifTypeOtu1Fc(78),
ifTypeOtu1Fc2G(79),
ifTypeF197(80),
ifTypeTif(81), --Telemetry Interface
ifTypeSts3c(82),
ifTypeVs1(83),
ifType1GbETH(84),
ifTypeStm1(85),
ifTypeStm4(86),
ifTypeOc3(87),
ifTypeOc12(88),
ifTypeOtu1Stm1(89),
ifTypeOtu1Stm4(90),
ifTypeF166(91),
ifTypeF666(92),
ifTypeI2C(93),
ifTypeLifIP(94),
ifTypeSts24c(95),
ifTypeSts48c(96),
ifTypeLifte(97),
ifTypeRaman(98),
ifTypeIpWhiteList(99),
ifTypeOspfIp(100),
ifTypeEncapIp(101),
ifTypeOtu3(102),
ifTypeStm256(103),
ifTypeOc768(104),
ifTypeF10664(105),
ifTypeOdu2(106),
ifTypeF39813(107),
ifTypeVc4c8(108),
ifTypeVc4c16(109),
ifTypeF8500(110),
ifTypePb(111),
ifTypePolicer(112),
ifTypeQueue(113),
ifTypeFlowPoint(114),
ifTypeLag(115),
ifTypeElinePPP(116),
ifTypeEtree(117),
ifTypeEline(118),
ifTypeElan(119),
ifTypeCtrans(120),
ifTypeVs0(121),
ifTypeTug(122),
ifTypeMd(123),
ifTypeMa(124),
ifTypeDownMep(125),
ifTypeFMep(126),
ifType8Gfc(127),
ifType10Gib(128),
ifTypeF10000(129),
ifTypeOtu2pFC8(130), --OTU2 proprietary with 8G Fiber Channel payload
ifTypeOtu2pIB(131), --OTU2 proprietary with 10G Infiniband payload
ifTypeOtu2pFC(132), --OTU2 proprietary with 10G Fiber Channel payload
ifTypeOtu2pLAN(133), --OTU2 proprietary with 10GbE payload
ifTypeOtu2p(134), --OTU2 proprietary with multiplexed signal payload
ifTypeUpMep(135),
ifTypeOtdrCh(136),
ifTypeMaNet(137),
ifTypeMaComp(138),
ifTypeBridge(139),
ifType1000BaseT(140),
ifTypeOtu2E(141), --OTU2 overclocked with 10GBE payload
ifTypeOtu1E(142), --OTU1 overclocked with 10GBE payload
ifTypeOtu2F(143), --OTU2 with 10GFC payload
ifTypeF11049(144),
ifTypeLifteNum(145),
ifTypeLifteUnn(146),
ifTypeLifPbNum(147),
ifTypeLifSubUnn(148),
ifType5Gib(149),
ifTypeF5000(150),
ifTypeOtu2eEth(151),
ifTypeOdu0(152),
ifTypeFcu(153),
ifTypeOtu4(154),
ifType100GbE(160),
ifTypeOptical(161),
ifType10GbEWan(162), --9.9533 Gb/s
ifType10GbELan(163), --10.3125 Gb/s
ifTypeOduFlx(164),
ifTypeOtlc(165), --Optical Transport Lane carrier (G.709)
ifTypeOtu2ps(167), --OTU2 proprietary with fixed 9.953G signal payload
ifTypeOdu2E(168),
ifTypeOdu1E(169),
ifTypeOdu2Lan(170),
ifTypeLifVTeNum(173),
ifTypeLifVTeUnn(174),
ifTypeF14025(178),
ifTypeF270(181), --Fixed datarate 270Mbit/s for Video application
ifTypeF1485(184), --Fixed datarate 1485Mbit/s for Video application
ifTypeF2970(185), --Fixed datarate 2970Mbit/s for Video application
ifTypeF1483(188), --Fixed datarate 1483Mbit/s for Video application
ifTypeF2967(189), --Fixed datarate 2967Mbit/s for Video application
ifType40GbE(192),
ifTypeOdu3(193),
ifTypeF41250(194), --Fixed datarate 41250Mbit/s for 40GBE services
ifTypeF103125(195), --Fixed datarate 103125Mbit/s for 100GBE services
ifTypeF1228(199), --Fixed Clock 1228.8MHz; CPRI 2x
ifTypeF2457(200), --Fixed Clock 2457.6MHz; CPRI 4x
ifTypeF3072(201), --Fixed Clock 3072MHz; CPRI 5x; OBSAI 4x
ifTypeF4915(202), --Fixed Clock 4915.2MHz; CPRI 8x
ifTypeF6144(203), --Fixed Clock 6144MHz; CPRI 10x; OBSAI 8x
ifTypeF9830(204), --Fixed Clock 6144MHz; CPRI 16x;
ifTypeF10137(205) --Fixed Clock 10137.6 MHz; CPRI 20x
}
FspR7InterfaceTypeCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"The TYPE defines the transport service type as wrapper with wrapper layer termination OR else as payload"
SYNTAX BITS
{
capUndefined(0),
capIfTypeOtu1(1),
capIfTypeOtu2(2),
capIfType10GbE(3),
capIfTypeOc192(4),
capIfTypeOc48(5),
capIfTypeStm16(6),
capIfTypeStm64(7),
capIfType10GFC(8),
capIfTypeF1062(10),
capIfTypeF1250(11),
capIfTypeFC(12),
capIfTypeF125(13),
capIfTypeF200(14),
capIfTypeF9953(15),
capIfTypeF10312(16),
capIfTypeF10518(17),
capIfTypeF2488(18),
capIfTypeGfpF(19),
capIfTypeGfpT(20),
capIfTypeDccL(21),
capIfTypeDccS(22),
capIfTypeDccP(23),
capIfTypeOdu1(24),
capIfTypeGcc0(25),
capIfTypeGcc1(26),
capIfTypeGcc2(27),
capIfTypeoch(28),
capIfTypeOm(29),
capIfTypeOt(34),
capIfTypeE10or100bt(36),
capIfTypeE100fx(37),
capIfTypeCl(38),
capIfType2GFC(39),
capIfType2GCL(40),
capIfType1GbE(41),
capIfTypeEoc(42),
capIfTypeSwitch(43),
capIfTypePassive(44),
capIfTypeF2500(45),
capIfTypeSc(46),
capIfTypeUch(47),
capIfTypeF155(48),
capIfTypeF622(49),
capIfTypeF2125(50),
capIfTypeF2666(51),
capIfTypeF4250(52),
capIfTypeF10709(54),
capIfTypeF11095(55),
capIfTypeF11318(56),
capIfTypeLs(57),
capIfType4Gfc(58),
capIfTypeGcc0S(59),
capIfType2R(60),
capIfTypePppIp(61),
capIfTypeLanIp(62),
capIfTypeSerial(64),
capIfTypeModem(65),
capIfTypeAdapt(66),
capIfTypeAdaptd(67),
capIfTypeGBEFR(69),
capIfTypeVc4(70),
capIfTypeVc3(71),
capIfTypeSts1(72),
capIfTypeEdfa(73),
capIfTypeEdfaMid(74),
capIfType10Gdw(75),
capIfTypeOtu2Lan(76),
capIfTypeOtu1Lan(77),
capIfTypeOtu1Fc(78),
capIfTypeOtu1Fc2G(79),
capIfTypeF197(80),
capIfTypeTif(81),
capIfTypeSts3c(82),
capIfTypeVs1(83),
capIfType1GbETH(84),
capIfTypeStm1(85),
capIfTypeStm4(86),
capIfTypeOc3(87),
capIfTypeOc12(88),
capIfTypeOtu1Stm1(89),
capIfTypeOtu1Stm4(90),
capIfTypeF166(91),
capIfTypeF666(92),
capIfTypeI2C(93),
capIfTypeLifIP(94),
capIfTypeSts24c(95),
capIfTypeSts48c(96),
capIfTypeLifte(97),
capIfTypeRaman(98),
capIfTypeIpWhiteList(99),
capIfTypeOspfIp(100),
capIfTypeEncapIp(101),
capIfTypeOtu3(102),
capIfTypeStm256(103),
capIfTypeOc768(104),
capIfTypeF10664(105),
capIfTypeOdu2(106),
capIfTypeF39813(107),
capIfTypeVc4c8(108),
capIfTypeVc4c16(109),
capIfTypeF8500(110),
capIfTypePb(111),
capIfTypePolicer(112),
capIfTypeQueue(113),
capIfTypeFlowPoint(114),
capIfTypeLag(115),
capIfTypeElinePPP(116),
capIfTypeEtree(117),
capIfTypeEline(118),
capIfTypeElan(119),
capIfTypeCtrans(120),
capIfTypeVs0(121),
capIfTypeTug(122),
capIfTypeMd(123),
capIfTypeMa(124),
capIfTypeDownMep(125),
capIfTypeFMep(126),
capIfType8Gfc(127),
capIfType10Gib(128),
capIfTypeF10000(129),
capIfTypeOtu2pFC8(130),
capIfTypeOtu2pIB(131),
capIfTypeOtu2pFC(132),
capIfTypeOtu2pLAN(133),
capIfTypeOtu2p(134),
capIfTypeUpMep(135),
capIfTypeOtdrCh(136),
capIfTypeMaNet(137),
capIfTypeMaComp(138),
capIfTypeBridge(139),
capIfType1000BaseT(140),
capIfTypeOtu2E(141),
capIfTypeOtu1E(142),
capIfTypeOtu2F(143),
capIfTypeF11049(144),
capIfTypeLifteNum(145),
capIfTypeLifteUnn(146),
capIfTypeLifPbNum(147),
capIfTypeLifSubUnn(148),
capIfType5Gib(149),
capIfTypeF5000(150),
capIfTypeOtu2eEth(151),
capIfTypeOdu0(152),
capIfTypeFcu(153),
capIfTypeOtu4(154),
capIfType100GbE(160),
capIfTypeOptical(161),
capIfType10GbEWan(162),
capIfType10GbELan(163),
capIfTypeOduFlx(164),
capIfTypeOtlc(165),
capIfTypeOtu2ps(167),
capIfTypeOdu2E(168),
capIfTypeOdu1E(169),
capIfTypeOdu2Lan(170),
capIfTypeLifVTeNum(173),
capIfTypeLifVTeUnn(174),
capIfTypeF14025(178),
capIfTypeF270(181),
capIfTypeF1485(184),
capIfTypeF2970(185),
capIfTypeF1483(188),
capIfTypeF2967(189),
capIfType40GbE(192),
capIfTypeOdu3(193),
capIfTypeF41250(194),
capIfTypeF103125(195),
capIfTypeF1228(199),
capIfTypeF2457(200),
capIfTypeF3072(201),
capIfTypeF4915(202),
capIfTypeF6144(203),
capIfTypeF9830(204),
capIfTypeF10137(205)
}
FspR7InvertTelemetryInputLogic ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Invert telemetry interface input logic"
SYNTAX INTEGER
{
undefined(0),
almClosed(1), --TIF Alarm when the switch is closed
almOpen(2) --TIF Alarm when the switch is open
}
FspR7InvertTelemetryInputLogicCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Invert telemetry interface input logic"
SYNTAX BITS
{
capUndefined(0),
capAlmClosed(1),
capAlmOpen(2)
}
FspR7IpType ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Type of IP configuration"
SYNTAX INTEGER
{
undefined(0),
unnumbered(1), --No additional IP parameter is needed for ECC Interface; System IP address is used
numbered(2) --Additional IP parameter is needed for ECC Interface; Has to be setted by the user
}
FspR7IpTypeCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Type of IP configuration"
SYNTAX BITS
{
capUndefined(0),
capUnnumbered(1),
capNumbered(2)
}
FspR7IpMode ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"IP Mode of Operation either IPv4 only or IPv4 and IPv6. When operation supports IPv6, it is used for addresses external to the network."
SYNTAX INTEGER
{
undefined(0),
none(1),
ipv4(2),
ipv4ipv6(3),
ipv6(4)
}
FspR7IpModeCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"IP Mode of Operation either IPv4 only or IPv4 and IPv6. When operation supports IPv6, it is used for addresses external to the network."
SYNTAX BITS
{
capUndefined(0),
capNone(1),
capIpv4(2),
capIpv4ipv6(3),
capIpv6(4)
}
FspR7Ipv6Address ::= TEXTUAL-CONVENTION
DISPLAY-HINT "2x:"
STATUS current
DESCRIPTION
"This data type is used to model IPv6 addresses.
This is a binary string of 16 octets in network
byte-order."
SYNTAX OCTET STRING (SIZE(16..16))
FspR7IPv6Type ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Type of IPv6 configuration"
SYNTAX INTEGER
{
undefined(0),
none(1), --IPv6 not configured
numbered(2) --Additional IPv6 parameter is needed for ECC Interface; Has to be setted by the user
}
FspR7IPv6TypeCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Type of IPv6 configuration"
SYNTAX BITS
{
capUndefined(0),
capNone(1),
capNumbered(2)
}
FspR7KeyLength ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"SSL certificate key length (in bits)."
SYNTAX INTEGER
{
undefined(0),
length2048(1),
length4096(2)
}
FspR7KeyLengthCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"SSL certificate key length (in bits)."
SYNTAX BITS
{
capUndefined(0),
capLength2048(1),
capLength4096(2)
}
FspR7LacpMode ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Enable of LACP state machine"
SYNTAX INTEGER
{
undefined(0),
active(1),
passive(2),
disable(3)
}
FspR7LacpModeCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Enable of LACP state machine"
SYNTAX BITS
{
capUndefined(0),
capActive(1),
capPassive(2),
capDisable(3)
}
FspR7LacpTimeout ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Timeout of the LACP"
SYNTAX INTEGER
{
undefined(0),
advaExtraShort(1),
short(2),
long(3)
}
FspR7LacpTimeoutCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Timeout of the LACP"
SYNTAX BITS
{
capUndefined(0),
capAdvaExtraShort(1),
capShort(2),
capLong(3)
}
FspR7LaneGroupInventory ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Lanel Group read from the hardware"
SYNTAX INTEGER
{
undefined(0),
f19595f19520(1),
f19515f19440(2),
f19435f19360(3),
f19355f19280(4),
f19275f19200(5),
f19600f19200(6),
f19600f19125(7)
}
FspR7LaneGroupInventoryCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Lanel Group read from the hardware"
SYNTAX BITS
{
capUndefined(0),
capF19595f19520(1),
capF19515f19440(2),
capF19435f19360(3),
capF19355f19280(4),
capF19275f19200(5),
capF19600f19200(6),
capF19600f19125(7)
}
FspR7LagFendState ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"The Partner's state variables for the port, encoded as individual bits,
as follows:
Bits ordering:
- LACP_Activity(0),
- LACP_Timeout(1),
- Aggregation(2),
- Synchronization(3),
- Collecting(4),
- Distributing(5),
- Defaulted(6),
- Expired(7)"
SYNTAX OCTET STRING (SIZE(0..2))
FspR7LagIdFend ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"LAG ID of the Partner LAG PORT parameters. Concatination of
Operational Key, Priority and port number. Uses 4+2+4 bytes. Each byte is represented
with 2 octets string.
Port LAG ID Parameters
field octets contents
----- ------ --------
1_______1-4_____Key___________(ASCII e.g. '0x00AA')
2_______5-6_____Port Priority_(ASCII e.g. '0x80')
3_______7-10____Port Number___(ASCII e.g. '0x0002')
Parameters of the LAG ID are separated by commas, e.g. '00AA,80,0002'"
SYNTAX OCTET STRING (SIZE(0..10))
FspR7LagPorts ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Eeach 4 bytes contain the information about the ETH Client or Network entity.
Bytes ordering:
- AidName(0)
- ShelfNumber(1)
- SlotNumber(2)
- PortNumber(3)"
SYNTAX OCTET STRING (SIZE(0..200))
FspR7LagPortType ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Type/Speed of connected ports in the Link Aggregation Group"
SYNTAX INTEGER
{
undefined(0),
type1gb(1),
type10gb(2)
}
FspR7LagPortTypeCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Type/Speed of connected ports in the Link Aggregation Group"
SYNTAX BITS
{
capUndefined(0),
capType1gb(1),
capType10gb(2)
}
FspR7LagStandby ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Eeach 4 bytes contain the information about the ETH Client or Network entity.
Bytes ordering:
- AidName(0)
- ShelfNumber(1)
- SlotNumber(2)
- PortNumber(3)"
SYNTAX OCTET STRING (SIZE(0..200))
FspR7LagState ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"The Actors state variables for the port, encoded as individual bits,
as follows:
Bits ordering:
- LACP_Activity(0),
- LACP_Timeout(1),
- Aggregation(2),
- Synchronization(3),
- Collecting(4),
- Distributing(5),
- Defaulted(6),
- Expired(7)"
SYNTAX OCTET STRING (SIZE(0..2))
FspR7LagSysIdFend ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Partner system part of LAG ID. Concatinated from priority and MAC.
System LAG ID Parameters
field octets contents
----- ------ --------
1_______1-4_____System Priority__(ASCII e.g. '0x8000')
2_______5-16____MAC Address______(ASCII e.g. 'AC-DE-48-03-67-80')
Parameters of the LAG ID are separated by commas, e.g. '8000,AC-DE-48-03-67-80'"
SYNTAX OCTET STRING (SIZE(0..16))
FspR7LaserDelayTimer ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Relevant only when ERRFWD=LSROFF. Enables/disables the
possibility to delay turning off and on the laser.
This applies to the case when turning off the laser
is done as an error forwarding mechanism."
SYNTAX INTEGER
{
undefined(0),
disable(1),
enableLsrOffTm(2),
enableLsrOnTm(3)
}
FspR7LaserDelayTimerCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Relevant only when ERRFWD=LSROFF. Enables/disables the
possibility to delay turning off and on the laser.
This applies to the case when turning off the laser
is done as an error forwarding mechanism."
SYNTAX BITS
{
capUndefined(0),
capDisable(1),
capEnableLsrOffTm(2),
capEnableLsrOnTm(3)
}
FspR7LaserForcedOperation ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"FspR7LaserForcedOperation variable."
SYNTAX INTEGER
{
undefined(0),
rls(1),
opr(2)
}
FspR7LaserForcedOperationCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"FspR7LaserForcedOperation variable."
SYNTAX BITS
{
capUndefined(0),
capRls(1),
capOpr(2)
}
FspR7LineCoding ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Line Coding"
SYNTAX INTEGER
{
undefined(0),
ookNrz(1),
dpsk(2),
qpsk(3),
dpQpsk(4),
odbPsbt(5),
mQam(6),
ofdm(7),
notDefined(99)
}
FspR7LineCodingCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Line Coding"
SYNTAX BITS
{
capUndefined(0),
capOokNrz(1),
capDpsk(2),
capQpsk(3),
capDpQpsk(4),
capOdbPsbt(5),
capMQam(6),
capOfdm(7),
capNotDefined(99)
}
FspR7LossAttenuation ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"LOS Attenuation Finding in progress"
SYNTAX INTEGER
{
undefined(0),
rls(1),
opr(2)
}
FspR7LossAttenuationCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"LOS Attenuation Finding in progress"
SYNTAX BITS
{
capUndefined(0),
capRls(1),
capOpr(2)
}
FspR7NoYes ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"NoYes variable."
SYNTAX INTEGER
{
undefined(0),
no(1),
yes(2)
}
FspR7NoYesCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"NoYes variable."
SYNTAX BITS
{
capUndefined(0),
capNo(1),
capYes(2)
}
FspR7ManualAuto ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Manual/Automatic variable."
SYNTAX INTEGER
{
undefined(0),
manual(1),
automatic(2)
}
FspR7ManualAutoCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Manual/Automatic variable."
SYNTAX BITS
{
capUndefined(0),
capManual(1),
capAutomatic(2)
}
FspR7MaxBitErrorRate ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Maximum Bit Error Rate"
SYNTAX INTEGER
{
undefined(0),
ber1e2(1),
ber1e3(2),
ber1e4(3),
ber1e5(4),
ber1e6(5),
ber1e7(6),
ber1e8(7),
ber1e9(8),
ber1e10(9),
ber1e11(10),
ber1e12(11),
ber1e13(12),
ber1e14(13),
ber1e15(14)
}
FspR7MaxBitErrorRateCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Maximum Bit Error Rate"
SYNTAX BITS
{
capUndefined(0),
capBer1e2(1),
capBer1e3(2),
capBer1e4(3),
capBer1e5(4),
capBer1e6(5),
capBer1e7(6),
capBer1e8(7),
capBer1e9(8),
capBer1e10(9),
capBer1e11(10),
capBer1e12(11),
capBer1e13(12),
capBer1e14(13),
capBer1e15(14)
}
FspR7Mapping ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Type of mapping; transparent or framing"
SYNTAX INTEGER
{
undefined(0),
frame(1),
trans(2)
}
FspR7MappingCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Type of mapping; transparent or framing"
SYNTAX BITS
{
capUndefined(0),
capFrame(1),
capTrans(2)
}
FspR7MonLevel ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Indicates the highest level of intrusive/non-intrusive performance monitoring performed."
SYNTAX INTEGER
{
undefined(0),
phys(1),
otnOtu(2),
otnOdu(3),
otnOpu(4),
sonetSection(5),
sonetLine(6),
sonetPath(7),
pcs(8)
}
FspR7MuxMethod ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Selection of mux method"
SYNTAX INTEGER
{
undefined(0),
sdhSonet(1),
otn(2)
}
FspR7MuxMethodCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Selection of mux method"
SYNTAX BITS
{
capUndefined(0),
capSdhSonet(1),
capOtn(2)
}
FspR7NCTraceId ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Node Channel Trace ID - It associates each direction of a channel trace through a node."
SYNTAX INTEGER
{
undefined(0),
id1(1),
id2(2),
id3(3),
id4(4),
id5(5),
id6(6),
id7(7),
id8(8)
}
FspR7NCTRouteType ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"ROUTE-TYPE = NONE | FIBER | CABLE | BKPLANE | EQPT | PROVND. ROUTE-TYPE parameter indicates the connection type between two ports. If a connection between the two ports is within a module (i.e. Client to Network port), the Route-Type is either provisioned (PROVND) of fixed (EQPT). If the connection is between two modules ports; then the Route-Type is FIBER, or CABLE, or BKPLANE."
SYNTAX INTEGER
{
undefined(0),
none(1), --No connection between ports
fiber(2), --Connection between ports is a fiber optic cable
cable(3), --Connection between ports is an electrical cable
backPlane(4), --Connection between ports or modules is through Backplane
equipment(5), --Connection between ports on the same module cannot be changed (not affected by provisioning).
provisioned(6) --Connection between ports on the same module is determined by provisional parameter(s) (mode, channel, cross-connect, etc.)
}
FspR7NdpCleanup ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Cleanup Network Data Path allocation"
SYNTAX INTEGER
{
undefined(0),
rls(1), --Idle path cleanup
opr(2) --Start path cleanup
}
FspR7NdpCleanupCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Cleanup Network Data Path allocation"
SYNTAX BITS
{
capUndefined(0),
capRls(1),
capOpr(2)
}
FspR7NewSshHostKey ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Apply generated SSH host key"
SYNTAX INTEGER
{
undefined(0),
none(1),
apply(2)
}
FspR7NtpAdminState ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"The Administrative State of the NTP server"
SYNTAX INTEGER
{
undefined(0),
is(2),
dsbld(6)
}
FspR7NtpSyncStatus ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"NTP Synchronization Status"
SYNTAX INTEGER
{
undefined(0),
noData(1),
systemPeer(2),
falseTicker(3),
candidate(4),
discarded(5),
inProgress(6),
notApplicable(7)
}
FspR7NtpTest ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Check NTP; e.g. listen on NTP Port"
SYNTAX INTEGER
{
undefined(0),
rls(1),
ntpTest(2)
}
FspR7NtpTestStatus ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"NTP Server Test Status"
SYNTAX INTEGER
{
undefined(0),
success(1),
fail(2),
idle(3),
inProgress(4)
}
FspR7NumberOfChannels ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Number of channels supported by an entity"
SYNTAX INTEGER
{
undefined(0),
channels20(1),
channels40(2),
channels80(3),
channels96(4),
channels8(5)
}
FspR7NumberOfChannelsCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Number of channels supported by an entity"
SYNTAX BITS
{
capUndefined(0),
capChannels20(1),
capChannels40(2),
capChannels80(3),
capChannels96(4),
capChannels8(5)
}
FspR7NumberOfChannelsProv ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Number of channels supported by an entity"
SYNTAX INTEGER
{
undefined(0),
channels20(1),
channels40(2),
channels80(3)
}
FspR7NumberOfChannelsProvCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Number of channels supported by an entity"
SYNTAX BITS
{
capUndefined(0),
capChannels20(1),
capChannels40(2),
capChannels80(3)
}
FspR7OdtuType ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"ODTU Transport Unit"
SYNTAX INTEGER
{
undefined(0),
odtu01(1),
odtu12(2),
odtu2dsh1(3),
odtu2dshTS(4),
odtu13(5),
odtu23(6),
odtu3dsh1(7),
odtu3dsh9(8),
odtu3dshTS(9),
odtu4dsh1(10),
odtu4dsh2(11),
odtu4dsh8(12),
odtu4dsh31(13),
odtu4dshTS(14)
}
FspR7OperState ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"The Operational State will be displayed on the
GUI with full name values; it will be differently
displayed in TL1 syntax according to TL1 display rules."
SYNTAX INTEGER
{
undefined(0),
nr(1),
anr(2),
out(3),
un(4)
}
FspR7OpticalBand ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"OM Band - Inventory. BAND__PROVISION references to this."
SYNTAX INTEGER
{
undefined(0),
bandC(1),
bandL(2),
bandA(3),
bandB(4),
-- bandAny(5),
bandCi(5),
bandCandCi(6)
}
FspR7OpticalBandCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"OM Band - Inventory. BAND__PROVISION references to this."
SYNTAX BITS
{
capUndefined(0),
capBandC(1),
capBandL(2),
capBandA(3),
capBandB(4),
-- capBandAny(5),
capBandCi(5),
capBandCandCi(6)
}
FspR7OpticalFiberType ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Fiber of Optical Interface - Inventory. FIBER references to this."
SYNTAX INTEGER
{
undefined(0),
singleMode(1),
multiMode(2),
any(3)
}
FspR7OpticalFiberTypeCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Fiber of Optical Interface - Inventory. FIBER references to this."
SYNTAX BITS
{
capUndefined(0),
capSingleMode(1),
capMultiMode(2),
capAny(3)
}
FspR7OpticalGroup ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Channel Group read from the hardware"
SYNTAX INTEGER
{
undefined(0),
d01d04(1),
d05d08(2),
d09d12(3),
d13d16(4),
d17d20(5),
d21d24(6),
d25d28(7),
d29d32(8),
d33d36(9),
d37d40(10),
d41d44(11),
d45d48(12),
d49d52(13),
d53d56(14),
d57d60(15),
d61d64(16),
-- any(17),
f19590f19560(17),
f19550f19520(18),
f19510f19480(19),
f19470f19440(20),
f19430f19400(21),
f19390f19360(22),
f19350f19320(23),
f19310f19280(24),
f19270f19240(25),
f19230f19200(26),
f19590f19520(27), --D02-D04, DC1, D05-D08
f19510f19440(28), --DC2, D09-D12, DC3, D13-D14
f19430f19360(29), --D15-D16, DC4, DC9, D17-D19
f19350f19280(30), --D2, DC6, D21-D24, DC7, D25
f19270f19200(31) --D26-D28, DC8, D29-D32
}
FspR7OpticalGroupCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Channel Group read from the hardware"
SYNTAX BITS
{
capUndefined(0),
capD01d04(1),
capD05d08(2),
capD09d12(3),
capD13d16(4),
capD17d20(5),
capD21d24(6),
capD25d28(7),
capD29d32(8),
capD33d36(9),
capD37d40(10),
capD41d44(11),
capD45d48(12),
capD49d52(13),
capD53d56(14),
capD57d60(15),
capD61d64(16),
-- capAny(17),
capF19590f19560(17),
capF19550f19520(18),
capF19510f19480(19),
capF19470f19440(20),
capF19430f19400(21),
capF19390f19360(22),
capF19350f19320(23),
capF19310f19280(24),
capF19270f19240(25),
capF19230f19200(26),
capF19590f19520(27),
capF19510f19440(28),
capF19430f19360(29),
capF19350f19280(30),
capF19270f19200(31)
}
FspR7OpticalInterfaceReach ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Reach"
SYNTAX INTEGER
{
undefined(0),
intra(1), --0 - <5 km
short(2), --5 - <30 km
long(4), --30 - <70 km
vlong(5), --70 - <110 km
ulong(6), --110 - <165 km
reg(7), --290 - <360 km
xlong(8), --360 - <600 km
-- any(9),
longn(10), --30 - <70 km
extended(11), --165 - <220 km
hyperlong(12), --220 - <290 km
longNR(13), --30 - <70 km
ulongHaul(14), --500 - <2500 km
shortIntra(15), --0 - <300 m
ulongHaulC(16) --500 - <2500 km
}
FspR7OpticalInterfaceReachCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Reach"
SYNTAX BITS
{
capUndefined(0),
capIntra(1),
capShort(2),
capLong(4),
capVlong(5),
capUlong(6),
capReg(7),
capXlong(8),
-- capAny(9),
capLongn(10),
capExtended(11),
capHyperlong(12),
capLongNR(13),
capUlongHaul(14),
capShortIntra(15),
capUlongHaulC(16)
}
FspR7OpticalLanes ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Number of Optical Transport Lanes in OTLG"
SYNTAX INTEGER
{
undefined(0),
lanesNumber4(1)
}
FspR7OpticalMultiplexLevel ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Optical Multiplex Level"
SYNTAX INTEGER
{
undefined(0),
levelOm1D(1),
levelOm1C(2),
levelOm4D(3),
levelOm4C(4),
levelOm16D(5),
levelOm32D(6),
levelOm40D(7),
levelOmC(9),
levelOmD(10),
levelOtD(11),
levelOtC(12),
levelOt(13)
}
FspR7OpticalSubBand ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Subband - Inventory"
SYNTAX INTEGER
{
undefined(0),
d01d16(1),
d17d32(2),
d33d48(3),
d49d64(4)
-- subBandAny(5)
}
FspR7OpticalSubBandCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Subband - Inventory"
SYNTAX BITS
{
capUndefined(0),
capD01d16(1),
capD17d32(2),
capD33d48(3),
capD49d64(4)
-- capSubBandAny(5)
}
FspR7OpuPayloadType ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"OPU Payload Type Indicator"
SYNTAX INTEGER
{
undefined(0),
pt01(1), --Experimental mapping
pt02(2), --Asynchronous CBR mapping
pt03(3), --Bit synchronous CBR mapping
pt04(4), --ATM mapping
pt05(5), --GFP mapping
pt06(6), --Virtual Concatenated signal
pt07(7), --1000Base-X into ODU0 mapping
pt08(8), --FC-1200 into ODU2e mapping
pt09(9), --GFP mapping into Extended OPU2 payload
pt0A(10), --STM-1 mapping into ODU0
pt0B(11), --STM-4 mapping into ODU0
pt0C(12), --FC-100 mapping into ODU0
pt0D(13), --FC-200 mapping into ODU1
pt0E(14), --FC-400 mapping into ODUflex
pt0F(15), --FC-800 mapping into ODUflex
pt10(16), --Bit stream with octet timing mapping
pt11(17), --Bit stream without octet timing mapping
pt20(18), --ODU multiplex structure supporting ODTUjk only, (AMP only)
pt21(19), --ODU multiplex structure supporting ODTUk.ts or ODTUk.ts and ODTUjk, (GMP capable)
pt80(20), --Reserved codes for proprietary use
pt81(21), --Reserved codes for proprietary use
pt82(22), --Reserved codes for proprietary use
pt83(23), --Reserved codes for proprietary use
pt84(24), --Reserved codes for proprietary use
pt85(25), --Reserved codes for proprietary use
pt86(26), --Reserved codes for proprietary use
pt87(27), --Reserved codes for proprietary use
pt88(28), --Reserved codes for proprietary use
pt89(29), --Reserved codes for proprietary use
pt8A(30), --Reserved codes for proprietary use
pt8B(31), --Reserved codes for proprietary use
pt8C(32), --Reserved codes for proprietary use
pt8D(33), --Reserved codes for proprietary use
pt8E(34), --Reserved codes for proprietary use
pt8F(35), --Reserved codes for proprietary use
ptFD(36), --NULL test signal mapping
ptFE(37) --PRBS test signal mapping
}
FspR7OpuPayloadTypeCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"OPU Payload Type Indicator"
SYNTAX BITS
{
capUndefined(0),
capPt01(1),
capPt02(2),
capPt03(3),
capPt04(4),
capPt05(5),
capPt06(6),
capPt07(7),
capPt08(8),
capPt09(9),
capPt0A(10),
capPt0B(11),
capPt0C(12),
capPt0D(13),
capPt0E(14),
capPt0F(15),
capPt10(16),
capPt11(17),
capPt20(18),
capPt21(19),
capPt80(20),
capPt81(21),
capPt82(22),
capPt83(23),
capPt84(24),
capPt85(25),
capPt86(26),
capPt87(27),
capPt88(28),
capPt89(29),
capPt8A(30),
capPt8B(31),
capPt8C(32),
capPt8D(33),
capPt8E(34),
capPt8F(35),
capPtFD(36),
capPtFE(37)
}
FspR7OptUpdate ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"This parameter is used to operate/trigger OPT PM update; it triggers the entity to update its current OPT PM value, which can be retrieved via GET function."
SYNTAX INTEGER
{
undefined(0),
rls(1),
opr(2)
}
FspR7OptUpdateCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"This parameter is used to operate/trigger OPT PM update; it triggers the entity to update its current OPT PM value, which can be retrieved via GET function."
SYNTAX BITS
{
capUndefined(0),
capRls(1),
capOpr(2)
}
FspR7OscChannel ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"OSC Channel"
SYNTAX INTEGER
{
undefined(0),
s1310(99),
s1630(100),
s1510(106),
s1610(197)
}
FspR7OscChannelCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"OSC Channel"
SYNTAX BITS
{
capUndefined(0),
capS1310(99),
capS1630(100),
capS1510(106),
capS1610(197)
}
FspR7OscUsage ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Select if and how the OSC is to be used on an amplifier"
SYNTAX INTEGER
{
undefined(0),
none(1), --No OSC usage
osctxctrl(2), --Use the OSC Tx Control
oscrx(3), --Use the OSC Rx
osctxandrx(4) --Use OSC Tx and Rx
}
FspR7OscUsageCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Select if and how the OSC is to be used on an amplifier"
SYNTAX BITS
{
capUndefined(0),
capNone(1),
capOsctxctrl(2),
capOscrx(3),
capOsctxandrx(4)
}
FspR7OspfMode ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"OSPF Routing (Dynamic)"
SYNTAX INTEGER
{
undefined(0),
enable(1),
disable(2),
passive(3)
}
FspR7OspfModeCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"OSPF Routing (Dynamic)"
SYNTAX BITS
{
capUndefined(0),
capEnable(1),
capDisable(2),
capPassive(3)
}
FspR7OtdrPeriod ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"NONE - OTDR measurement disabled otherwise the OTDR duration in minutes."
SYNTAX INTEGER
{
undefined(0),
periodNone(1),
period5ms(2),
period20ms(3),
period40ms(4),
period60ms(5)
}
FspR7OtdrPeriodCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"NONE - OTDR measurement disabled otherwise the OTDR duration in minutes."
SYNTAX BITS
{
capUndefined(0),
capPeriodNone(1),
capPeriod5ms(2),
capPeriod20ms(3),
capPeriod40ms(4),
capPeriod60ms(5)
}
FspR7ParityBit ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Parity Bit Settings"
SYNTAX INTEGER
{
undefined(0),
no(1)
}
FspR7ParityBitCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Parity Bit Settings"
SYNTAX BITS
{
capUndefined(0),
capNo(1)
}
FspR7PathNode ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Node count along a signal path on a unidirectional basis from the client signal ingress to egress"
SYNTAX INTEGER
{
undefined(0),
node1(1),
node2(2),
node3(3),
node4(4),
node5(5),
node6(6),
node7(7),
node8(8),
node9(9),
node10(10),
node11(11),
node12(12),
node13(13),
node14(14),
node15(15),
node16(16),
node17(17),
node18(18),
node19(19),
node20(20),
node21(21),
node22(22),
node23(23),
node24(24),
node25(25),
node26(26),
node27(27),
node28(28),
node29(29),
node30(30),
node31(31),
node32(32),
node33(33),
node34(34),
node35(35),
node36(36),
node37(37),
node38(38),
node39(39),
node40(40),
node41(41),
node42(42),
node43(43),
node44(44),
node45(45),
node46(46),
node47(47),
node48(48),
node49(49),
node50(50),
node51(51),
node52(52),
node53(53),
node54(54),
node55(55),
node56(56),
node57(57),
node58(58),
node59(59),
node60(60),
node61(61),
node62(62),
node63(63),
node64(64),
node65(65),
node66(66),
node67(67),
node68(68),
node69(69),
node70(70),
node71(71),
node72(72),
node73(73),
node74(74),
node75(75),
node76(76),
node77(77),
node78(78),
node79(79),
node80(80),
node81(81),
node82(82),
node83(83),
node84(84),
node85(85),
node86(86),
node87(87),
node88(88),
node89(89),
node90(90),
node91(91),
node92(92),
node93(93),
node94(94),
node95(95),
node96(96),
node97(97),
node98(98),
node99(99),
node100(100),
node101(101),
node102(102),
node103(103),
node104(104),
node105(105),
node106(106),
node107(107),
node108(108),
node109(109),
node110(110),
node111(111),
node112(112),
node113(113),
node114(114),
node115(115),
node116(116),
node117(117),
node118(118)
}
FspR7PathNodeCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Node count along a signal path on a unidirectional basis from the client signal ingress to egress"
SYNTAX BITS
{
capUndefined(0),
capNode1(1),
capNode2(2),
capNode3(3),
capNode4(4),
capNode5(5),
capNode6(6),
capNode7(7),
capNode8(8),
capNode9(9),
capNode10(10),
capNode11(11),
capNode12(12),
capNode13(13),
capNode14(14),
capNode15(15),
capNode16(16),
capNode17(17),
capNode18(18),
capNode19(19),
capNode20(20),
capNode21(21),
capNode22(22),
capNode23(23),
capNode24(24),
capNode25(25),
capNode26(26),
capNode27(27),
capNode28(28),
capNode29(29),
capNode30(30),
capNode31(31),
capNode32(32),
capNode33(33),
capNode34(34),
capNode35(35),
capNode36(36),
capNode37(37),
capNode38(38),
capNode39(39),
capNode40(40),
capNode41(41),
capNode42(42),
capNode43(43),
capNode44(44),
capNode45(45),
capNode46(46),
capNode47(47),
capNode48(48),
capNode49(49),
capNode50(50),
capNode51(51),
capNode52(52),
capNode53(53),
capNode54(54),
capNode55(55),
capNode56(56),
capNode57(57),
capNode58(58),
capNode59(59),
capNode60(60),
capNode61(61),
capNode62(62),
capNode63(63),
capNode64(64),
capNode65(65),
capNode66(66),
capNode67(67),
capNode68(68),
capNode69(69),
capNode70(70),
capNode71(71),
capNode72(72),
capNode73(73),
capNode74(74),
capNode75(75),
capNode76(76),
capNode77(77),
capNode78(78),
capNode79(79),
capNode80(80),
capNode81(81),
capNode82(82),
capNode83(83),
capNode84(84),
capNode85(85),
capNode86(86),
capNode87(87),
capNode88(88),
capNode89(89),
capNode90(90),
capNode91(91),
capNode92(92),
capNode93(93),
capNode94(94),
capNode95(95),
capNode96(96),
capNode97(97),
capNode98(98),
capNode99(99),
capNode100(100),
capNode101(101),
capNode102(102),
capNode103(103),
capNode104(104),
capNode105(105),
capNode106(106),
capNode107(107),
capNode108(108),
capNode109(109),
capNode110(110),
capNode111(111),
capNode112(112),
capNode113(113),
capNode114(114),
capNode115(115),
capNode116(116),
capNode117(117),
capNode118(118)
}
FspR7PathProt ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Indicates the traffic path for path protection cases when the FFP does not exist. When the FFP exists, protected is indicated and the status is determined by the FFP."
SYNTAX INTEGER
{
undefined(0),
none(1), --no CRS exists
unprotActive(2), --CRS exist, no FFP exists, traffic is on this path
unprotIdle(3), --CRS exists, no FFP exist, traffic is not on this path
protected(4) --CRS exist, FFP exist, the paths are protected and the FFP determines status.
}
FspR7PlugDataRate ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Rate"
SYNTAX INTEGER
{
undefined(0),
rateCouplingLink(1),
rateHighSpeed(2),
rateGBe(3),
rate2G1(4),
rate2G5(5),
rate4G(6),
rate10G(7),
any(8),
rate11G(9),
rateFE(10),
rate10G2R(11),
rate8G(12),
rate103G(13),
rate112G(14),
rate16G(15),
rate3gSdi(16)
}
FspR7PlugDataRateCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Rate"
SYNTAX BITS
{
capUndefined(0),
capRateCouplingLink(1),
capRateHighSpeed(2),
capRateGBe(3),
capRate2G1(4),
capRate2G5(5),
capRate4G(6),
capRate10G(7),
capAny(8),
capRate11G(9),
capRateFE(10),
capRate10G2R(11),
capRate8G(12),
capRate103G(13),
capRate112G(14),
capRate16G(15),
capRate3gSdi(16)
}
FspR7PmReset ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Reset data-layer Performance registers"
SYNTAX INTEGER
{
undefined(0),
none(1),
all(2),
curr(3)
}
FspR7PmResetCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Reset data-layer Performance registers"
SYNTAX BITS
{
capUndefined(0),
capNone(1),
capAll(2),
capCurr(3)
}
FspR7PmSnapshotStatus ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Reference value Status"
SYNTAX INTEGER
{
undefined(0),
none(1),
inProgress(2),
success(3),
error(4)
}
FspR7PmSnapshotParameterTypes ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"List of PM Snapshot parameters"
SYNTAX INTEGER
{
undefined(0),
outputPower(1),
inputPower(2),
attenuation(3),
attenuationOfVoa(4),
oscGain(5),
backreflectionPowerReceived(6),
ramanPumpPower(7),
oscPowerReceived(8),
variableGain(9),
txLineAttenuation(10),
rxLineAttenuation(11)
}
FspR7PortBehaviour ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Behavior or Port usage based on configuration/usage in the system regardless of faceplate designation"
SYNTAX INTEGER
{
undefined(0),
client(1), --Client Interface Side Behavior
network(2) --Network Interface Side Behavior
}
FspR7PortBehaviourCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Behavior or Port usage based on configuration/usage in the system regardless of faceplate designation"
SYNTAX BITS
{
capUndefined(0),
capClient(1),
capNetwork(2)
}
FspR7PortMode ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Port Mode"
SYNTAX INTEGER
{
undefined(0),
port(1),
cTag(2),
sTag(3)
}
FspR7PortModeCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Port Mode"
SYNTAX BITS
{
capUndefined(0),
capPort(1),
capCTag(2),
capSTag(3)
}
FspR7PortRole ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"ADVA cloud Port Roles"
SYNTAX INTEGER
{
undefined(0),
uni(1), --User Network Interface
iNni(2), --ADVA Interconnect Network Network Interface
nni(3) --Network Network Interface
}
FspR7PortRoleCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"ADVA cloud Port Roles"
SYNTAX BITS
{
capUndefined(0),
capUni(1),
capINni(2),
capNni(3)
}
FspR7PrbsPmReset ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Reset PRBS PM counters"
SYNTAX INTEGER
{
undefined(0),
none(1), --Not initialize PRBS PM Counters
all(2) --Initialize all PRBS PM Counters
}
FspR7PrbsPmResetCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Reset PRBS PM counters"
SYNTAX BITS
{
capUndefined(0),
capNone(1),
capAll(2)
}
FspR7ProtectionRole ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Path label Working or Protect"
SYNTAX INTEGER
{
undefined(0),
wkg(1),
protn(2),
na(3)
}
FspR7ProtectionType ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
""
SYNTAX INTEGER
{
undefined(0),
dpring(1),
line(2)
}
FspR7ProtectionTypeCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
""
SYNTAX BITS
{
capUndefined(0),
capDpring(1),
capLine(2)
}
FspR7Protocol ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"The Type of the IP Route."
SYNTAX INTEGER
{
undefined(0),
local(1), --OS controlled Route
static(2), --Static Route, Part of database.
ospf(3) --OSFP controlled Route
}
FspR7PsuOutputPower ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Maximum PSU Output Power"
SYNTAX INTEGER
{
undefined(0),
pwrOut120w(1),
pwrOut130w(2),
pwrOut400w(3),
pwrOut600w(4),
pwrOut170w(5),
pwrOut200w(6),
pwrOut1000w(7),
pwrOut0w(8),
pwrOut800w(9),
pwrOut150w(10)
}
FspR7PsuOutputPowerCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Maximum PSU Output Power"
SYNTAX BITS
{
capUndefined(0),
capPwrOut120w(1),
capPwrOut130w(2),
capPwrOut400w(3),
capPwrOut600w(4),
capPwrOut170w(5),
capPwrOut200w(6),
capPwrOut1000w(7),
capPwrOut0w(8),
capPwrOut800w(9),
capPwrOut150w(10)
}
FspR7RedLinedState ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"will be set by higher level software to act as a barrier to deletion"
SYNTAX INTEGER
{
undefined(0),
yes(1),
no(2)
}
FspR7RedLinedStateCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"will be set by higher level software to act as a barrier to deletion"
SYNTAX BITS
{
capUndefined(0),
capYes(1),
capNo(2)
}
FspR7RenewMode ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Defines SSL certificate renew mode. In AUTOMATIC mode SSL certificate is verified and generated (if needed) at every system startup. In MANUAL mode the user is responsible for generation new SSL certificate when needed."
SYNTAX INTEGER
{
undefined(0),
automatic(1),
manual(2)
}
FspR7RenewModeCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Defines SSL certificate renew mode. In AUTOMATIC mode SSL certificate is verified and generated (if needed) at every system startup. In MANUAL mode the user is responsible for generation new SSL certificate when needed."
SYNTAX BITS
{
capUndefined(0),
capAutomatic(1),
capManual(2)
}
FspR7RlsMan ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Rls/Man variable."
SYNTAX INTEGER
{
undefined(0),
rls(1),
man(2)
}
FspR7RlsManCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Rls/Man variable."
SYNTAX BITS
{
capUndefined(0),
capRls(1),
capMan(2)
}
FspR7RoadmNumber ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Number for ROADM module typically associated with a Network Fiber or Degree"
SYNTAX INTEGER
{
undefined(0),
rNo1(1),
rNo2(2),
rNo3(3),
rNo4(4),
rNo5(5),
rNo6(6),
rNo7(7),
rNo8(8),
rNo9(9),
rNo10(10)
}
FspR7RoadmNumberCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Number for ROADM module typically associated with a Network Fiber or Degree"
SYNTAX BITS
{
capUndefined(0),
capRNo1(1),
capRNo2(2),
capRNo3(3),
capRNo4(4),
capRNo5(5),
capRNo6(6),
capRNo7(7),
capRNo8(8),
capRNo9(9),
capRNo10(10)
}
FspR7RowStatus ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"RowStatus"
SYNTAX INTEGER
{
undefined(0),
active(1),
notInService(2),
notReady(3),
createAndGo(4),
createAndWait(5),
destroy(6)
}
FspR7RowStatusCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"RowStatus"
SYNTAX BITS
{
capUndefined(0),
capActive(1),
capNotInService(2),
capNotReady(3),
capCreateAndGo(4),
capCreateAndWait(5),
capDestroy(6)
}
FspR7Scrambling ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Configuration of scrambling functionality for Virtual Facilities"
SYNTAX INTEGER
{
undefined(0),
enable(1),
disable(2)
}
FspR7ScramblingCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Configuration of scrambling functionality for Virtual Facilities"
SYNTAX BITS
{
capUndefined(0),
capEnable(1),
capDisable(2)
}
FspR7ScuRing ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"SCU Interconnection"
SYNTAX INTEGER
{
undefined(0),
enable(1), --Enables SCU ringinterconnect
disable(2) --Disables SCU ring interconnect
}
FspR7SignalDirection ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Signal Direction"
SYNTAX INTEGER
{
undefined(0),
networkToClient(1),
cientToNetwork(2),
upgradeToNetwork(3),
networkToUpgrade(4)
}
FspR7SingleFiberLocation ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"determines the location (A or B) for Single Fiber applications"
SYNTAX INTEGER
{
undefined(0),
locationA(1), --location A for SF applications
locationB(2) --location B for SF applications
}
FspR7SingleFiberLocationCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"determines the location (A or B) for Single Fiber applications"
SYNTAX BITS
{
capUndefined(0),
capLocationA(1),
capLocationB(2)
}
FspR7SnmpHexString ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"An octet string containing Hex values and presenting them in Hex format.
This textual convention should be used when SnmpAdminString or DisplayString cannot be used,
because of DISPLAY-HINT limitations."
SYNTAX OCTET STRING (SIZE(0..255))
FspR7SnmpLongString ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"This textual convention should be used when SnmpAdminString or DisplayString
cannot be used because of the length limitations."
SYNTAX OCTET STRING (SIZE(0..65535))
FspR7SshHostKeyEncryptAlgorithm ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"ssh host key encryption alogrithm"
SYNTAX INTEGER
{
undefined(0),
rsa(1),
dsa(2),
rsa1(3)
}
FspR7SshHostKeyLength ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Generated SSH host key length"
SYNTAX INTEGER
{
undefined(0),
length2048(1),
length4096(2)
}
FspR7Stages ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Number of Stages"
SYNTAX INTEGER
{
undefined(0),
st1(1),
st2(2)
}
FspR7StartPmSnapshot ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Apply reference values"
SYNTAX INTEGER
{
undefined(0),
none(1),
apply(2)
}
FspR7StateConnection ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"State of the Physical Connection"
SYNTAX INTEGER
{
undefined(0),
standard(1),
mismatchEquipment(2),
mismatchConnection(3),
mismatchChannel(4),
mismatchPhysical(5),
invalidConfig(6),
nonStandard(7),
standardSpeq(8)
}
FspR7Stuff ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Indicates if bit/byte stuffing is used in the transport signal."
SYNTAX INTEGER
{
undefined(0),
yes(1),
no(2)
}
FspR7StuffCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Indicates if bit/byte stuffing is used in the transport signal."
SYNTAX BITS
{
capUndefined(0),
capYes(1),
capNo(2)
}
FspR7SupplyType ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"The kind of power supply - provisioned value"
SYNTAX INTEGER
{
undefined(0),
front(1),
rear(2)
}
FspR7SupplyTypeCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"The kind of power supply - provisioned value"
SYNTAX BITS
{
capUndefined(0),
capFront(1),
capRear(2)
}
FspR7SwitchOverCause ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Cause of Fail-Over or Switch-Over to Partner Controller"
SYNTAX INTEGER
{
undefined(0),
notApplicable(1),
removed(2),
softwareException(3),
noResponse(4),
gracefulShutdown(9),
switchToDuplex(10),
buttonPushed(11)
}
FspR7SwitchOverCauseCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Cause of Fail-Over or Switch-Over to Partner Controller"
SYNTAX BITS
{
capUndefined(0),
capNotApplicable(1),
capRemoved(2),
capSoftwareException(3),
capNoResponse(4),
capGracefulShutdown(9),
capSwitchToDuplex(10),
capButtonPushed(11)
}
FspR7TelemetryOutput ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Telemetry interface output provision"
SYNTAX INTEGER
{
undefined(0),
neAlmCr(1), --Network Element alarm with critical severity
neAlmMj(2), --Network Element alarm with major severity
neAlmMn(3), --Network Element alarm with minor severity
neAlmMjGe(4), --Network Element alarm with major or greater severity
neAlmMnGe(5), --Network Element alarm with minor or greater severity
fcuAlmCr(6), --FCU alarm with critical severity
fcuAlmMj(7), --FCU alarm with major severity
fcuAlmMn(8), --FCU alarm with minor severity
fcuAlmMjGe(9), --FCU alarm with major or greater severity
fcuAlmMnGe(10), --FCU alarm with minor or greater severity
psuAlmCr(11), --PSU alarm with critical severity
psuAlmMj(12), --PSU alarm with major severity
psuAlmMn(13), --PSU alarm with minor severity
psuAlmMjGe(14), --PSU alarm with major or greater severity
psuAlmMnGe(15), --PSU alarm with minor or greater severity
none(16) --No alarm group assigned
}
FspR7TelemetryOutputCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Telemetry interface output provision"
SYNTAX BITS
{
capUndefined(0),
capNeAlmCr(1),
capNeAlmMj(2),
capNeAlmMn(3),
capNeAlmMjGe(4),
capNeAlmMnGe(5),
capFcuAlmCr(6),
capFcuAlmMj(7),
capFcuAlmMn(8),
capFcuAlmMjGe(9),
capFcuAlmMnGe(10),
capPsuAlmCr(11),
capPsuAlmMj(12),
capPsuAlmMn(13),
capPsuAlmMjGe(14),
capPsuAlmMnGe(15),
capNone(16)
}
FspR7PRBSTest ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"PRBS test pattern"
SYNTAX INTEGER
{
undefined(0),
rls(1),
iPRBS31(2) --Pseudo Random Bit Sequence with 31 bit inverted
}
FspR7PRBSTestCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"PRBS test pattern"
SYNTAX BITS
{
capUndefined(0),
capRls(1),
capIPRBS31(2)
}
FspR7TifOutputReset ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Has the same function as the HW switch at the UTM board"
SYNTAX INTEGER
{
undefined(0),
rls(1), --Telemetry Interface Output is not changed
opr(2) --Reset Telemetry Interface Output
}
FspR7TifOutputResetCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Has the same function as the HW switch at the UTM board"
SYNTAX BITS
{
capUndefined(0),
capRls(1),
capOpr(2)
}
FspR7TiltSet ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Tilt setting as discrete values versus a range"
SYNTAX INTEGER
{
undefined(0),
minus1dB0(1),
minus1dB5(2),
minus2dB0(3)
}
FspR7TiltSetCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Tilt setting as discrete values versus a range"
SYNTAX BITS
{
capUndefined(0),
capMinus1dB0(1),
capMinus1dB5(2),
capMinus2dB0(3)
}
FspR7Topology ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Shows the card topology in the NE"
SYNTAX INTEGER
{
undefined(0),
standAlone(1 ), --One stand alone card in a shelf
backToBack(2), --Two cards communicating over the backplane in a shelf
mesh(3), --Three cards communicating over the backplane in a shelf
fabric(4) --Many cards communicating via the UxM module
}
FspR7TopologyCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Shows the card topology in the NE"
SYNTAX BITS
{
capUndefined(0),
capStandAlone(1 ),
capBackToBack(2),
capMesh(3),
capFabric(4)
}
FspR7TopologyType ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Monitored Topology Type"
SYNTAX INTEGER
{
undefined(0),
lad(1),
ring(2),
p2p(3),
unknown(4)
}
FspR7TrafficDirection ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Traffic Direction"
SYNTAX INTEGER
{
undefined(0),
bidi(1), --Bidirectional Traffic (standard application)
uniCton(2),
uniNtoc(3),
uniWtoe(4),
uniEtow(5),
txcrs(6), --Unidirectional traffic; Naming convention: CRS transmitts data to CH, UCH,VCH or others entities
rxcrs(7) --Unidirectional traffic; Naming convention:CRS receives data from CH, UCH, VCH or other entities
}
FspR7TrafficDirectionCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Traffic Direction"
SYNTAX BITS
{
capUndefined(0),
capBidi(1),
capUniCton(2),
capUniNtoc(3),
capUniWtoe(4),
capUniEtow(5),
capTxcrs(6),
capRxcrs(7)
}
FspR7TrapModeLegacy ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Trap Mode Legacy"
SYNTAX INTEGER
{
undefined(0),
false(1),
true(2)
}
FspR7TransmissionMode ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Mode of the module, determine operation or functionality"
SYNTAX INTEGER
{
undefined(0),
trans(1), --Simple transport of signal without protection on a TRANSponder card with only one network port for which it is default.
transE(2), --Simple transport of signal without protection using the port CH-NE.
transW(3), --Simple transport of signal without protection using the port CH-NW.
transHst(4), --Transport of signal with network port protection (only on TRANSponder cards with two network ports, for which it is default).
mux(5), --Simple aggregation of signals without protection on a MUXponder card with only one network port - for which it is default.
muxE(6), --Simple aggregation of signals without protection using the port CH-NE.
muxW(7), --Simple aggregation of signals without protection using the port CH-NW.
muxHst(8), --Aggregation of signals with network port protection (only on MUXponder cards with two network ports - for which it is default).
regen1Way(9), --Regeneration of signal using network port(s).
regen2Way(10), --Regeneration of signal using network port(s).
obsolete(11), --To remove.
adm(12), --Add, Drop, Passthrough, Drop and Continue Fuctionality
transDual(13), --Dual Transport of signal without protection on a Transponder card with two network ports
muxDual(14), --Dual Transport of signal without protection on a Muxponder card with two network ports
nFixed(15), --Add/Drop channels connected to the associated Network Fiber. Channel filter must be connected to C port associated with the ROADM number
cSelect(16), --Add/Drop channels can be connected to any Network Fiber. Channel filter must be connected to N port. C port associated with ROADM number is not connected.
dualClient(17), --Two (2) client ports are allocated for add/drop. Add/Drop channels for C-Even wavelengths (1-40) are allocated to C port associated with the ROADM number. Add/Dropchannels for C-Odd wavelengths (41-80) are allocated to C8 port.
xc(20), --(X)cross Connect mode. Used on cards that cross connects traffic between generic ports.
transQuad(21), -- Quad Transport of signal without protection on a Transponder card
transQuintuple(22) --Quintuple Transport of signal without protection on a Transponder card
}
FspR7TransmissionModeCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Mode of the module, determine operation or functionality"
SYNTAX BITS
{
capUndefined(0),
capTrans(1),
capTransE(2),
capTransW(3),
capTransHst(4),
capMux(5),
capMuxE(6),
capMuxW(7),
capMuxHst(8),
capRegen1Way(9),
capRegen2Way(10),
capObsolete(11),
capAdm(12),
capTransDual(13),
capMuxDual(14),
capNFixed(15),
capCSelect(16),
capDualClient(17),
capXc(20),
capTransQuad(21),
capTransQuintuple(22)
}
FspR7TurnupConfig ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Turnup Operation"
SYNTAX INTEGER
{
undefined(0),
rls(1),
oprTurnup(2)
}
FspR7TurnupConfigCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Turnup Operation"
SYNTAX BITS
{
capUndefined(0),
capRls(1),
capOprTurnup(2)
}
FspR7TxOffOnTm ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Relevant only when ERRFWD=TXOFF. Enables/disables the
possibility to delay turning off and on the the transmitter.
This applies to the case when turning off the transmitter
is done as an error forwarding mechanism."
SYNTAX INTEGER
{
undefined(0),
disable(1),
enableTxOffTm(2),
enableTxOnTm(3)
}
FspR7TxOffOnTmCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Relevant only when ERRFWD=TXOFF. Enables/disables the
possibility to delay turning off and on the the transmitter.
This applies to the case when turning off the transmitter
is done as an error forwarding mechanism."
SYNTAX BITS
{
capUndefined(0),
capDisable(1),
capEnableTxOffTm(2),
capEnableTxOnTm(3)
}
FspR7TypeConnection ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Type of equipment connection"
SYNTAX INTEGER
{
undefined(0),
connection1Way(1),
connection2Way(2)
}
FspR7TypeConnectionCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Type of equipment connection"
SYNTAX BITS
{
capUndefined(0),
capConnection1Way(1),
capConnection2Way(2)
}
FspR7TypeCrs ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Type of Cross-Connect"
SYNTAX INTEGER
{
undefined(0),
connection1Way(1), --Unidirectional CRS
connection2Way(2), --Bidirectional CRS
connection1WayProt(3), --Unidirectional CRS with protection
connection2WayProt(4), --Bidirectional CRS with protection
connection1WayMc(5), --Unidirectional multicast CRS
connection1WayDc(6), --Unidirectional Drop and Continue
connection1WayDcProt(7), --Unidirectional Drop and Continue with protection
connection1WayMcProt(8), --Unidirectional multicast with protection
connection1WayCont(9), --Unidirectional Continue Path
connection2WayCont(10) --Bidirectional Continue Path
}
FspR7TypeCrsCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Type of Cross-Connect"
SYNTAX BITS
{
capUndefined(0),
capConnection1Way(1),
capConnection2Way(2),
capConnection1WayProt(3),
capConnection2WayProt(4),
capConnection1WayMc(5),
capConnection1WayDc(6),
capConnection1WayDcProt(7),
capConnection1WayMcProt(8),
capConnection1WayCont(9),
capConnection2WayCont(10)
}
FspR7Unsigned32Caps ::= TEXTUAL-CONVENTION
DISPLAY-HINT "4d:4d"
STATUS current
DESCRIPTION
"A FspR7Unsigned32Caps specification.
1..4 bytes - minValue(Unsigned32),
5..8 bytes - maxValue(Unsigned32)."
SYNTAX OCTET STRING (SIZE(0..8))
FspR7UntaggedFrames ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"If untagged frames shall be enabled on this port or not."
SYNTAX INTEGER
{
undefined(0),
accept(1),
reject(2)
}
FspR7UntaggedFramesCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"If untagged frames shall be enabled on this port or not."
SYNTAX BITS
{
capUndefined(0),
capAccept(1),
capReject(2)
}
FspR7ValidityPeriod ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Period of time (in years) a generated SSL certificate is valid."
SYNTAX INTEGER
{
undefined(0),
oneYear(1),
twoYears(2),
threeYears(3),
fourYears(4),
fiveYears(5)
}
FspR7ValidityPeriodCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Period of time (in years) a generated SSL certificate is valid."
SYNTAX BITS
{
capUndefined(0),
capOneYear(1),
capTwoYears(2),
capThreeYears(3),
capFourYears(4),
capFiveYears(5)
}
FspR7VoaMode ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"VOA operating mode"
SYNTAX INTEGER
{
undefined(0),
power(1), --Constant power mode
att(2) --Constant attenuation mode
}
FspR7VoaModeCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"VOA operating mode"
SYNTAX BITS
{
capUndefined(0),
capPower(1),
capAtt(2)
}
FspR7VSessChangeReason ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Last operation status"
SYNTAX INTEGER
{
undefined(0),
none(1),
requestIssued(2),
requestApproved(3),
requestDenied(4),
requestTimeout(5),
accessTimeout(6),
accessRevoked(7)
}
FspR7VSessStatus ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Read-only object that describes current status of user session.
There are 3 possible valid values of this object:
- Normal(1) - default session status.
- writeAcsRequested(2) - status assigned to session that requested write access and is waiting for ADMIN response
After time equal 'write access request timeout' if session status has not been changed it will automatically change back to normal(1) and fspR7WriteAccessRequestTimeout trap will be sent.
- writeAcsGranted(3) - write access has been granted by ADMIN user. Session can act as if it had PROVISION privilege level.
After time equal virtualSessionTimeout session status will be automatically changed to normal(1) and fspR7WriteAccessTimeout trap will be sent."
SYNTAX INTEGER
{
undefined(0),
normal(1),
writeAcsRequested(2),
writeAcsGranted(3)
}
FspR7VSessWriteAccess ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Read-write parameter used to manipulate write access of the user. SNMPGET/SNMPGETNEXT will always return none(4) value for this parameter. It can be set to multiple values depending of sessionStatus:
- request(1) - settable only by MONITOR if his sessionStatus is equal normal. Causes change of sessionStatus to writeAcsRequested(2). Trap FspR7WriteAccessRequest will be sent.
- revoke(2) - settable both by MONITOR user and ADMIN user, only if session status is equal writeAcsRequested(2) or writeAcsGranted(3).
If session status is equal writeAcsRequested(2) setting this value will change session status back to normal(1). Depending on author of action fspR7WriteAccessRevoked (MONITOR) or fspR7WriteAccessDenied (ADMIN) trap will be sent.
If session status is equal writeAcsGranted(3) it will be changed to normal(1). fspR7WriteAccessRevoked trap will be sent.
- Grant(3) - settable only by ADMIN user only when session status is equal writeAcsRequested(2). Setting this value will change session staus to writeAcsGranted (3), additionally fspR7WriteAccessGranted trap will be sent.
"
SYNTAX INTEGER
{
undefined(0),
request(1),
revoke(2),
grant(3),
none(4)
}
FspR7XfpDecisionThres ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"XFP Decision threshold setting"
SYNTAX INTEGER
{
undefined(0),
standard(1),
forwardRaman(2)
}
FspR7XfpDecisionThresCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"XFP Decision threshold setting"
SYNTAX BITS
{
capUndefined(0),
capStandard(1),
capForwardRaman(2)
}
FspR7YcableType ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Type of Y-cable"
SYNTAX INTEGER
{
undefined(0),
ycabSmLc(1), --Y-Cable with single mode fiber and LC connector on all ports
ycabMmLc(2), --Y-Cable with multi mode fiber and LC connector on all ports
ycabSmScLc(3), --Y-Cable with single mode fiber, SC connector @client Port and LC connector @network port
ycabMmScLc(4), --Y-Cable with multimode fiber, SC connector @client Port and LC connector @network port
ycabSmFcLc(5) --Y-Cable with single mode fiber, FC connector @client Port and LC connector @network port
}
FspR7YcableTypeCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Type of Y-cable"
SYNTAX BITS
{
capUndefined(0),
capYcabSmLc(1),
capYcabMmLc(2),
capYcabSmScLc(3),
capYcabMmScLc(4),
capYcabSmFcLc(5)
}
FspR7FltrCableType ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Filter Cable"
SYNTAX INTEGER
{
undefined(0),
fltrCabLr4SmLc(1) --LR4 Filter Cable for single mode fiber with LC connectors on all ports
}
FspR7FltrCableTypeCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"Filter Cable"
SYNTAX BITS
{
capUndefined(0),
capFltrCabLr4SmLc(1)
}
FspR7YesNo ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"YesNo variable."
SYNTAX INTEGER
{
undefined(0),
yes(1),
no(2)
}
FspR7YesNoCaps ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION
"YesNo variable."
SYNTAX BITS
{
capUndefined(0),
capYes(1),
capNo(2)
}
END
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