Observium_CE/mibs/ekinops/EKINOPS-PmOabphc-MIB

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-- *****************************************************************
-- EKINOPS-pmoabphc.TXT: MIB
--
--MIB Part Number:3MI00208AABE
--MIB Version:01
--
-- Copyright (c) 2016 by Ekinops
-- All rights reserved.
--
-- *****************************************************************
EKINOPS-PmOabphc-MIB DEFINITIONS ::= BEGIN
IMPORTS
ekinops,
EkiState,
EkiOnOff,
EkiMode,
EkiProtocol,
EkiApiState,
EkiSynchroMode,
EkiMeasureType
FROM EKINOPS-MIB
MODULE-IDENTITY,
OBJECT-TYPE,
NOTIFICATION-TYPE,
Unsigned32,
Integer32,
Counter32,
IpAddress
FROM SNMPv2-SMI
TEXTUAL-CONVENTION,
DisplayString
FROM SNMPv2-TC;
modulepmoabphc MODULE-IDENTITY
LAST-UPDATED "201605230000Z"
ORGANIZATION "Ekinops"
CONTACT-INFO
"Ekinops
3, rue Blaise Pascal
F-22300 Lannion / FRANCE
Tel : +33 (0)2 96 05 00 30
Fax : +33 (0)2 96 48 62 39
E-mail: support@ekinops.net"
DESCRIPTION
"Creation"
REVISION "201107060000Z"
DESCRIPTION
"Initial Version."
REVISION "201107060000Z"
DESCRIPTION
"Creation"
REVISION "201302080000Z"
DESCRIPTION
"Ext Pump alarms"
REVISION "201307010000Z"
DESCRIPTION
"Constant Gain function"
REVISION "201309160000Z"
DESCRIPTION
"Help change"
REVISION "201312020000Z"
DESCRIPTION
"Ext Pump Fail insertion"
REVISION "201403260000Z"
DESCRIPTION
"Probcause,AlarmType - NMS completion"
REVISION "201412100000Z"
DESCRIPTION
"Labels cosmetic updates"
REVISION "201605230000Z"
DESCRIPTION
"New AlarmType synthesisAlarm (12)"
::= { ekinops 51 }
--- *****************************************************
--- LEAF LEVEL 2
--- *****************************************************
pmoabphcalarms OBJECT IDENTIFIER ::= { modulepmoabphc 2 }
pmoabphcAlmOther OBJECT IDENTIFIER ::= { pmoabphcalarms 1 }
pmoabphcAlmOtherNurg OBJECT IDENTIFIER ::= { pmoabphcAlmOther 1 }
pmoabphcAlmOtherUrg OBJECT IDENTIFIER ::= { pmoabphcAlmOther 2 }
pmoabphcAlmOtherCrit OBJECT IDENTIFIER ::= { pmoabphcAlmOther 3 }
pmoabphcAlmClient OBJECT IDENTIFIER ::= { pmoabphcalarms 2 }
pmoabphcAlmClientNurg OBJECT IDENTIFIER ::= { pmoabphcAlmClient 1 }
pmoabphcAlmClientUrg OBJECT IDENTIFIER ::= { pmoabphcAlmClient 2 }
pmoabphcAlmClientCrit OBJECT IDENTIFIER ::= { pmoabphcAlmClient 3 }
pmoabphcAlmLine OBJECT IDENTIFIER ::= { pmoabphcalarms 3 }
pmoabphcAlmLineNurg OBJECT IDENTIFIER ::= { pmoabphcAlmLine 1 }
pmoabphcAlmLineUrg OBJECT IDENTIFIER ::= { pmoabphcAlmLine 2 }
pmoabphcAlmLineCrit OBJECT IDENTIFIER ::= { pmoabphcAlmLine 3 }
pmoabphcmeasures OBJECT IDENTIFIER ::= { modulepmoabphc 3 }
pmoabphcMesrOther OBJECT IDENTIFIER ::= { pmoabphcmeasures 1 }
pmoabphcMesrClient OBJECT IDENTIFIER ::= { pmoabphcmeasures 2 }
pmoabphcMesrLine OBJECT IDENTIFIER ::= { pmoabphcmeasures 3 }
pmoabphccontrolsWrite OBJECT IDENTIFIER ::= { modulepmoabphc 6 }
pmoabphcCtrlOther OBJECT IDENTIFIER ::= { pmoabphccontrolsWrite 1 }
pmoabphcCtrlClient OBJECT IDENTIFIER ::= { pmoabphccontrolsWrite 2 }
pmoabphcCtrlLine OBJECT IDENTIFIER ::= { pmoabphccontrolsWrite 3 }
pmoabphcri OBJECT IDENTIFIER ::= { modulepmoabphc 7 }
pmoabphcConfig OBJECT IDENTIFIER ::= { modulepmoabphc 9 }
pmoabphctraps OBJECT IDENTIFIER ::= { modulepmoabphc 10 }
--- *****************************************************
--- $$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$
--- TEXTUAL-CONVENTION
--- $$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$
--- *****************************************************
PmoabphcpreampMode ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION "Different modes on OA preamp"
SYNTAX INTEGER {
oabphcpreampdefaultmode(0),
oabphcpreampconstantcurrentmode(1),
oabphcpreampconstantpowermode(2)
oabphcpreampconstantgainmode(3)
oabphcpreamppoutpinmode(4)
oabphcpreampmanualmode(5)
oabphcpreampfeedforwardmode(6)
oabphcpreamptransientsupmode(7)
}
PmoabphcboosterMode ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION "Different modes on OA booster"
SYNTAX INTEGER {
oabphcboosterdefaultmode(0),
oabphcboosterconstantcurrentmode(1),
oabphcboosterconstantpowermode(2)
oabphcboosterconstantgainmode(3)
oabphcboosterpoutpinmode(4)
oabphcboostermanualmode(5)
oabphcboosterfeedforwardmode(6)
oabphcboostertransientsupmode(7)
}
PmoabphcaprMode ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION "Different modes on APR"
SYNTAX INTEGER {
oabphcaproffmode(0),
oabphcaprsemiautomode(1),
oabphcaprautomode(2)
oabphcaprlossforwardingmode(3)
oabphcaprrepeatmode(4)
}
PmoabphcPreampGainAdjMode ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION "Different modes on Gain"
SYNTAX INTEGER {
oabphcpreampgainadjmanualmode(0),
oabphcpreampgainadjsemiautomode(1),
oabphcpreampgainadjautomode(2)
}
PmoabphcBoosterGainAdjMode ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION "Different modes on Gain"
SYNTAX INTEGER {
oabphcboostergainadjmanualmode(0),
oabphcboostergainadjsemiautomode(1),
oabphcboostergainadjautomode(2)
}
PmoabphcPreampCstGainAdjMode ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION "Different modes when constant Gain"
SYNTAX INTEGER {
oabphcpreampcstgainadjsemiautomode(1),
oabphcpreampcstgainadjautomode(2)
}
PmoabphcBoosterCstGainAdjMode ::= TEXTUAL-CONVENTION
STATUS current
DESCRIPTION "Different modes when constant Gain"
SYNTAX INTEGER {
oabphcboostercstgainadjsemiautomode(1),
oabphcboostercstgainadjautomode(2)
}
--- *****************************************************
--- $$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$
--- REMOTE INVENTORY
--- $$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$
--- *****************************************************
pmoabphcRinvReloadInventory OBJECT-TYPE
SYNTAX EkiOnOff
MAX-ACCESS read-write
STATUS current
DESCRIPTION
"Reload the inventory: This OID triggers an
inventory reload."
::= { pmoabphcri 2 }
pmoabphcRinvModulePlatform OBJECT-TYPE
SYNTAX DisplayString
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"Module platform description: This OID contains the
description of the Module."
::= { pmoabphcri 3 }
pmoabphcRinvSwPlatform OBJECT-TYPE
SYNTAX DisplayString
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"SW platform description: This OID contains the
description of the Software platform."
::= { pmoabphcri 4 }
pmoabphcRinvSwFoa OBJECT-TYPE
SYNTAX DisplayString
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"Optical device driver description: This OID contains
the description of the driver of the optical devices
(Booster and Pre-Amp)"
::= { pmoabphcri 5 }
pmoabphcRinvBoosterTable OBJECT-TYPE
SYNTAX SEQUENCE OF PmoabphcRinvBoosterEntry
MAX-ACCESS not-accessible
STATUS current
DESCRIPTION
"List of the Boosters on the selected module"
::= { pmoabphcri 6 }
pmoabphcRinvBoosterEntry OBJECT-TYPE
SYNTAX PmoabphcRinvBoosterEntry
MAX-ACCESS not-accessible
STATUS current
DESCRIPTION
"Row definition for the Boosters table"
INDEX { pmoabphcRinvBoosterIndex }
::= { pmoabphcRinvBoosterTable 1 }
PmoabphcRinvBoosterEntry::=
SEQUENCE {
pmoabphcRinvBoosterIndex
Integer32,
pmoabphcRinvBooster
DisplayString
}
pmoabphcRinvBoosterIndex OBJECT-TYPE
SYNTAX Integer32(1..16)
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"Index for Booster table"
::= { pmoabphcRinvBoosterEntry 1 }
pmoabphcRinvBooster OBJECT-TYPE
SYNTAX DisplayString
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"Inventory for the Booster: This OID contains the inventory for the Booster"
::= { pmoabphcRinvBoosterEntry 2 }
pmoabphcRinvPreAmpTable OBJECT-TYPE
SYNTAX SEQUENCE OF PmoabphcRinvPreAmpEntry
MAX-ACCESS not-accessible
STATUS current
DESCRIPTION
"List of the PreAmps on the selected module"
::= { pmoabphcri 7 }
pmoabphcRinvPreAmpEntry OBJECT-TYPE
SYNTAX PmoabphcRinvPreAmpEntry
MAX-ACCESS not-accessible
STATUS current
DESCRIPTION
"Row definition for the PreAmp table"
INDEX { pmoabphcRinvPreAmpIndex }
::= { pmoabphcRinvPreAmpTable 1 }
PmoabphcRinvPreAmpEntry::=
SEQUENCE {
pmoabphcRinvPreAmpIndex
Integer32,
pmoabphcRinvPreAmp
DisplayString
}
pmoabphcRinvPreAmpIndex OBJECT-TYPE
SYNTAX Integer32(1..16)
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"Index for PreAmp table"
::= { pmoabphcRinvPreAmpEntry 1 }
pmoabphcRinvPreAmp OBJECT-TYPE
SYNTAX DisplayString
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"Inventory for the PreAmp: This OID contains the inventory for the PreAmp"
::= { pmoabphcRinvPreAmpEntry 2 }
--- *****************************************************
--- $$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$
--- ALARMS
--- $$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$
--- *****************************************************
--- *****************************************************
--- LEAF for the synthAlm0 article
--- *****************************************************
pmoabphcAlmsynthAlm0 OBJECT IDENTIFIER ::= { pmoabphcAlmOtherCrit 0 }
pmoabphcAlmDefFuseB OBJECT-TYPE
SYNTAX EkiOnOff
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"
Fuse B Fail :This OID indicates
that the fuse of the power input
B is in fail condition <Help>
Status of the Fuse B <Condtype>
DEF_FUSE_B <Probcause> powerProblem
(36) <Alarmtype> equipmentAlarm
(5) <Polarity> (2)
"
::= { pmoabphcAlmsynthAlm0 16 }
pmoabphcAlmDefFuseA OBJECT-TYPE
SYNTAX EkiOnOff
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"
Fuse A Fail :This OID indicates
that the fuse of the power input
A is in fail condition <Help>
Status of the Fuse A <Condtype>
DEF_FUSE_A <Probcause> powerProblem
(36) <Alarmtype> equipmentAlarm
(5) <Polarity> (2)
"
::= { pmoabphcAlmsynthAlm0 15 }
pmoabphcAlmExtPump2NotLocked OBJECT-TYPE
SYNTAX EkiOnOff
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"
External Pump2 Not Detected :This
OID indicates that the second external
pump is not detected by the amplifier
module <Help> This alarm indicates
if the second external pump is
detected by the amplifier module
<Condtype> EXT_PUMP2_NOT_LOCKED
<Probcause> pumpFailure (39) <Alarmtype>
equipmentAlarm (5) <Polarity> (2)
"
::= { pmoabphcAlmsynthAlm0 13 }
pmoabphcAlmExtPump1NotLocked OBJECT-TYPE
SYNTAX EkiOnOff
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"
External Pump1 Not Detected :This
OID indicates that the first external
pump is not detected by the amplifier
module <Help> This alarm indicates
if the first external pump is detected
by the amplifier module <Condtype>
EXT_PUMP1_NOT_LOCKED <Probcause>
pumpFailure (39) <Alarmtype> equipmentAlarm
(5) <Polarity> (2)
"
::= { pmoabphcAlmsynthAlm0 12 }
pmoabphcAlmDwEdfaInitNotCompl OBJECT-TYPE
SYNTAX EkiOnOff
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"
Pre-Amp Not Initialized :This
OID indicates that the initialisation
of the Pre-Amp is not completed
<Help> This status indicates
if the Pre-Amp has been correctly
initialized <Condtype> DW_EDFA_INIT_NOT_COMPL
<Probcause> other (1) <Alarmtype>
other (1) <Polarity> (2)
"
::= { pmoabphcAlmsynthAlm0 11 }
pmoabphcAlmUpEdfaInitNotCompl OBJECT-TYPE
SYNTAX EkiOnOff
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"
Booster Not Initialized :This
OID indicates that the initialisation
of the Booster is not completed
<Help> This status indicates
if the Booster has been correctly
initialized <Condtype> UP_EDFA_INIT_NOT_COMPL
<Probcause> other (1) <Alarmtype>
other (1) <Polarity> (2)
"
::= { pmoabphcAlmsynthAlm0 10 }
pmoabphcAlmModGlobFail OBJECT-TYPE
SYNTAX EkiOnOff
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"
Module Failure :This OID is set
on detection of a failure originating
from the PM <Condtype> MOD_GLOB_FAIL
<Probcause> equipmentMalfunction
(16) <Alarmtype> synthesisAlarm
(12) <Polarity> (2)
"
::= { pmoabphcAlmsynthAlm0 9 }
pmoabphcAlmAprOn OBJECT-TYPE
SYNTAX EkiOnOff
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"
Automatic Power Reduction :This
OID indicates that the APR algorithm
has been operated and the output
of the lasers are shutdown <Help>
The APR algorithm has been completed
<Condtype> APR_ON <Probcause>
other (1) <Alarmtype> other (1)
<Polarity> (2)
"
::= { pmoabphcAlmsynthAlm0 2 }
pmoabphcAlmMaintenanceMode OBJECT-TYPE
SYNTAX EkiOnOff
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"
Maintenance Mode :This OID indicates
that the PM is in maintenance mode
<Help> This status indiates if
the module is currently in maintenance
mode <Condtype> MAINTENANCE_MODE
<Probcause> other (1) <Alarmtype>
other (1) <Polarity> (2)
"
::= { pmoabphcAlmsynthAlm0 1 }
--- *****************************************************
--- LEAF for the synthAlm2 article
--- *****************************************************
pmoabphcAlmsynthAlm2 OBJECT IDENTIFIER ::= { pmoabphcAlmOtherNurg 2 }
pmoabphcAlmConfTableLoad OBJECT-TYPE
SYNTAX EkiOnOff
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"
PM Configuration Load :This OID
is at 1 during the loading of
configuration tables in the modules
RAM. <Condtype> CONF_TABLE_LOAD
<Probcause> bandwidthReduced(4)
<Alarmtype> other (1) <Polarity>
(2)
"
::= { pmoabphcAlmsynthAlm2 3 }
pmoabphcAlmInvUpload OBJECT-TYPE
SYNTAX EkiOnOff
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"
Inventory Upload :This OID is
at 1 during the uploading of PM
inventory information. <Condtype>
INV_UPLOAD <Probcause> bandwidthReduced(4)
<Alarmtype> other (1) <Polarity>
(2)
"
::= { pmoabphcAlmsynthAlm2 2 }
pmoabphcAlmConfTableSave OBJECT-TYPE
SYNTAX EkiOnOff
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"
PM Configuration Save :This OID
is at 1 during the saving of a
new configuration table in the
module Flash memory. <Condtype>
CONF_TABLE_SAVE <Probcause> bandwidthReduced(4)
<Alarmtype> other (1) <Polarity>
(2)
"
::= { pmoabphcAlmsynthAlm2 1 }
--- *****************************************************
--- LEAF for the synthAlm7 article
--- *****************************************************
pmoabphcAlmsynthAlm7 OBJECT IDENTIFIER ::= { pmoabphcAlmLineCrit 7 }
pmoabphcAlmLineExtPumpFail OBJECT-TYPE
SYNTAX EkiOnOff
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"
Booster External Pump Fail :This
OID indicates that the external
pump linked to the Booster is in
fail condition <Help> This alarm
indicates if the external pump
linked to the Booster is in fail
condition <Condtype> LINE_EXT_PUMP_FAIL
<Probcause> pumpFailure (39) <Alarmtype>
equipmentAlarm (5) <Polarity> (2)
"
::= { pmoabphcAlmsynthAlm7 13 }
pmoabphcAlmLineFail OBJECT-TYPE
SYNTAX EkiOnOff
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"
Line Port Failure :This OID indicates
a failure on the line port <Condtype>
LINE_FAIL <Probcause> equipmentMalfunction
(16) <Alarmtype> synthesisAlarm
(12) <Polarity> (2)
"
::= { pmoabphcAlmsynthAlm7 12 }
pmoabphcAlmLineDdmAlm OBJECT-TYPE
SYNTAX EkiOnOff
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"
Alarm On Line Optical Module DDM
:This OID indicates an alarm is
present coming out of Line optical
interface DDM <Condtype> LINE_DDM_ALM
<Probcause> equipmentMalfunction
(16) <Alarmtype> synthesisAlarm
(12) <Polarity> (2)
"
::= { pmoabphcAlmsynthAlm7 10 }
pmoabphcAlmLineDdmWarning OBJECT-TYPE
SYNTAX EkiOnOff
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"
Warning On Line Optical Module
DDM :This OID indicates a warning
is present coming out of Line optical
interface DDM <Condtype> LINE_DDM_WARNING
<Probcause> equipmentMalfunction
(16) <Alarmtype> synthesisAlarm
(12) <Polarity> (2)
"
::= { pmoabphcAlmsynthAlm7 9 }
pmoabphcAlmLineTxOff OBJECT-TYPE
SYNTAX EkiOnOff
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"
Booster Optical Output Shutdown
:This OID indicates the Booster
optical output power is on <Help>
This status indicates if the Booster
laser pump is ON or OFF <Condtype>
LINE_TX_OFF <Probcause> other (1)
<Alarmtype> equipmentAlarm (5)
<Polarity> (2)
"
::= { pmoabphcAlmsynthAlm7 5 }
pmoabphcAlmLineHwFail OBJECT-TYPE
SYNTAX EkiOnOff
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"
Line Port HW Failure :This OID
indicates a failure on line port,
most probably caused by a HW issue
<Condtype> LINE_HW_FAIL <Probcause>
equipmentMalfunction (16) <Alarmtype>
synthesisAlarm (12) <Polarity>
(2)
"
::= { pmoabphcAlmsynthAlm7 4 }
--- *****************************************************
--- LEAF for the synthAlm8 article
--- *****************************************************
pmoabphcAlmsynthAlm8 OBJECT IDENTIFIER ::= { pmoabphcAlmClientCrit 8 }
pmoabphcAlmClientExtPumpFail OBJECT-TYPE
SYNTAX EkiOnOff
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"
Pre-Amp External Pump Fail :This
OID indicates that the external
pump linked to the Pre-Amp is in
fail condition <Help> This alarm
indicates if the external pump
linked to the Pre-Amp is in fail
condition <Condtype> CLIENT_EXT_PUMP_FAIL
<Probcause> pumpFailure (39) <Alarmtype>
equipmentAlarm (5) <Polarity> (2)
"
::= { pmoabphcAlmsynthAlm8 13 }
pmoabphcAlmClientFail OBJECT-TYPE
SYNTAX EkiOnOff
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"
Client Port Failure :This OID
indicates a failure on the Client
port <Condtype> CLIENT_FAIL <Probcause>
equipmentMalfunction (16) <Alarmtype>
synthesisAlarm (12) <Polarity>
(2)
"
::= { pmoabphcAlmsynthAlm8 12 }
pmoabphcAlmClientDdmAlm OBJECT-TYPE
SYNTAX EkiOnOff
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"
Alarm On Client Optical Module
DDM :This OID indicates an alarm
is present coming out of Client
optical interface DDM <Condtype>
CLIENT_DDM_ALM <Probcause> equipmentMalfunction
(16) <Alarmtype> synthesisAlarm
(12) <Polarity> (2)
"
::= { pmoabphcAlmsynthAlm8 10 }
pmoabphcAlmClientDdmWarning OBJECT-TYPE
SYNTAX EkiOnOff
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"
Warning On Client Optical Module
DDM :This OID indicates a warning
is present coming out of Client
optical interface DDM <Condtype>
CLIENT_DDM_WARNING <Probcause>
equipmentMalfunction (16) <Alarmtype>
synthesisAlarm (12) <Polarity>
(2)
"
::= { pmoabphcAlmsynthAlm8 9 }
pmoabphcAlmClientTxOff OBJECT-TYPE
SYNTAX EkiOnOff
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"
Pre-Amp Optical Output Shutdown
:This OID indicates the Pre-Amp
optical output power is on <Help>
This status indicates if the Pre-Amp
laser pump transceiver laser is
ON or OFF <Condtype> CLIENT_TX_OFF
<Probcause> other (1) <Alarmtype>
equipmentAlarm (5) <Polarity> (2)
"
::= { pmoabphcAlmsynthAlm8 5 }
pmoabphcAlmClientHwFail OBJECT-TYPE
SYNTAX EkiOnOff
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"
Client Port HW Failure :This OID
indicates a failure on Client port,
most probably caused by a HW issue
<Condtype> CLIENT_HW_FAIL <Probcause>
equipmentMalfunction (16) <Alarmtype>
synthesisAlarm (12) <Polarity>
(2)
"
::= { pmoabphcAlmsynthAlm8 4 }
--- *****************************************************
--- LEAF for the clientEdfaAlarms1 article
--- *****************************************************
pmoabphcAlmclientEdfaAlarms1 OBJECT IDENTIFIER ::= { pmoabphcAlmClientUrg 32 }
pmoabphcAlmClientBiasHighAlarm OBJECT-TYPE
SYNTAX EkiOnOff
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"
Pre-Amp Bias High Alarm :This
OID indicates that the Bias is
higher than the alarm theshold
of the Pre-Amp Optical Module
<Help> This alarm indicates
if the Pre-Amp bias is too high
<Condtype> CLIENT_BIAS_HIGH_ALARM
<Probcause> pumpFailure (39) <Alarmtype>
equipmentAlarm (5) <Polarity> (2)
"
::= { pmoabphcAlmclientEdfaAlarms1 8 }
pmoabphcAlmClientBiasLowAlarm OBJECT-TYPE
SYNTAX EkiOnOff
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"
Pre-Amp Bias Low Alarm :This OID
indicates that the Bias is lower
than the alarm theshold of the
Pre-Amp Optical Module <Help>
This alarm indicates if the Pre-Amp
bias is too low <Condtype> CLIENT_BIAS_LOW_ALARM
<Probcause> pumpFailure (39) <Alarmtype>
equipmentAlarm (5) <Polarity> (2)
"
::= { pmoabphcAlmclientEdfaAlarms1 7 }
pmoabphcAlmClientOutputPwrHighAlarm OBJECT-TYPE
SYNTAX EkiOnOff
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"
Pre-Amp Tx Pwr High Alarm :This
OID indicates that the Transmit
Power is higher than the alarm
theshold of the Pre-Amp Optical
Module <Help> This alarm indicates
if the Pre-Amp tx power is too
high <Condtype> CLIENT_OUTPUT_PWR_HIGH_ALARM
<Probcause> transmitterFailure
(56) <Alarmtype> equipmentAlarm
(5) <Polarity> (2)
"
::= { pmoabphcAlmclientEdfaAlarms1 6 }
pmoabphcAlmClientOutputPwrLowAlarm OBJECT-TYPE
SYNTAX EkiOnOff
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"
Pre-Amp Tx Pwr Low Alarm :This
OID indicates that the Transmit
Power is lower than the alarm theshold
of the Pre-Amp Optical Module
<Help> This alarm indicates if
the Pre-Amp tx power is too low
<Condtype> CLIENT_OUTPUT_PWR_LOW_ALARM
<Probcause> transmitterFailure
(56) <Alarmtype> equipmentAlarm
(5) <Polarity> (2)
"
::= { pmoabphcAlmclientEdfaAlarms1 5 }
pmoabphcAlmClientInputPwrHighAlarm OBJECT-TYPE
SYNTAX EkiOnOff
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"
Booster Rx Pwr High Alarm :This
OID indicates that the Receive
Power is higher than the alarm
theshold of the Booster Optical
Module <Help> This alarm indicates
if the Booster rx power is too
high <Condtype> CLIENT_INPUT_PWR_HIGH_ALARM
<Probcause> receiveFailure (41)
<Alarmtype> equipmentAlarm (5)
<Polarity> (2)
"
::= { pmoabphcAlmclientEdfaAlarms1 4 }
pmoabphcAlmClientInputPwrLowAlarm OBJECT-TYPE
SYNTAX EkiOnOff
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"
Booster Rx Pwr Low Alarm :This
OID indicates that the Receive
Power is lower than the alarm
theshold of the Booster Optical
Module <Help> This alarm indicates
if the Booster rx power is too
low <Condtype> CLIENT_INPUT_PWR_LOW_ALARM
<Probcause> receiveFailure (41)
<Alarmtype> equipmentAlarm (5)
<Polarity> (2)
"
::= { pmoabphcAlmclientEdfaAlarms1 3 }
pmoabphcAlmClientGainHighAlarm OBJECT-TYPE
SYNTAX EkiOnOff
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"
Pre-Amp Gain High Alarm :This
OID indicates that the Gain is
higher than the alarm threshold
of the Pre-Amp Module <Help>
This alarm indicates if the Pre-Amp
gain is too high <Condtype> CLIENT_GAIN_HIGH_ALARM
<Probcause> performanceDegraded
(35) <Alarmtype> equipmentAlarm
(5) <Polarity> (2)
"
::= { pmoabphcAlmclientEdfaAlarms1 2 }
pmoabphcAlmClientGainLowAlarm OBJECT-TYPE
SYNTAX EkiOnOff
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"
Pre-Amp Gain Low Alarm :This OID
indicates that the Gain is lower
than the alarm theshold of the
Pre-Amp Module <Help> This alarm
indicates if the Pre-Amp gain is
too low <Condtype> CLIENT_GAIN_LOW_ALARM
<Probcause> performanceDegraded
(35) <Alarmtype> equipmentAlarm
(5) <Polarity> (2)
"
::= { pmoabphcAlmclientEdfaAlarms1 1 }
--- *****************************************************
--- LEAF for the clientEdfaWarnings article
--- *****************************************************
pmoabphcAlmclientEdfaWarnings OBJECT IDENTIFIER ::= { pmoabphcAlmClientNurg 33 }
pmoabphcAlmClientBiasHighWarning OBJECT-TYPE
SYNTAX EkiOnOff
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"
Pre-Amp Bias High Warning :This
OID indicates that the Bias is
higher than the Warning theshold
of the Pre-Amp Optical Module
<Help> This warning indicates
if the Pre-Amp bias is too high
<Condtype> CLIENT_BIAS_HIGH_WARNING
<Probcause> pumpFailure (39) <Alarmtype>
equipmentAlarm (5) <Polarity> (2)
"
::= { pmoabphcAlmclientEdfaWarnings 8 }
pmoabphcAlmClientBiasLowWarning OBJECT-TYPE
SYNTAX EkiOnOff
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"
Pre-Amp Bias Low Warning :This
OID indicates that the Bias is
lower than the Warning theshold
of the Pre-Amp Optical Module
<Help> This warning indicates
if the Pre-Amp bias is too low
<Condtype> CLIENT_BIAS_LOW_WARNING
<Probcause> pumpFailure (39) <Alarmtype>
equipmentAlarm (5) <Polarity> (2)
"
::= { pmoabphcAlmclientEdfaWarnings 7 }
pmoabphcAlmClientOutputPwrHighWarning OBJECT-TYPE
SYNTAX EkiOnOff
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"
Pre-Amp Tx Pwr High Warning :This
OID indicates that the Transmit
Power is higher than the Warning
theshold of the Pre-Amp Optical
Module <Help> This warning indicates
if the Pre-Amp tx power is too
high <Condtype> CLIENT_OUTPUT_PWR_HIGH_WARNING
<Probcause> transmitterFailure
(56) <Alarmtype> equipmentAlarm
(5) <Polarity> (2)
"
::= { pmoabphcAlmclientEdfaWarnings 6 }
pmoabphcAlmClientOutputPwrLowWarning OBJECT-TYPE
SYNTAX EkiOnOff
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"
Pre-Amp Tx Pwr Low Warning :This
OID indicates that the Transmit
Power is lower than the Warning
theshold of the Pre-Amp Optical
Module <Help> This warning indicates
if the Pre-Amp tx power is too
low <Condtype> CLIENT_OUTPUT_PWR_LOW_WARNING
<Probcause> transmitterFailure
(56) <Alarmtype> equipmentAlarm
(5) <Polarity> (2)
"
::= { pmoabphcAlmclientEdfaWarnings 5 }
pmoabphcAlmClientInputPwrHighWarning OBJECT-TYPE
SYNTAX EkiOnOff
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"
Booster Rx Pwr High Warning :This
OID indicates that the Receive
Power is higher than the Warning
theshold of the Booster Optical
Module <Help> This warning indicates
if the Booster rx power is too
high <Condtype> CLIENT_INPUT_PWR_HIGH_WARNING
<Probcause> receiveFailure (41)
<Alarmtype> equipmentAlarm (5)
<Polarity> (2)
"
::= { pmoabphcAlmclientEdfaWarnings 4 }
pmoabphcAlmClientInputPwrLowWarning OBJECT-TYPE
SYNTAX EkiOnOff
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"
Booster Rx Pwr Low Warning :This
OID indicates that the Receive
Power is lower than the Warning
theshold of the Booster Optical
Module <Help> This warning indicates
if the Booster rx power is too
low <Condtype> CLIENT_INPUT_PWR_LOW_WARNING
<Probcause> receiveFailure (41)
<Alarmtype> equipmentAlarm (5)
<Polarity> (2)
"
::= { pmoabphcAlmclientEdfaWarnings 3 }
pmoabphcAlmClientGainHighWarning OBJECT-TYPE
SYNTAX EkiOnOff
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"
Pre-Amp Gain High Warning :This
OID indicates that the Gain is
higher than the Warning threshold
of the Pre-Amp Module <Help>
This alarm indicates if the Pre-Amp
gain is too high <Condtype> CLIENT_GAIN_HIGH_WARNING
<Probcause> performanceDegraded
(35) <Alarmtype> equipmentAlarm
(5) <Polarity> (2)
"
::= { pmoabphcAlmclientEdfaWarnings 2 }
pmoabphcAlmClientGainLowWarning OBJECT-TYPE
SYNTAX EkiOnOff
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"
Pre-Amp Gain Low Warning :This
OID indicates that the Gain is
lower than the Warning theshold
of the Pre-Amp Module <Help>
This alarm indicates if the Pre-Amp
gain is too low <Condtype> CLIENT_GAIN_LOW_WARNING
<Probcause> performanceDegraded
(35) <Alarmtype> equipmentAlarm
(5) <Polarity> (2)
"
::= { pmoabphcAlmclientEdfaWarnings 1 }
--- *****************************************************
--- LEAF for the clientEdfaAlarms2 article
--- *****************************************************
pmoabphcAlmclientEdfaAlarms2 OBJECT IDENTIFIER ::= { pmoabphcAlmClientCrit 35 }
pmoabphcAlmClientExtPumpEdfaLowCurrent OBJECT-TYPE
SYNTAX EkiOnOff
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"
Pre-Amp Pump Low Current :This
OID indicates that the EDFA pump
current of Pre-Amp is too low because
of the external pump high power<Help>
This alarm (only active when there
is at least on external pump) indicates
that the EDFA pump current of the
Pre-Amp is too low because of the
external pump high power. <Condtype>
CLIENT_EXT_PUMP_EDFA_LOW_CURRENT
<Probcause> pumpFailure (39) <Alarmtype>
equipmentAlarm (5) <Polarity>
(2)
"
::= { pmoabphcAlmclientEdfaAlarms2 5 }
pmoabphcAlmClientEdfaLos OBJECT-TYPE
SYNTAX EkiOnOff
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"
Booster Loss Of Signal :This OID
indicates a Loss of Signal on the
Booster Optical Module <Help>
This alarm indicates if an optical
signal is detected on the Booster
input <Condtype> CLIENT_EDFA_LOS
<Probcause> receiveFailure (41)
<Alarmtype> physicalViolation (9)
<Polarity> (2)
"
::= { pmoabphcAlmclientEdfaAlarms2 4 }
pmoabphcAlmClientEdfaLaserFail OBJECT-TYPE
SYNTAX EkiOnOff
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"
Pre-Amp Pump Laser Fail :This
OID indicates a Transmit Laser
Fail on the Pre-Amp Optical Module
<Help> This alarm indicates if
the laser of the Pre-Amp is in
fail condition <Condtype> CLIENT_EDFA_LASER_FAIL
<Probcause> pumpFailure (39) <Alarmtype>
equipmentAlarm (5) <Polarity> (2)
"
::= { pmoabphcAlmclientEdfaAlarms2 3 }
pmoabphcAlmClientEdfaTecFail OBJECT-TYPE
SYNTAX EkiOnOff
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"
Pre-Amp TEC Fail :This OID indicates
that the TEC is in fail condition
on the Pre-Amp Optical Module
<Help> This alarm indicates if
the TEC of the Pre-Amp is in fail
condition <Condtype> CLIENT_EDFA_TEC_FAIL
<Probcause> pumpFailure (39) <Alarmtype>
equipmentAlarm (5) <Polarity> (2)
"
::= { pmoabphcAlmclientEdfaAlarms2 2 }
pmoabphcAlmClientEdfaNr OBJECT-TYPE
SYNTAX EkiOnOff
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"
Pre-Amp Optical Module Not Ready
:This OID indicates that the Pre-Amp
Optical Module is not ready <Help>
This status indicates if the Pre-Amp
has been correctly initialized
<Condtype> CLIENT_EDFA_NR <Probcause>
equipmentMalfunction (16) <Alarmtype>
equipmentAlarm (5) <Polarity> (2)
"
::= { pmoabphcAlmclientEdfaAlarms2 1 }
--- *****************************************************
--- LEAF for the lineEdfaAlarms1 article
--- *****************************************************
pmoabphcAlmlineEdfaAlarms1 OBJECT IDENTIFIER ::= { pmoabphcAlmLineUrg 40 }
pmoabphcAlmLineBiasHighAlarm OBJECT-TYPE
SYNTAX EkiOnOff
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"
Booster Bias High Alarm :This
OID indicates that the Bias is
higher than the alarm theshold
of the Booster Optical Module
<Help> This alarm indicates
if the Booster bias is too high
<Condtype> LINE_BIAS_HIGH_ALARM
<Probcause> pumpFailure (39) <Alarmtype>
equipmentAlarm (5) <Polarity> (2)
"
::= { pmoabphcAlmlineEdfaAlarms1 8 }
pmoabphcAlmLineBiasLowAlarm OBJECT-TYPE
SYNTAX EkiOnOff
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"
Booster Bias Low Alarm :This OID
indicates that the Bias is lower
than the alarm theshold of the
Booster Optical Module <Help>
This alarm indicates if the Booster
bias is too low <Condtype> LINE_BIAS_LOW_ALARM
<Probcause> pumpFailure (39) <Alarmtype>
equipmentAlarm (5) <Polarity> (2)
"
::= { pmoabphcAlmlineEdfaAlarms1 7 }
pmoabphcAlmLineOutputPwrHighAlarm OBJECT-TYPE
SYNTAX EkiOnOff
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"
Booster Tx Pwr High Alarm :This
OID indicates that the Transmit
Power is higher than the alarm
theshold of the Booster Optical
Module <Help> This alarm indicates
if the Booster tx power is too
high <Condtype> LINE_OUTPUT_PWR_HIGH_ALARM
<Probcause> transmitterFailure
(56) <Alarmtype> equipmentAlarm
(5) <Polarity> (2)
"
::= { pmoabphcAlmlineEdfaAlarms1 6 }
pmoabphcAlmLineOutputPwrLowAlarm OBJECT-TYPE
SYNTAX EkiOnOff
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"
Booster Tx Pwr Low Alarm :This
OID indicates that the Transmit
Power is lower than the alarm theshold
of the Booster Optical Module
<Help> This alarm indicates if
the Booster tx power is too low
<Condtype> LINE_OUTPUT_PWR_LOW_ALARM
<Probcause> transmitterFailure
(56) <Alarmtype> equipmentAlarm
(5) <Polarity> (2)
"
::= { pmoabphcAlmlineEdfaAlarms1 5 }
pmoabphcAlmLineInputPwrHighAlarm OBJECT-TYPE
SYNTAX EkiOnOff
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"
Pre-Amp Rx Pwr High Alarm :This
OID indicates that the Receive
Power is higher than the alarm
theshold of the Pre-Amp Optical
Module <Help> This alarm indicates
if the Pre-Amp rx power is too
high <Condtype> LINE_INPUT_PWR_HIGH_ALARM
<Probcause> receiveFailure (41)
<Alarmtype> equipmentAlarm (5)
<Polarity> (2)
"
::= { pmoabphcAlmlineEdfaAlarms1 4 }
pmoabphcAlmLineInputPwrLowAlarm OBJECT-TYPE
SYNTAX EkiOnOff
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"
Pre-Amp Rx Pwr Low Alarm :This
OID indicates that the Receive
Power is lower than the alarm
theshold of the Pre-Amp Optical
Module <Help> This alarm indicates
if the Pre-Amp rx power is too
low <Condtype> LINE_INPUT_PWR_LOW_ALARM
<Probcause> receiveFailure (41)
<Alarmtype> equipmentAlarm (5)
<Polarity> (2)
"
::= { pmoabphcAlmlineEdfaAlarms1 3 }
pmoabphcAlmLineGainHighAlarm OBJECT-TYPE
SYNTAX EkiOnOff
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"
Booster Gain High Alarm :This
OID indicates that the Gain is
higher than the alarm threshold
of the Booster Module <Help>
This alarm indicates if the Booster
gain is too high <Condtype> LINE_GAIN_HIGH_ALARM
<Probcause> performanceDegraded
(35) <Alarmtype> equipmentAlarm
(5) <Polarity> (2)
"
::= { pmoabphcAlmlineEdfaAlarms1 2 }
pmoabphcAlmLineGainLowAlarm OBJECT-TYPE
SYNTAX EkiOnOff
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"
Booster Gain Low Alarm :This OID
indicates that the Gain is lower
than the alarm theshold of the
Booster Module <Help> This alarm
indicates if the Booster gain is
too low <Condtype> LINE_GAIN_LOW_ALARM
<Probcause> performanceDegraded
(35) <Alarmtype> equipmentAlarm
(5) <Polarity> (2)
"
::= { pmoabphcAlmlineEdfaAlarms1 1 }
--- *****************************************************
--- LEAF for the lineEdfaWarnings article
--- *****************************************************
pmoabphcAlmlineEdfaWarnings OBJECT IDENTIFIER ::= { pmoabphcAlmLineNurg 41 }
pmoabphcAlmLineBiasHighWarning OBJECT-TYPE
SYNTAX EkiOnOff
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"
Booster Bias High Warning :This
OID indicates that the Bias is
higher than the Warning theshold
of the Booster Optical Module
<Help> This warning indicates
if the Booster bias is too high
<Condtype> LINE_BIAS_HIGH_WARNING
<Probcause> pumpFailure (39) <Alarmtype>
equipmentAlarm (5) <Polarity> (2)
"
::= { pmoabphcAlmlineEdfaWarnings 8 }
pmoabphcAlmLineBiasLowWarning OBJECT-TYPE
SYNTAX EkiOnOff
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"
Booster Bias Low Warning :This
OID indicates that the Bias is
lower than the Warning theshold
of the Booster Optical Module
<Help> This warning indicates
if the Booster bias is too low
<Condtype> LINE_BIAS_LOW_WARNING
<Probcause> pumpFailure (39) <Alarmtype>
equipmentAlarm (5) <Polarity> (2)
"
::= { pmoabphcAlmlineEdfaWarnings 7 }
pmoabphcAlmLineOutputPwrHighWarning OBJECT-TYPE
SYNTAX EkiOnOff
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"
Booster Tx Pwr High Warning :This
OID indicates that the Transmit
Power is higher than the Warning
theshold of the Booster Optical
Module <Help> This warning indicates
if the Booster tx power is too
high <Condtype> LINE_OUTPUT_PWR_HIGH_WARNING
<Probcause> transmitterFailure
(56) <Alarmtype> equipmentAlarm
(5) <Polarity> (2)
"
::= { pmoabphcAlmlineEdfaWarnings 6 }
pmoabphcAlmLineOutputPwrLowWarning OBJECT-TYPE
SYNTAX EkiOnOff
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"
Booster Tx Pwr Low Warning :This
OID indicates that the Transmit
Power is lower than the Warning
theshold of the Booster Optical
Module <Help> This warning indicates
if the Booster tx power is too
low <Condtype> LINE_OUTPUT_PWR_LOW_WARNING
<Probcause> transmitterFailure
(56) <Alarmtype> equipmentAlarm
(5) <Polarity> (2)
"
::= { pmoabphcAlmlineEdfaWarnings 5 }
pmoabphcAlmLineInputPwrHighWarning OBJECT-TYPE
SYNTAX EkiOnOff
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"
Pre-Amp Rx Pwr High Warning :This
OID indicates that the Receive
Power is higher than the Warning
theshold of the Pre-Amp Optical
Module <Help> This warning indicates
if the Pre-Amp rx power is too
high <Condtype> LINE_INPUT_PWR_HIGH_WARNING
<Probcause> receiveFailure (41)
<Alarmtype> equipmentAlarm (5)
<Polarity> (2)
"
::= { pmoabphcAlmlineEdfaWarnings 4 }
pmoabphcAlmLineInputPwrLowWarning OBJECT-TYPE
SYNTAX EkiOnOff
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"
Pre-Amp Rx Pwr Low Warning :This
OID indicates that the Receive
Power is lower than the Warning
theshold of the Pre-Amp Optical
Module <Help> This warning indicates
if the Pre-Amp rx power is too
low <Condtype> LINE_INPUT_PWR_LOW_WARNING
<Probcause> receiveFailure (41)
<Alarmtype> equipmentAlarm (5)
<Polarity> (2)
"
::= { pmoabphcAlmlineEdfaWarnings 3 }
pmoabphcAlmLineGainHighWarning OBJECT-TYPE
SYNTAX EkiOnOff
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"
Booster Gain High Warning :This
OID indicates that the Gain is
higher than the Warning threshold
of the Booster Module <Help>
This alarm indicates if the Booster
gain is too high <Condtype> LINE_GAIN_HIGH_WARNING
<Probcause> performanceDegraded
(35) <Alarmtype> equipmentAlarm
(5) <Polarity> (2)
"
::= { pmoabphcAlmlineEdfaWarnings 2 }
pmoabphcAlmLineGainLowWarning OBJECT-TYPE
SYNTAX EkiOnOff
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"
Booster Gain Low Warning :This
OID indicates that the Gain is
lower than the Warning theshold
of the Booster Module <Help>
This alarm indicates if the Booster
gain is too low <Condtype> LINE_GAIN_LOW_WARNING
<Probcause> performanceDegraded
(35) <Alarmtype> equipmentAlarm
(5) <Polarity> (2)
"
::= { pmoabphcAlmlineEdfaWarnings 1 }
--- *****************************************************
--- LEAF for the lineEdfaAlarms2 article
--- *****************************************************
pmoabphcAlmlineEdfaAlarms2 OBJECT IDENTIFIER ::= { pmoabphcAlmLineCrit 43 }
pmoabphcAlmLineExtPumpEdfaLowCurrent OBJECT-TYPE
SYNTAX EkiOnOff
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"
Booster Pump Low Current :This
OID indicates that the EDFA pump
current of Booster is too low because
of the external pump high power<Help>
This alarm (only active when there
is at least on external pump) indicates
that the EDFA pump current of the
Booster is too low because of the
external pump high power. <Condtype>
LINE_EXT_PUMP_EDFA_LOW_CURRENT
<Probcause> pumpFailure (39) <Alarmtype>
equipmentAlarm (5) <Polarity>
(2)
"
::= { pmoabphcAlmlineEdfaAlarms2 5 }
pmoabphcAlmLineEdfaLos OBJECT-TYPE
SYNTAX EkiOnOff
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"
Pre-Amp Loss Of Signal :This OID
indicates a Loss of Signal on the
Pre-Amp Optical Module <Help>
This alarm indicates if an optical
signal is detected on the Pre-Amp
input <Condtype> LINE_EDFA_LOS
<Probcause> receiveFailure (41)
<Alarmtype> physicalViolation (9)
<Polarity> (2)
"
::= { pmoabphcAlmlineEdfaAlarms2 4 }
pmoabphcAlmLineEdfaLaserFail OBJECT-TYPE
SYNTAX EkiOnOff
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"
Booster Pump Laser Fail :This
OID indicates a Transmit Laser
Fail on the Booster Optical Module
<Help> This alarm indicates if
the laser of the Booster is in
fail condition <Condtype> LINE_EDFA_LASER_FAIL
<Probcause> pumpFailure (39) <Alarmtype>
equipmentAlarm (5) <Polarity> (2)
"
::= { pmoabphcAlmlineEdfaAlarms2 3 }
pmoabphcAlmLineEdfaTecFail OBJECT-TYPE
SYNTAX EkiOnOff
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"
Booster TEC Fail :This OID indicates
that the TEC is in fail condition
on the Booster Optical Module
<Help> This alarm indicates if
the TEC of the Booster is in fail
condition <Condtype> LINE_EDFA_TEC_FAIL
<Probcause> pumpFailure (39) <Alarmtype>
equipmentAlarm (5) <Polarity> (2)
"
::= { pmoabphcAlmlineEdfaAlarms2 2 }
pmoabphcAlmLineEdfaNr OBJECT-TYPE
SYNTAX EkiOnOff
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"
Booster Optical Module Not Ready
:This OID indicates that the Booster
Optical Module is not ready <Help>
This status indicates if the Booster
has been correctly initialized
<Condtype> LINE_EDFA_NR <Probcause>
equipmentMalfunction (16) <Alarmtype>
equipmentAlarm (5) <Polarity> (2)
"
::= { pmoabphcAlmlineEdfaAlarms2 1 }
--- *****************************************************
--- LEAF for the foaAlarms article
--- *****************************************************
pmoabphcAlmfoaAlarms OBJECT IDENTIFIER ::= { pmoabphcAlmOtherUrg 74 }
pmoabphcAlmTempHighAlarm OBJECT-TYPE
SYNTAX EkiOnOff
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"
Temperature High Alarm :This OID
indicates that the PM temperature
is higher than the alarm threshold
<Condtype> TEMP_HIGH_ALARM <Probcause>
temperatureUnacceptable (51) <Alarmtype>
equipmentAlarm (5) <Polarity> (2)
"
::= { pmoabphcAlmfoaAlarms 8 }
pmoabphcAlmTermpLowAlarm OBJECT-TYPE
SYNTAX EkiOnOff
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"
Temperature Low Alarm :This OID
indicates that the PM temperature
if lower than the alarm threshold
<Condtype> TERMP_LOW_ALARM <Probcause>
temperatureUnacceptable (51) <Alarmtype>
equipmentAlarm (5) <Polarity> (2)
"
::= { pmoabphcAlmfoaAlarms 7 }
--- *****************************************************
--- LEAF for the foaWarnings article
--- *****************************************************
pmoabphcAlmfoaWarnings OBJECT IDENTIFIER ::= { pmoabphcAlmOtherNurg 75 }
pmoabphcAlmTempHighWarning OBJECT-TYPE
SYNTAX EkiOnOff
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"
Temperature High Warning :This
OID indicates that the PM temperature
if higher than the Warning threshold
<Condtype> TEMP_HIGH_WARNING <Probcause>
temperatureUnacceptable (51) <Alarmtype>
equipmentAlarm (5) <Polarity> (2)
"
::= { pmoabphcAlmfoaWarnings 8 }
pmoabphcAlmTermpLowWarning OBJECT-TYPE
SYNTAX EkiOnOff
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"
Temperature Low Warning :This
OID indicates that the PM temperature
if lower than the Warning threshold
<Condtype> TERMP_LOW_WARNING <Probcause>
temperatureUnacceptable (51) <Alarmtype>
equipmentAlarm (5) <Polarity> (2)
"
::= { pmoabphcAlmfoaWarnings 7 }
--- *****************************************************
--- $$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$
--- CONTROLS
--- $$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$
--- *****************************************************
--- *****************************************************
--- LEAF for the synth0 article
--- *****************************************************
pmoabphcCtrlsynth0 OBJECT IDENTIFIER ::= { pmoabphcCtrlOther 0 }
pmoabphcCtrlConfClear OBJECT-TYPE
SYNTAX EkiOnOff
MAX-ACCESS read-write
STATUS current
DESCRIPTION
"
Clear Configuration Tables :This
bit clears the configuration tables
from configuration in the flash.
<Help> This control restores
the default configuration of the
module
"
::= { pmoabphcCtrlsynth0 13 }
pmoabphcCtrlConfFlash OBJECT-TYPE
SYNTAX EkiOnOff
MAX-ACCESS read-write
STATUS current
DESCRIPTION
"
Write Configuration Tables :This
bit saves the current configuration
of the module as configuration
in the flash. <Help> This control
saves the customer configuration
on the module
"
::= { pmoabphcCtrlsynth0 9 }
pmoabphcCtrlConfLoad OBJECT-TYPE
SYNTAX EkiOnOff
MAX-ACCESS read-write
STATUS current
DESCRIPTION
"
Load Configuration Tables :When
set this enables loading from flash
configuration1 into the module.
"
::= { pmoabphcCtrlsynth0 1 }
--- *****************************************************
--- LEAF for the swMgnt article
--- *****************************************************
pmoabphcCtrlswMgnt OBJECT IDENTIFIER ::= { pmoabphcCtrlOther 5 }
pmoabphcCtrlWarmReset OBJECT-TYPE
SYNTAX EkiOnOff
MAX-ACCESS read-write
STATUS current
DESCRIPTION
"
PM Warm Reset :This OID, when
set, causes a warm reset of the
Software. This reset is not traffic
affecting, and the configuration
of the Sofwtare remains unchanged.
<Help> This control initiates
a warm reset of the module.
"
::= { pmoabphcCtrlswMgnt 3 }
pmoabphcCtrlColdReset OBJECT-TYPE
SYNTAX EkiOnOff
MAX-ACCESS read-write
STATUS current
DESCRIPTION
"
PM Cold Reset :This OID, when
set, causes a cold reset of the
Software. This reset is traffic
affecting, and the configuration
of Software is reloaded on start-up.
<Help> This control initiates
a cold reset of the module.
"
::= { pmoabphcCtrlswMgnt 2 }
--- *****************************************************
--- LEAF for the clientEdfaLaserOff article
--- *****************************************************
pmoabphcCtrlclientEdfaLaserOff OBJECT IDENTIFIER ::= { pmoabphcCtrlClient 32 }
pmoabphcCtrlClientEdfaLaserOff OBJECT-TYPE
SYNTAX EkiOnOff
MAX-ACCESS read-write
STATUS current
DESCRIPTION
"
Pre-Amp Optical Module Laser Off
:This OID switches OFF the laser
of the Pre-Amp Optical Module
<Help> This control defines the
laser state of the Pre-Amp
"
::= { pmoabphcCtrlclientEdfaLaserOff 1 }
--- *****************************************************
--- LEAF for the clientGainCstMonitorValue article
--- *****************************************************
pmoabphcCtrlclientGainCstMonitorValue OBJECT-TYPE
SYNTAX INTEGER (0..65535)
MAX-ACCESS read-write
STATUS current
DESCRIPTION
"
Pre-Amp Fiber Aging Period :This
OID sets the value of the monitoring
period to detect a fiber aging.
(Unit = s) This value sets the
monitoring period to detect a
fiber aging.
"
::= { pmoabphcCtrlClient 34 }
--- *****************************************************
--- LEAF for the clientGainCstPoutValue article
--- *****************************************************
pmoabphcCtrlclientGainCstPoutValue OBJECT-TYPE
SYNTAX INTEGER (0..65535)
MAX-ACCESS read-write
STATUS current
DESCRIPTION
"
Pre-Amp Ref Pout :This OID sets
the value of the reference output
power used to compensate the fiber
aging (active only in constant
gain mode) (AV=(Gain/0,005) + 32768)
(Unit = dBm) <Help> This value
defines the reference output power
used to compensate the fiber aging
"
::= { pmoabphcCtrlClient 35 }
--- *****************************************************
--- LEAF for the clientGainSettingValue article
--- *****************************************************
pmoabphcCtrlclientGainSettingValue OBJECT-TYPE
SYNTAX INTEGER (0..65535)
MAX-ACCESS read-write
STATUS current
DESCRIPTION
"
Pre-Amp Gain Target :This OID
sets the value of the nominal
gain of the Pre-Amplifier Module
(active only in constant output
power mode) (AV=(Gain/0,005) +
32768) (Unit = dB)<Help> This
control sets the value of the
nominal gain of the Pre- Amplifier
Module (active only in constant
output power mode)
"
::= { pmoabphcCtrlClient 36 }
--- *****************************************************
--- LEAF for the clientGainProcessing article
--- *****************************************************
pmoabphcCtrlclientGainProcessing OBJECT IDENTIFIER ::= { pmoabphcCtrlClient 37 }
pmoabphcCtrlClientGainProc OBJECT-TYPE
SYNTAX EkiOnOff
MAX-ACCESS read-write
STATUS current
DESCRIPTION
"
Pre-Amp Gain Adjustment :This
OID initiates the automatic nominal
gain adjustment on the Pre-Amplifier
Module<Help> This control initiates
the automatic nominal gain adjustment
on the Pre-Amplifier Module
"
::= { pmoabphcCtrlclientGainProcessing 1 }
--- *****************************************************
--- LEAF for the clientGainCstFiberAgingMarginValue article
--- *****************************************************
pmoabphcCtrlclientGainCstFiberAgingMarginValue OBJECT-TYPE
SYNTAX INTEGER (0..65535)
MAX-ACCESS read-write
STATUS current
DESCRIPTION
"
Pre-Amp Aging Threshold :This
OID sets the threshold to consider
the power drop as a fiber aging.
(active only in constant gain mode)
(AV=(Gain/0,005) + 32768) (Unit
= dB) <Help> This value defines
the threshold to consider the power
drop as a fiber aging.
"
::= { pmoabphcCtrlClient 38 }
--- *****************************************************
--- LEAF for the clientGainCstAdddropMarginValue article
--- *****************************************************
pmoabphcCtrlclientGainCstAdddropMarginValue OBJECT-TYPE
SYNTAX INTEGER (0..65535)
MAX-ACCESS read-write
STATUS current
DESCRIPTION
"
Pre-Amp AddDrop Threshold :This
OID sets the threshold to not consider
the power drop as a fiber aging.
(active only in constant gain
mode) (AV=(Gain/0,005) + 32768)
(Unit = dB) <Help> This value defines
the threshold to not consider the
power drop as a fiber aging.
"
::= { pmoabphcCtrlClient 39 }
--- *****************************************************
--- LEAF for the lineEdfaLaserOff article
--- *****************************************************
pmoabphcCtrllineEdfaLaserOff OBJECT IDENTIFIER ::= { pmoabphcCtrlLine 40 }
pmoabphcCtrlLineEdfaLaserOff OBJECT-TYPE
SYNTAX EkiOnOff
MAX-ACCESS read-write
STATUS current
DESCRIPTION
"
Booster Optical Module Laser Off
:This OID switches OFF the laser
of the Booster Optical Module
<Help> This control defines the
laser state of the Booster
"
::= { pmoabphcCtrllineEdfaLaserOff 1 }
--- *****************************************************
--- LEAF for the lineGainCstMonitorValue article
--- *****************************************************
pmoabphcCtrllineGainCstMonitorValue OBJECT-TYPE
SYNTAX INTEGER (0..65535)
MAX-ACCESS read-write
STATUS current
DESCRIPTION
"
Booster Fiber Aging Period :This
OID sets the value of the monitoring
period to detect a fiber aging.
(Unit = s) This value sets the
monitoring period to detect a
fiber aging.
"
::= { pmoabphcCtrlLine 42 }
--- *****************************************************
--- LEAF for the lineGainCstPoutValue article
--- *****************************************************
pmoabphcCtrllineGainCstPoutValue OBJECT-TYPE
SYNTAX INTEGER (0..65535)
MAX-ACCESS read-write
STATUS current
DESCRIPTION
"
Booster Ref Pout :This OID sets
the value of the reference output
power used to compensate the fiber
aging (active only in constant
gain mode) (AV=(Gain/0,005) + 32768)
(Unit = dBm) <Help> This value
defines the reference output power
used to compensate the fiber aging
"
::= { pmoabphcCtrlLine 43 }
--- *****************************************************
--- LEAF for the lineGainSettingValue article
--- *****************************************************
pmoabphcCtrllineGainSettingValue OBJECT-TYPE
SYNTAX INTEGER (0..65535)
MAX-ACCESS read-write
STATUS current
DESCRIPTION
"
Booster Gain Target :This OID
sets the value of the nominal
gain of the Booster Module (active
only in constant output power mode)
(AV=(Gain/0,005) + 32768) (Unit
= dB) <Help> This control sets
the value of the nominal gain
of the Booster Module (active
only in constant output power
mode)
"
::= { pmoabphcCtrlLine 44 }
--- *****************************************************
--- LEAF for the lineGainProcessing article
--- *****************************************************
pmoabphcCtrllineGainProcessing OBJECT IDENTIFIER ::= { pmoabphcCtrlLine 45 }
pmoabphcCtrlLineGainProc OBJECT-TYPE
SYNTAX EkiOnOff
MAX-ACCESS read-write
STATUS current
DESCRIPTION
"
Booster Gain Adjustment :This
OID initiates the automatic nominal
gain adjustment on the Booster
Module<Help> This control initiates
the automatic nominal gain adjustment
on the Booster Module
"
::= { pmoabphcCtrllineGainProcessing 1 }
--- *****************************************************
--- LEAF for the lineGainCstFiberAgingMarginValue article
--- *****************************************************
pmoabphcCtrllineGainCstFiberAgingMarginValue OBJECT-TYPE
SYNTAX INTEGER (0..65535)
MAX-ACCESS read-write
STATUS current
DESCRIPTION
"
Booster Aging Threshold :This
OID sets the threshold to consider
the power drop as a fiber aging.
(active only in constant gain mode)
(AV=(Gain/0,005) + 32768) (Unit
= dB) <Help> This value defines
the threshold to consider the power
drop as a fiber aging.
"
::= { pmoabphcCtrlLine 46 }
--- *****************************************************
--- LEAF for the lineGainCstAdddropMarginValue article
--- *****************************************************
pmoabphcCtrllineGainCstAdddropMarginValue OBJECT-TYPE
SYNTAX INTEGER (0..65535)
MAX-ACCESS read-write
STATUS current
DESCRIPTION
"
Booster AddDrop Threshold :This
OID sets the threshold to not consider
the power drop as a fiber aging.
(active only in constant gain
mode) (AV=(Gain/0,005) + 32768)
(Unit = dB) <Help> This value defines
the threshold to not consider the
power drop as a fiber aging.
"
::= { pmoabphcCtrlLine 47 }
--- *****************************************************
--- LEAF for the ledTest article
--- *****************************************************
pmoabphcCtrlledTest OBJECT IDENTIFIER ::= { pmoabphcCtrlOther 73 }
pmoabphcCtrlLedOff OBJECT-TYPE
SYNTAX EkiOnOff
MAX-ACCESS read-write
STATUS current
DESCRIPTION
"
Leds Off :This OID switches off
all the Leds as a test feature.
<Help> This control initiates
a test leds turning all the LEDs
to OFF
"
::= { pmoabphcCtrlledTest 3 }
pmoabphcCtrlRedLed OBJECT-TYPE
SYNTAX EkiOnOff
MAX-ACCESS read-write
STATUS current
DESCRIPTION
"
Red Leds Test :This OID switches
on all the red Leds as a test feature.
<Help> This control initiates
a test leds turning all the LEDs
to red
"
::= { pmoabphcCtrlledTest 2 }
pmoabphcCtrlGreenLed OBJECT-TYPE
SYNTAX EkiOnOff
MAX-ACCESS read-write
STATUS current
DESCRIPTION
"
Green Leds Test :This OID switches
on all the green Leds as a test
feature. <Help> This control
initiates a test leds turning
all the LEDs to green
"
::= { pmoabphcCtrlledTest 1 }
--- *****************************************************
--- LEAF for the maintMode article
--- *****************************************************
pmoabphcCtrlmaintMode OBJECT IDENTIFIER ::= { pmoabphcCtrlOther 75 }
pmoabphcCtrlMaintenance OBJECT-TYPE
SYNTAX EkiOnOff
MAX-ACCESS read-write
STATUS current
DESCRIPTION
"
PM Maintenance Mode :This OID
sets the PM in maintenance mode
<Help> This control enables the
maintenance mode of the module
"
::= { pmoabphcCtrlmaintMode 1 }
--- *****************************************************
--- LEAF for the aprRestart article
--- *****************************************************
pmoabphcCtrlaprRestart OBJECT IDENTIFIER ::= { pmoabphcCtrlOther 76 }
pmoabphcCtrlAprManualRestart OBJECT-TYPE
SYNTAX EkiOnOff
MAX-ACCESS read-write
STATUS current
DESCRIPTION
"
APR Manual Restart :This OID initiates
the Restart mechanism to retrieve
from the APR state.<Help> This
control initiates the Restart
mechanism to retrieve from the
APR state.
"
::= { pmoabphcCtrlaprRestart 1 }
--- *****************************************************
--- $$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$
--- MEASURES
--- $$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$
--- *****************************************************
--- *****************************************************
--- LEAF for the clientEdfaBiasMeas article
--- *****************************************************
pmoabphcMesrclientEdfaBiasMeas OBJECT-TYPE
SYNTAX INTEGER (0..65535)
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"
Pre-Amp Pump Laser Current :This
OID gives the pump laser current
of the Pre-Amp Optical Module (Current
=AV/100) (Unit = mA) <Help> This
measure gives the bias of the Pre-Amp
pump laser
"
::= { pmoabphcMesrClient 32 }
--- *****************************************************
--- LEAF for the clientEdfaTxpwrMeas article
--- *****************************************************
pmoabphcMesrclientEdfaTxpwrMeas OBJECT-TYPE
SYNTAX INTEGER (0..65535)
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"
Pre-Amp Tx Power :This OID gives
the transmit power value of the
Pre-Amp Optical Module (Power =(AV-32768)*0,005)
(Unit = dBm) <Help> This measure
gives the Tx optical power of the
Pre-Amp
"
::= { pmoabphcMesrClient 33 }
--- *****************************************************
--- LEAF for the clientEdfaRxpwrMeas article
--- *****************************************************
pmoabphcMesrclientEdfaRxpwrMeas OBJECT-TYPE
SYNTAX INTEGER (0..65535)
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"
Booster Rx Power :This OID gives
the receive power value of the
Booster Optical Module (Power
=(AV-32768)*0,005) (Unit = dBm)
<Help> This measure gives the
Rx optical power of the Booster
"
::= { pmoabphcMesrClient 34 }
--- *****************************************************
--- LEAF for the clientEdfaGainMeas article
--- *****************************************************
pmoabphcMesrclientEdfaGainMeas OBJECT-TYPE
SYNTAX INTEGER (0..65535)
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"
Pre-Amp Gain Target :This OID
gives the gain value of the Pre-Amp
Module (Gain =(AV-32768)*0,005)
(Unit = dB) <Help> This information
gives the target gain of the amplifier
for optimal performance
"
::= { pmoabphcMesrClient 35 }
--- *****************************************************
--- LEAF for the clientCorrectedGain article
--- *****************************************************
pmoabphcMesrclientCorrectedGain OBJECT-TYPE
SYNTAX INTEGER (0..65535)
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"
Pre-Amp Gain :This OID gives the
gain value of the Pre-Amp Module
corrected by the ASE compensation
mechanism (Gain =(AV-32768)*0,005)
(Unit = dB) <Help> This measure
gives the effective gain of the
amplifier
"
::= { pmoabphcMesrClient 38 }
--- *****************************************************
--- LEAF for the lineEdfaBiasMeas article
--- *****************************************************
pmoabphcMesrlineEdfaBiasMeas OBJECT-TYPE
SYNTAX INTEGER (0..65535)
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"
Booster Pump Laser Current :This
OID gives the pump laser current
of the Booster Optical Module
(Current =AV/100) (Unit = mA)
<Help> This measure gives the
bias of the Booster pump laser
"
::= { pmoabphcMesrLine 40 }
--- *****************************************************
--- LEAF for the lineEdfaTxpwrMeas article
--- *****************************************************
pmoabphcMesrlineEdfaTxpwrMeas OBJECT-TYPE
SYNTAX INTEGER (0..65535)
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"
Booster Tx Power :This OID gives
the transmit power value of the
Booster Optical Module (Power =(AV-32768)*0,005)
(Unit = dBm) <Help> This measure
gives the Tx optical power of the
Booster
"
::= { pmoabphcMesrLine 41 }
--- *****************************************************
--- LEAF for the lineEdfaRxpwrMeas article
--- *****************************************************
pmoabphcMesrlineEdfaRxpwrMeas OBJECT-TYPE
SYNTAX INTEGER (0..65535)
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"
Pre-Amp Rx Power :This OID gives
the receive power value of the
Pre-Amp Optical Module (Power
=(AV-32768)*0,005) (Unit = dBm)
<Help> This measure gives the
Rx optical power of the Pre-Amp
"
::= { pmoabphcMesrLine 42 }
--- *****************************************************
--- LEAF for the lineEdfaGainMeas article
--- *****************************************************
pmoabphcMesrlineEdfaGainMeas OBJECT-TYPE
SYNTAX INTEGER (0..65535)
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"
Booster Gain Target :This OID
gives the gain value of the Booster
Module (Gain =(AV-32768)*0,005)
(Unit = dB) <Help> This information
gives the target gain of the amplifier
for optimal performance
"
::= { pmoabphcMesrLine 43 }
--- *****************************************************
--- LEAF for the lineCorrectedGain article
--- *****************************************************
pmoabphcMesrlineCorrectedGain OBJECT-TYPE
SYNTAX INTEGER (0..65535)
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"
Booster Gain :This OID gives the
gain value of the Booster Module
corrected by the ASE compensation
mechanism (Gain =(AV-32768)*0,005)
(Unit = dB) <Help> This measure
gives the effective gain of the
amplifier
"
::= { pmoabphcMesrLine 46 }
--- *****************************************************
--- LEAF for the tempMeas article
--- *****************************************************
pmoabphcMesrtempMeas OBJECT-TYPE
SYNTAX INTEGER (0..65535)
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"
Module Temperature :This OID gives
the temperature of the PM (Temperature
=AV/256) (Unit = C) <Help> This
measure gives the temperature of
the module
"
::= { pmoabphcMesrOther 72 }
--- *****************************************************
--- $$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$
--- CONFIG
--- $$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$
--- *****************************************************
--- *****************************************************
--- LEAF for the table Group noValue
--- *****************************************************
pmoabphcCfgNoValue OBJECT IDENTIFIER ::= { pmoabphcConfig 1 }
--- *****************************************************
--- LEAF for the table 2111
--- *****************************************************
pmoabphctableclientStartup OBJECT IDENTIFIER ::= { pmoabphcCfgNoValue 1 }
pmoabphcCfgclientEdfaLaserCtrl OBJECT-TYPE
SYNTAX Unsigned32 (0..65536)
MAX-ACCESS read-write
STATUS current
DESCRIPTION
"
Default Settings on Client Laser
:This OID configures the default
initialisation settings on the
client laser.
"
::= { pmoabphctableclientStartup 2 }
pmoabphcCfgclientEdfaLaserMode OBJECT-TYPE
SYNTAX Unsigned32 (0..65536)
MAX-ACCESS read-write
STATUS current
DESCRIPTION
"
Default Settings on Client mode
:This OID configures the default
mode on the client amplifier.
"
::= { pmoabphctableclientStartup 3 }
pmoabphcCfgclientGainValue OBJECT-TYPE
SYNTAX Unsigned32 (0..65536)
MAX-ACCESS read-write
STATUS current
DESCRIPTION
"
Default Settings on Client Gain
:This OID configures the default
gain on the client amplifier.
"
::= { pmoabphctableclientStartup 4 }
pmoabphcCfgclientTiltValue OBJECT-TYPE
SYNTAX Unsigned32 (0..65536)
MAX-ACCESS read-write
STATUS current
DESCRIPTION
"
Default Settings on Client Tilt
:This OID configures the default
tilt on the client amplifier.
"
::= { pmoabphctableclientStartup 5 }
pmoabphcCfgclientMsaLoss OBJECT-TYPE
SYNTAX Unsigned32 (0..65536)
MAX-ACCESS read-write
STATUS current
DESCRIPTION
"
Default Settings on Client MSA
:This OID configures the default
MSA value on the client amplifier.
"
::= { pmoabphctableclientStartup 6 }
pmoabphcCfgclientOutputPowerValue OBJECT-TYPE
SYNTAX Unsigned32 (0..65536)
MAX-ACCESS read-write
STATUS current
DESCRIPTION
"
Default Settings on Client Output
power :This OID configures the
default Output power value on
the client amplifier.
"
::= { pmoabphctableclientStartup 7 }
pmoabphcCfgclientAseCompensation OBJECT-TYPE
SYNTAX Unsigned32 (0..65536)
MAX-ACCESS read-write
STATUS current
DESCRIPTION
"
Default Settings on Client ASE
:This OID configures the default
ASE compensation value on the client
amplifier.
"
::= { pmoabphctableclientStartup 8 }
--- *****************************************************
--- LEAF for the table Group lineStartUp
--- *****************************************************
pmoabphcCfgLineStartUp OBJECT IDENTIFIER ::= { pmoabphcConfig 2 }
--- *****************************************************
--- LEAF for the table 2191
--- *****************************************************
pmoabphctablelineStartup OBJECT IDENTIFIER ::= { pmoabphcCfgLineStartUp 1 }
pmoabphcCfglineEdfaLaserCtrl OBJECT-TYPE
SYNTAX Unsigned32 (0..65536)
MAX-ACCESS read-write
STATUS current
DESCRIPTION
"
Default Settings on Line Laser
:This OID configures the default
initialisation settings on the
line laser.
"
::= { pmoabphctablelineStartup 2 }
pmoabphcCfglineEdfaLaserMode OBJECT-TYPE
SYNTAX Unsigned32 (0..65536)
MAX-ACCESS read-write
STATUS current
DESCRIPTION
"
Default Settings on Line mode
:This OID configures the default
mode on the line amplifier.
"
::= { pmoabphctablelineStartup 3 }
pmoabphcCfglineGainValue OBJECT-TYPE
SYNTAX Unsigned32 (0..65536)
MAX-ACCESS read-write
STATUS current
DESCRIPTION
"
Default Settings on Line Gain
:This OID configures the default
gain on the line amplifier.
"
::= { pmoabphctablelineStartup 4 }
pmoabphcCfglineTiltValue OBJECT-TYPE
SYNTAX Unsigned32 (0..65536)
MAX-ACCESS read-write
STATUS current
DESCRIPTION
"
Default Settings on Line Tilt
:This OID configures the default
tilt on the line amplifier.
"
::= { pmoabphctablelineStartup 5 }
pmoabphcCfglineMsaLoss OBJECT-TYPE
SYNTAX Unsigned32 (0..65536)
MAX-ACCESS read-write
STATUS current
DESCRIPTION
"
Default Settings on Line MSA :This
OID configures the default MSA
value on the line amplifier.
"
::= { pmoabphctablelineStartup 6 }
pmoabphcCfglineOutputPowerValue OBJECT-TYPE
SYNTAX Unsigned32 (0..65536)
MAX-ACCESS read-write
STATUS current
DESCRIPTION
"
Default Settings on Line Output
power :This OID configures the
default Output power value on
the line amplifier.
"
::= { pmoabphctablelineStartup 7 }
pmoabphcCfglineAseCompensation OBJECT-TYPE
SYNTAX Unsigned32 (0..65536)
MAX-ACCESS read-write
STATUS current
DESCRIPTION
"
Default Settings on Line ASE :This
OID configures the default ASE
compensation value on the line
amplifier.
"
::= { pmoabphctablelineStartup 8 }
pmoabphcCfgaprMode OBJECT-TYPE
SYNTAX Unsigned32 (0..65536)
MAX-ACCESS read-write
STATUS current
DESCRIPTION
"
Default setting on module :This
OID configures the default mode
on the APR
"
::= { pmoabphctablelineStartup 11 }
--- *****************************************************
--- LEAF for the table Group labels
--- *****************************************************
pmoabphcCfgLabels OBJECT IDENTIFIER ::= { pmoabphcConfig 3 }
--- *****************************************************
--- LEAF for the table NO_VALUE
--- *****************************************************
pmoabphcCfgLabelclientTable OBJECT-TYPE
SYNTAX SEQUENCE OF PmoabphcCfgLabelclientEntry
MAX-ACCESS not-accessible
STATUS current
DESCRIPTION
"
List of Article
"
::= { pmoabphcCfgLabels 1 }
pmoabphcCfgLabelclientEntry OBJECT-TYPE
SYNTAX PmoabphcCfgLabelclientEntry
MAX-ACCESS not-accessible
STATUS current
DESCRIPTION
"
Row definition for the labels
table
"
INDEX { pmoabphcCfgLabelclientIndex }
::= { pmoabphcCfgLabelclientTable 1 }
PmoabphcCfgLabelclientEntry ::=
SEQUENCE {
pmoabphcCfgLabelclientIndex
INTEGER,
pmoabphcCfgLabelclientPortn
DisplayString
}
pmoabphcCfgLabelclientIndex OBJECT-TYPE
SYNTAX INTEGER(0..128)
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"
Index definition for the labelclient
table
"
::= { pmoabphcCfgLabelclientEntry 1 }
pmoabphcCfgLabelclientPortn OBJECT-TYPE
SYNTAX DisplayString( SIZE(1..16))
MAX-ACCESS read-write
STATUS current
DESCRIPTION
"
Default settings on the label
of the Ports :These registers
configures the default initialisation
settings of the labels of the ports.
"
::= { pmoabphcCfgLabelclientEntry 3 }
--- *****************************************************
--- LEAF for the table NO_VALUE
--- *****************************************************
pmoabphcCfgLabellineTable OBJECT-TYPE
SYNTAX SEQUENCE OF PmoabphcCfgLabellineEntry
MAX-ACCESS not-accessible
STATUS current
DESCRIPTION
"
List of Article
"
::= { pmoabphcCfgLabels 2 }
pmoabphcCfgLabellineEntry OBJECT-TYPE
SYNTAX PmoabphcCfgLabellineEntry
MAX-ACCESS not-accessible
STATUS current
DESCRIPTION
"
Row definition for the labels
table
"
INDEX { pmoabphcCfgLabellineIndex }
::= { pmoabphcCfgLabellineTable 1 }
PmoabphcCfgLabellineEntry ::=
SEQUENCE {
pmoabphcCfgLabellineIndex
INTEGER,
pmoabphcCfgLabellinePortn
DisplayString
}
pmoabphcCfgLabellineIndex OBJECT-TYPE
SYNTAX INTEGER(0..128)
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"
Index definition for the labelline
table
"
::= { pmoabphcCfgLabellineEntry 1 }
pmoabphcCfgLabellinePortn OBJECT-TYPE
SYNTAX DisplayString( SIZE(1..16))
MAX-ACCESS read-write
STATUS current
DESCRIPTION
"
Default settings on the label
of the lines :These registers
configures the default initialisation
settings of the labels of the lines.
"
::= { pmoabphcCfgLabellineEntry 3 }
pmoabphcCfgWriteConfiguration OBJECT-TYPE
SYNTAX EkiOnOff
MAX-ACCESS read-write
STATUS current
DESCRIPTION
"Write configuration to module:This OID
writes the complete configuration to the module"
::= { pmoabphcConfig 257 }
--- *****************************************************
--- TRAP OBJECTS
--- *****************************************************
pmoabphctrapBoardNumber OBJECT-TYPE
SYNTAX INTEGER(1..64)
MAX-ACCESS read-only
STATUS current
DESCRIPTION
"Last module which generates a trap"
::= { pmoabphctraps 4 }
--- *****************************************************
--- GLOBAL TRAPS
--- *****************************************************
pmoabphcLineTrapNotUrgentGoesOn NOTIFICATION-TYPE
OBJECTS {pmoabphcAlmLineDdmWarning, pmoabphctrapBoardNumber}
STATUS current
--&FILTNAME "PMOABPHC Line Not Urgent ON"
--&ACTIONS { log, minor }
--&MATCH { pmoabphcAlmLineDdmWarning "on", pmoabphctrapBoardNumber "$2"}
--&MESG "DDM Warning appears on Pre-Amp input or Booster Output of PMOABPHC in slot $2 ($A)"
DESCRIPTION "Not urgent Line default is activated"
::= { pmoabphctraps 30 }
pmoabphcLineTrapNotUrgentGoesOff NOTIFICATION-TYPE
OBJECTS {pmoabphcAlmLineDdmWarning, pmoabphctrapBoardNumber}
STATUS current
--&FILTNAME "PMOABPHC Line Not Urgent OFF"
--&ACTIONS { log, normal }
--&CLEARS {"PMOABPHC Line Not Urgent ON"}
--&MATCH { pmoabphcAlmLineDdmWarning "on", pmoabphctrapBoardNumber "$2"}
--&MESG "DDM Warning disappears on Pre-Amp input or Booster Output of PMOABPHC in slot $2 ($A)"
DESCRIPTION "Not urgent Line default disappeared"
::= { pmoabphctraps 31 }
pmoabphcLineTrapUrgentGoesOn NOTIFICATION-TYPE
OBJECTS {pmoabphcAlmLineDdmAlm, pmoabphctrapBoardNumber}
STATUS current
--&FILTNAME "PMOABPHC Line Urgent ON"
--&ACTIONS { log, major }
--&MATCH { pmoabphcAlmLineDdmAlm "on", pmoabphctrapBoardNumber "$2"}
--&MESG "DDM Alarm appears on Pre-Amp input or Booster Output of PMOABPHC in slot $2 ($A)"
DESCRIPTION "Urgent Line default is activated"
::= { pmoabphctraps 32 }
pmoabphcLineTrapUrgentGoesOff NOTIFICATION-TYPE
OBJECTS {pmoabphcAlmLineDdmAlm, pmoabphctrapBoardNumber}
STATUS current
--&FILTNAME "PMOABPHC Line Urgent OFF"
--&ACTIONS { log, normal }
--&CLEARS {"PMOABPHC Line Urgent ON"}
--&MATCH { pmoabphcAlmLineDdmAlm "on", pmoabphctrapBoardNumber "$2"}
--&MESG "DDM Alarm disappears on Pre-Amp input or Booster Output of PMOABPHC in slot $2 ($A)"
DESCRIPTION "Urgent Line default disappeared"
::= { pmoabphctraps 33 }
pmoabphcLineTrapCritGoesOn NOTIFICATION-TYPE
OBJECTS {pmoabphcAlmLineFail, pmoabphcAlmLineHwFail, pmoabphctrapBoardNumber}
STATUS current
--&FILTNAME "PMOABPHC Line Fail ON"
--&ACTIONS { log, critical }
--&MATCH { pmoabphcAlmLineFail "on", pmoabphcAlmLineHwFail "*", pmoabphctrapBoardNumber "$3"}
--&MESG "Critical Alarm appears on Pre-Amp input or Booster Output of PMOABPHC in slot $3 ($A)"
--&FILTNAME "PMOABPHC Line HW Fail ON (Hidden)"
--&ACTIONS { info }
--&MATCH { pmoabphcAlmLineFail "*", pmoabphcAlmLineHwFail "on", pmoabphctrapBoardNumber "$3"}
--&MESG "Critical Alarm appears on Pre-Amp input or Booster Output of PMOABPHC in slot $3 ($A)"
DESCRIPTION "Critical Line default is activated"
::= { pmoabphctraps 34 }
pmoabphcLineTrapCritGoesOff NOTIFICATION-TYPE
OBJECTS {pmoabphcAlmLineFail, pmoabphcAlmLineHwFail, pmoabphctrapBoardNumber}
STATUS current
--&FILTNAME "PMOABPHC Line Fail OFF"
--&ACTIONS { log, normal }
--&CLEARS {"PMOABPHC Line Fail ON"}
--&MATCH { pmoabphcAlmLineFail "on", pmoabphcAlmLineHwFail "*", pmoabphctrapBoardNumber "$3"}
--&MESG "Critical Alarm disappears on Pre-Amp input or Booster Output of PMOABPHC in slot $3 ($A)"
--&FILTNAME "PMOABPHC Line HW Fail OFF (Hidden)"
--&ACTIONS { info }
--&MATCH { pmoabphcAlmLineFail "*", pmoabphcAlmLineHwFail "on", pmoabphctrapBoardNumber "$3"}
--&MESG "Critical Alarm disappears on Pre-Amp input or Booster Output of PMOABPHC in slot $3 ($A)"
DESCRIPTION "Critical Line default disappeared"
::= { pmoabphctraps 35 }
--- *****************************************************
--- PORTS TRAPS
--- *****************************************************
pmoabphcClientTrapNotUrgentGoesOn NOTIFICATION-TYPE
OBJECTS {pmoabphcAlmClientDdmWarning, pmoabphctrapBoardNumber}
STATUS current
--&FILTNAME "PMOABPHC Client Not Urgent ON"
--&ACTIONS { log, minor }
--&MATCH { pmoabphcAlmClientDdmWarning "on", pmoabphctrapBoardNumber "$2"}
--&MESG "DDM Warning appears on Booster input or Pre-Amp Output of PMOABPHC in slot $2 ($A)"
DESCRIPTION "Not urgent client default is activated"
::= { pmoabphctraps 40 }
pmoabphcClientTrapNotUrgentGoesOff NOTIFICATION-TYPE
OBJECTS {pmoabphcAlmClientDdmWarning, pmoabphctrapBoardNumber}
STATUS current
--&FILTNAME "PMOABPHC Client Not Urgent OFF"
--&ACTIONS { log, normal }
--&CLEARS {"PMOABPHC Client Not Urgent ON"}
--&MATCH { pmoabphcAlmClientDdmWarning "on", pmoabphctrapBoardNumber "$2"}
--&MESG "DDM Warning disappears on Booster input or Pre-Amp Output of PMOABPHC in slot $2 ($A)"
DESCRIPTION "Not urgent client default disappeared"
::= { pmoabphctraps 41 }
pmoabphcClientTrapUrgentGoesOn NOTIFICATION-TYPE
OBJECTS {pmoabphcAlmClientDdmAlm, pmoabphctrapBoardNumber}
STATUS current
--&FILTNAME "PMOABPHC Client Urgent ON"
--&ACTIONS { log, major }
--&MATCH { pmoabphcAlmClientDdmAlm "on", pmoabphctrapBoardNumber "$2"}
--&MESG "DDM Alarm appears on Booster input or Pre-Amp Output of PMOABPHC in slot $2 ($A)"
DESCRIPTION "Urgent client default is activated"
::= { pmoabphctraps 42 }
pmoabphcClientTrapUrgentGoesOff NOTIFICATION-TYPE
OBJECTS {pmoabphcAlmClientDdmAlm, pmoabphctrapBoardNumber}
STATUS current
--&FILTNAME "PMOABPHC Client Urgent OFF"
--&ACTIONS { log, normal }
--&CLEARS {"PMOABPHC Client Urgent ON"}
--&MATCH { pmoabphcAlmClientDdmAlm "on", pmoabphctrapBoardNumber "$2"}
--&MESG "DDM Alarm disappears on Booster input or Pre-Amp Output of PMOABPHC in slot $2 ($A)"
DESCRIPTION "Urgent client default disappeared"
::= { pmoabphctraps 43 }
pmoabphcClientTrapCritGoesOn NOTIFICATION-TYPE
OBJECTS {pmoabphcAlmClientFail, pmoabphcAlmClientHwFail, pmoabphctrapBoardNumber}
STATUS current
--&FILTNAME "PMOABPHC Client Fail ON"
--&ACTIONS { log, critical }
--&MATCH { pmoabphcAlmClientFail "on", pmoabphcAlmClientHwFail "*", pmoabphctrapBoardNumber "$3"}
--&MESG "Critical Alarm appears on Booster input or Pre-Amp Output of PMOABPHC in slot $3 ($A)"
--&FILTNAME "PMOABPHC Client HW Fail ON (Hidden)"
--&ACTIONS { info }
--&MATCH { pmoabphcAlmClientFail "*", pmoabphcAlmClientHwFail "on", pmoabphctrapBoardNumber "$3"}
--&MESG "Critical Alarm appears on Booster input or Pre-Amp Output of PMOABPHC in slot $3 ($A)"
DESCRIPTION "Critical client default is activated"
::= { pmoabphctraps 44 }
pmoabphcClientTrapCritGoesOff NOTIFICATION-TYPE
OBJECTS {pmoabphcAlmClientFail, pmoabphcAlmClientHwFail, pmoabphctrapBoardNumber}
STATUS current
--&FILTNAME "PMOABPHC Client Fail OFF"
--&ACTIONS { log, normal }
--&CLEARS {"PMOABPHC Client Fail ON"}
--&MATCH { pmoabphcAlmClientFail "on", pmoabphcAlmClientHwFail "*", pmoabphctrapBoardNumber "$3"}
--&MESG "Critical Alarm disappears on Booster input or Pre-Amp Output of PMOABPHC in slot $3 ($A)"
--&FILTNAME "PMOABPHC Client HW Fail OFF (Hidden)"
--&ACTIONS { info }
--&MATCH { pmoabphcAlmClientFail "*", pmoabphcAlmClientHwFail "on", pmoabphctrapBoardNumber "$3"}
--&MESG "Critical Alarm disappears on Booster input or Pre-Amp Output of PMOABPHC in slot $3 ($A)"
DESCRIPTION "Critical client default disappeared"
::= { pmoabphctraps 45 }
--- *****************************************************
--- HW TRAPS
--- *****************************************************
pmoabphcPowerTrapUrgentGoesOn NOTIFICATION-TYPE
OBJECTS {pmoabphcAlmDefFuseB, pmoabphcAlmDefFuseA , pmoabphctrapBoardNumber}
STATUS current
--&FILTNAME "PMOABPHC Fuse A Fail ON"
--&ACTIONS { log, major }
--&MATCH { pmoabphcAlmDefFuseB "*", pmoabphcAlmDefFuseA "on", pmoabphctrapBoardNumber "$3"}
--&MESG "Power Input A Fail on PMOABPHC in Slot $3 ($A)"
--&FILTNAME "PMOABPHC Fuse B Fail ON"
--&ACTIONS { log, major }
--&MATCH { pmoabphcAlmDefFuseB "on", pmoabphcAlmDefFuseA "*", pmoabphctrapBoardNumber "$3"}
--&MESG "Power Input B Fail on PMOABPHC in Slot $3 ($A)"
DESCRIPTION "Urgent power supply default is activated"
::= { pmoabphctraps 50 }
pmoabphcPowerTrapUrgentGoesOff NOTIFICATION-TYPE
OBJECTS {pmoabphcAlmDefFuseB, pmoabphcAlmDefFuseA , pmoabphctrapBoardNumber}
STATUS current
--&FILTNAME "PMOABPHC Fuse A&B Fail OFF"
--&ACTIONS { log, normal}
--&CLEARS { "PMOABPHC Fuse A Fail ON", "PMOABPHC Fuse B Fail ON" }
--&MATCH { pmoabphcAlmDefFuseB "on", pmoabphcAlmDefFuseA "on", pmoabphctrapBoardNumber "$3"}
--&MESG "Power Inputs A and B Present on PMOABPHC in Slot $3 ($A)"
DESCRIPTION "Urgent power supply default disappeared"
::= { pmoabphctraps 51 }
END