ZTE-AN-OTDR-MIB: View SNMP OID List / Download MIB

The MIB module for the management of OTDR equipment.

The wave length supported by OTDR. The value divided by '|'. The unit of wave length is nm. PON OLTs support 1625. eOMUs support 1550|1625.

The pulse width supported by OTDR. The value divided by '|'. The unit of pulse width is ns. The value 200001 means 2.5ns. e.g., 5|10|30|100|200|500|10000|20000|200001.

The total port number of OTDR.

The sequence code length supported by OTDR. The value divided by '|'. PON OLTs support 512|1024|2048|4096. eOMUs support 64|256|512|1024.

The sequence code width supported by OTDR. The value divided by '|'. The unit of pulse width is ns. PON OLTs support 5|10|20|30|50. eOMUs support 5|10|20|30.

The test mode of dual wavelength. cascade(1): dual wavelength testing on two NEs by cascade. nonCascade(2): dual wavelength testing on one NE. Enumeration: 'cascade': 1, 'nonCascade': 2.

The OTDR capabilities of this equipment. The bit value 1 means the function represented by this bit is supported by this equipment. - fastHealthPrfDiff(0): value 1 means supporting zxAnOtdrIfHealthTestParamPrf and zxAnOtdrTestType. - seqCodeLen(1): value 1 means supporting zxAnOtdrTestParamPrfSeqCodeLen. - routineTaskTestMode(2): value 1 means supporting zxAnOtdrRoutineTaskTestMode. - priorityTaskTest(3): value 1 means supporting zxAnOtdrFastTestPriority and zxAnOtdrFastTestRequestSource. - reflectorTest(4): value 1 means supporting zxAnOtdrIfReflectorTestParamPrf and zxAnOtdrTestType. - globalTestParamPrf(5): value 1 means supporting global test parameter profile. - opticalFiberLabefaction(6): value 1 means supporting optical fiber labefaction predication. - bothwayTest(7): value 1 means supporting zxAnOtdrIfBothwayTestParamPrf and zxAnOtdrTestType. - controlCardIndependentTest(8): value 1 means supporting the control card test without line card. Bits: 'bothwayTest': 7, 'controlCardIndependentTest': 8, 'seqCodeLen': 1, 'priorityTaskTest': 3, 'globalTestParamPrf': 5, 'fastHealthPrfDiff': 0, 'opticalFiberLabefaction': 6, 'reflectorTest': 4, 'routineTaskTestMode': 2.

The current control card temperature of OTDR equipment.

The high threshold of the control card temperature, the zxAnOtdrEnvCtrlCardHighTempAlm trap should be generated when zxAnOtdrCtrlCardCurrentTemp is higher than it. Otherwise, zxAnOtdrEnvCtrlCardHighTempClr trap should be generated when zxAnOtdrCtrlCardCurrentTemp is lower than it.

The low threshold of the control card temperature, the zxAnOtdrEnvCtrlCardLowTempAlm trap should be generated when zxAnOtdrCtrlCardCurrentTemp is lower than it. Otherwise, zxAnOtdrEnvCtrlCardLowTempClr trap should be generated when zxAnOtdrCtrlCardCurrentTemp is higher than it.

The fan status. When zxAnOtdrEnvFanStatus is abnormal, zxAnOtdrEnvFanFailureAlm trap should be sent to manager. If zxAnOtdrEnvFanStatus is normal, zxAnOtdrEnvFanFailureClr trap should be sent. Enumeration: 'abnormal': 2, 'normal': 1.

The operational status of fan. Enumeration: 'down': 2, 'up': 1.

The current temperature of APD.

The high threshold of the APD temperature, the zxAnOtdrEnvApdHighTempAlm trap should be generated when zxAnOtdrEnvApdCurrentTemp is higher than it. Otherwise, zxAnOtdrEnvApdHighTempClr trap should be generated when zxAnOtdrEnvApdCurrentTemp is lower than it.

The low threshold of the APD temperature, the zxAnOtdrEnvApdLowTempAlm trap should be generated when zxAnOtdrEnvApdCurrentTemp is lower than it. Otherwise, zxAnOtdrEnvApdLowTempClr trap should be generated when zxAnOtdrEnvApdCurrentTemp higher than it.

The current port utilization of OTDR equipment.

The threshold of zxAnOtdrPortUtilization. When zxAnOtdrPortUtilization exceeds this threshold, the zxAnOtdrPortUtlExceedAlm trap should be generated.

The OTDR global test parameter profile name list. The global profile is applied to the interface when the interface test parameter profile is unconfigured.

The OTDR global network property profile name list. The global profile is applied to the interface when the interface network property profile is unconfigured.

The OTDR acceptance test parameter profile name list, such as 'DEFAULT_ACCEPTANCE_1,DEFAULT_ACCEPTANCE_2,DEFAULT_ACCEPTANCE_3', which are in order of decreasing priority. The global profile is applied to the interface when zxAnOtdrIfAcceptanceTestPrf is unconfigured.

This table includes OTDR test parameter Profile information.

OTDR test parameter profile entry.

OTDR test parameter profile name.

OTDR test mode. When the mode is pulseMethod, zxAnOtdrTestParamPrfWaveLength, zxAnOtdrTestParamPrfDistance, zxAnOtdrTestParamPrfFiberIor, zxAnOtdrTestParamPrfPulseWidth, zxAnOtdrTestParamPrfDuration are valid. When the mode is sequenceMethod, zxAnOtdrTestParamPrfWaveLength, zxAnOtdrTestParamPrfDistance, zxAnOtdrTestParamPrfFiberIor, zxAnOtdrTestParamPrfDuration, zxAnOtdrTestParamPrfSeqCodeLen, zxAnOtdrTestParamPrfSeqCodeWidth are valid. Enumeration: 'sequenceMethod': 2, 'pulseMethod': 1.

OTDR test wave length.

OTDR test distance.

OTDR test fiber IOR. The range is from 1.4*(10^6) to 1.6*(10^6).

OTDR test pulse width. '0' means not configured. A value less than 200000 is mapped to an integer pulse width value. A value greater than 200000 is mapped to a specific pulse width value. e.g., The value 5 is mapped to 5ns, the value 200001 is mapped to 2.5ns.

OTDR test duration. '0' means not configured

OTDR test sequence code length. The valid value is the power of two, For example:16,32,64. '0' means not configured.

OTDR test sequence code width. '0' means not configured.

The status of this conceptual row. The supported actions of this conceptual row only include: 'createAndGo' and 'destroy'. To create a row in this table, a manager must set this object to createAndGo(4), and must comply with the multi-variables binding rule described in zxAnOtdrTestParamPrfEntry. To delete a row in this table, a manager must set this object to destroy(6). To get this object, the agent always returns active(1).

This table includes OTDR test interface information.

OTDR interface entry.

OTDR interface alias.

OTDR fast test parameter profile name list, such as 'DEFAULT_PULSE,DEFAULT_SEQUENCE'. Empty string means unconfigured.

OTDR routine test parameter profile name list, such as 'DEFAULT_PULSE,DEFAULT_SEQUENCE'. Empty string means unconfigured.

OTDR health test parameter profile name list, such as 'DEFAULT_PULSE,DEFAULT_SEQUENCE'. Empty string means unconfigured.

OTDR reflector test parameter profile name list, such as 'DEFAULT_REFLECTOR'.

OTDR interface network property profile name list. Empty string means unconfigured.

OTDR acceptance test parameter profile name list, such as 'DEFAULT_PULSE,DEFAULT_SEQUENCE,DEFAULT_ACCEPTANCE', which are in order of decreasing priority. Empty string means unconfigured.

The network property of OTDR interface. p2mp(1): the network of point to multi-points. p2p(2): the network of point to point. Enumeration: 'p2mp': 1, 'p2p': 2.

The working status of OTDR interface. Enumeration: 'idle': 2, 'testing': 1.

The usage status of OTDR interface. used(1): Health test has been run successfully. unused(2): No test parameter profile is bound to the port and the health test never runs. preconfigured(3): Test parameter profile is bound to the port. reserved(4): The port is reserved by administrator. Test parameter profile cannot be bound to a reserved port and the health test cannot run on it. Enumeration: 'unused': 2, 'used': 1, 'reserved': 4, 'preconfigured': 3.

The usage status switch of OTDR interface. An unused status can be switched to reserved, and reserved status can be switched to unused. When get this variable, always return 1. Enumeration: 'switchToReserved': 2, 'switchToUnused': 1.

The working mode of OTDR interface. When the mode is faultLocating, the interface can be used for fault locating. When the mode is nodeMonitoring, the interface can be used for node monitoring. When the mode is opticalPowerMonitoring,the interface can be used for optical power monitoring. When the mode is lineDetection, the interface can be used for line detection. When the mode is bothwayTest, the interface can be used for bothway test. Bothway test uses two NEs linked by one fiber. When the mode is unusable, the interface can not be use. Enumeration: 'bothwayTest': 5, 'faultLocating': 1, 'unusable': 255, 'nodeMonitoring': 2, 'lineDetection': 4, 'opticalPowerMonitoring': 3.

OTDR bothway test parameter profile name list, such as 'DEFAULT_P2P'. Empty string means unconfigured.

OTDR network property profile table.

OTDR network property profile entry.

OTDR network property profile name.

OTDR link type. p2mp(1): the network of point to multi-points. p2p(2): the network of point to point. Enumeration: 'p2mp': 1, 'p2p': 2.

OTDR first-level splitting ratio. ratio1-x(20) : first-level splitting ratio is unknown. none(255) : first-level splitting does not exist. Enumeration: 'ratio1-8': 3, 'none': 255, 'ratio1-128': 7, 'ratio1-x': 20, 'ratio1-64': 6, 'ratio1-2': 1, 'ratio1-4': 2, 'ratio1-32': 5, 'ratio1-16': 4.

OTDR second-level splitting ratio. ratio1-x(20) : second-level splitting ratio is unknown. none(255) : second-level splitting does not exist. Enumeration: 'ratio1-8': 3, 'none': 255, 'ratio1-128': 7, 'ratio1-x': 20, 'ratio1-64': 6, 'ratio1-2': 1, 'ratio1-4': 2, 'ratio1-32': 5, 'ratio1-16': 4.

OTDR third-level splitting ratio. ratio1-x(20) : third-level splitting ratio is unknown. none(255) : third-level splitting does not exist. Enumeration: 'ratio1-8': 3, 'none': 255, 'ratio1-128': 7, 'ratio1-x': 20, 'ratio1-64': 6, 'ratio1-2': 1, 'ratio1-4': 2, 'ratio1-32': 5, 'ratio1-16': 4.

OTDR link length. Value 0 means unconfigured.

The status of this conceptual row. The supported actions of this conceptual row only include: 'createAndGo' and 'destroy'. To create a row in this table, a manager must set this object to createAndGo(4), and must comply with the multi-variables binding rule described in zxAnOtdrTestParamPrfEntry. To delete a row in this table, a manager must set this object to destroy(6). To get this object, the agent always returns active(1).

OTDR fast test serial number.

OTDR fast test action. Enumeration: 'start': 1, 'unlock': 5, 'stop': 2, 'complete': 3, 'lock': 4.

OTDR fast test mode. When the mode is pulseMethod, zxAnOtdrFastTestWaveLength, zxAnOtdrFastTestDistance, zxAnOtdrFastTestFiberIor, zxAnOtdrFastTestPulseWidth, zxAnOtdrFastTestDuration are valid. When the mode is sequenceMethod, zxAnOtdrFastTestWaveLength, zxAnOtdrFastTestDistance, zxAnOtdrFastTestFiberIor, zxAnOtdrFastTestDuration, zxAnOtdrFastTestSeqCodeLen, zxAnOtdrFastTestSeqCodeWidth are valid. Enumeration: 'sequenceMethod': 2, 'pulseMethod': 1.

OTDR fast test wave length.

OTDR fast test distance.

OTDR fast test fiber IOR. The range is from 1.4*(10^6) to 1.6*(10^6).

OTDR fast test pulse width. A value less than 200000 is mapped to an integer pulse width value. A value greater than 200000 is mapped to a specific pulse width value. e.g., 5 is mapped to 5ns, 200001 is mapped to 2.5ns.

OTDR fast test duration.

OTDR fast test sequence code length. The valid value is the power of two, For example:16,32,64.

OTDR fast test sequence code width.

OTDR test type. Enumeration: 'lineDetectionFast': 10, 'alarmTrigger': 5, 'lineDetectionHealth': 9, 'acceptance': 7, 'adHoc': 3, 'health': 2, 'fast': 1, 'adaptive': 6, 'labefaction': 8, 'bothway': 11, 'reflector': 4.

OTDR fast test priority.

OTDR fast test request source. Enumeration: 'tl1': 2, 'app': 3, 'ems': 1.

IP address type of the OTDR fast test request source.

IP address of the OTDR fast test request source.

OTDR monitoring node test type. Enumeration: 'closeTest': 2, 'openTest': 1.

OTDR fast test interface table.

OTDR fast test interface entry. The OTDR fast test consists of two steps, creating fast test ports(zxAnOtdrFastTestIfTable), and then starting fast test(zxAnOtdrFastTestSn, zxAnOtdrFastTestAction). NE restores to a previous state when the erroneous operations are performed. e.g. 1, When creating a port failed, NE needs to delete all the ports of this SN. e.g. 2, When creating ports succeeded, then starting test failed, NE needs to delete all the ports of this SN.

OTDR fast test serial number.

OTDR acceptance test parameter profile name list chosen from zxAnOtdrIfAcceptanceTestPrf. e.g. 'DEFAULT-PULSE','DEFAULT-PULSE,DEFAULT-SEQUENCE', 'DEFAULT-PULSE,DEFAULT-SEQUENCE,DEFAULT-ACCEPTANCE'. If zxAnOtdrTestType is not acceptance(7), this should be empty.

The status of this conceptual row. The supported actions of this conceptual row only include: 'createAndGo' and 'destroy'. To create a row in this table, a manager must set this object to createAndGo(4), and must comply with the multi-variables binding rule described in zxAnOtdrFastTestIfEntry. To delete a row in this table, a manager must set this object to destroy(6). To get this object, the agent always returns active(1).

Current fast testing port index such as '1-1-3-2'. Return empty string means no port is being tested.

Current fast test waiting test port number. Return 0 measns no port waiting test.

OTDR fast test port status table.

OTDR fast test interface status entry.

The result status of OTDR fast test. Enumeration: 'success': 3, 'notStarted': 1, 'failed': 4, 'waiting': 6, 'stopped': 5, 'inProgress': 2.

The OTDR fast test failed reason. Enumeration: 'outOfMemory': 7, 'preempted': 15, 'endToEndOpticalPowerLossLow': 13, 'otherErrors': 255, 'noBindingProfile': 5, 'communicationError': 3, 'chipTestFailed': 8, 'opticalSwitchFailed': 6, 'testTimeout': 11, 'noError': 1, 'fiberNotConnected': 12, 'getTestParamsFailed': 2, 'saveFileFailed': 10, 'apdAlarm': 4, 'algorithmError': 9, 'waitTimeout': 14.

Fast test result file name. NE returns file name such as '1-1-5-1-20120505143302.csv' when the fast test sucess. NE returns empty string when the fast test failed.

Number of test parameter profile.

Number of finished test parameter profile.

OTDR test estimated total time.

OTDR test elapsed time.

IP address type of the FTP server.

IP address of the FTP server.

Protocol type of the FTP server. ftp(1): File Transfer Protocol. sftp(2): Ssh File Transfer Protocol. Enumeration: 'ftp': 1, 'sftp': 2.

User name of the FTP server.

User password of the FTP server.

File path which starts from the root directory.

The FTP file name.

OTDR file FTP status table.

File FTP status entry.

OTDR test file name.

OTDR FTP status. Enumeration: 'failed': 4, 'inProgress': 2, 'notStarted': 1, 'success': 3.

OTDR FTP failed reason. Enumeration: 'otherErrors': 255, 'noError': 1, 'fileNotExists': 2, 'connectionFailed': 3.

OTDR routine task interface table.

OTDR routine task interface entry. The OTDR routine test consists of two steps, creating routine test ports (zxAnOtdrRoutineTaskIfTable), and then configuring routine task (zxAnOtdrRoutineTaskTable). NE restores to a previous state when the erroneous operations are performed. e.g. 1, When creating a port failed, NE needs to delete all the ports of this task. e.g. 2, When creating ports succeeded, then configuring routine task failed, NE needs to delete all the ports of this task.

The status of this conceptual row. The supported actions of this conceptual row only include: 'createAndGo' and 'destroy'. To create a row in this table, a manager must set this object to createAndGo(4), and must comply with the multi-variables binding rule described in zxAnOtdrRoutineTaskIfEntry. To delete a row in this table, a manager must set this object to destroy(6). To get this object, the agent always returns active(1).

Routine test task table.

Routine test task entry.

OTDR routine test task name.

The start time of OTDR routine test. For example:yyyy-mm-dd HH:MM:SS.(2013-01-01 00:00:00).

The interval of OTDR routine test. The NE returns 0, when zxAnOtdrRoutineTaskTestMode is sequential test.

OTDR routine test task active status. Enumeration: 'stopped': 2, 'activated': 1.

The current routine test task start time.

OTDR routine test task operational status. Enumeration: 'failed': 4, 'inProgress': 2, 'notStarted': 1, 'suspended': 5, 'success': 3.

The OTDR routine test task failed reason. Enumeration: 'getTestParamsFailed': 2, 'packFileFailed': 6, 'communicationError': 3, 'otherErrors': 255, 'ftpServiceUnconfigured': 8, 'noError': 1, 'ftpFailed': 7, 'allPortsTestFailed': 5, 'apdAlarm': 4.

Routine test result file name. NE returns file name such as 'taskname-20120505143302.zip' when the routine test sucess. NE returns empty string when the routine test failed.

Routine task test mode. Enumeration: 'sequentialTest': 2, 'periodicalTest': 1.

The status of this conceptual row. The supported actions of this conceptual row only include: 'createAndGo' and 'destroy'. To create a row in this table, a manager must set this object to createAndGo(4), and must comply with the multi-variables binding rule described in zxAnOtdrRoutineTaskEntry. To delete a row in this table, a manager must set this object to destroy(6). To get this object, the agent always returns active(1).

OTDR routine task interface status table

OTDR routine task interface status entry.

The result status of OTDR routine test. Enumeration: 'failed': 4, 'inProgress': 2, 'notStarted': 1, 'success': 3.

The OTDR routine test failed reason. Enumeration: 'noError': 1, 'otherErrors': 255.

FTP server configuration table.

FTP server configuration entry.

FTP server ID.

IP address type of the FTP server.

IP address of the FTP server.

Protocol type of the FTP server. ftp(1): File Transfer Protocol sftp(2): Ssh File Transfer Protocol Enumeration: 'ftp': 1, 'sftp': 2.

User name of the FTP server.

User password of the FTP server.

File path which starts from the root directory.

The status of this conceptual row. The supported actions of this conceptual row only include: 'createAndGo' and 'destroy'. To create a row in this table, a manager must set this object to createAndGo(4), and must comply with the multi-variables binding rule described in zxAnOtdrFtpServerEntry. To delete a row in this table, a manager must set this object to destroy(6). To get this object, the agent always returns active(1).

OTDR algorithm table.

OTDR algorithm entry.

The rack No. of device to be used with OTDR.

The shelf No. of device to be used with OTDR.

The slot No. of device to be used with OTDR.

The OTDR algorithm version of current card.

The type of the test capacity distance supported by OTDR. global(1): it means getting maximum-minimum distance by the global objects 'zxAnOtdrTestCapMaxDistance' and 'zxAnOtdrTestCapMinDistance'. pulseWidth(2): it means getting maximum-minimum distance by the table objects 'zxAnOtdrTestCapPwDistanceTable'. Enumeration: 'global': 1, 'pulseWidth': 2.

The maximum of the global test capacity distance supported by OTDR.

The minimum of the global test capacity distance supported by OTDR.

OTDR test capacity pulse width distance table.

OTDR test capacity pulse width distance entry.

The pulse width supported by OTDR. A value less than 200000 is mapped to an integer pulse width value. A value greater than 200000 is mapped to a specific pulse width value. e.g., 5 is mapped to 5ns, 200001 is mapped to 2.5ns.

The maximum of the test capacity distance supported by the current pulse width.

The minimum of the test capacity distance supported by the current pulse width.

OTDR test capacity code width distance table.

OTDR test capacity code width distance entry.

The code width supported by OTDR.

The maximum of the test capacity distance supported by the current code width.

The minimum of the test capacity distance supported by the current code width.

The maximum of the test capacity duration supported by OTDR.

The minimum of the test capacity duration supported by OTDR.

OTDR test task status table.

OTDR test task status entry.

OTDR test task ID. The task name is zxAnOtdrRoutineTaskName when the zxAnOtdrTestTaskType is routine, other tests relate to zxAnOtdrFastTestSn.

The OTDR test task status. Enumeration: 'success': 5, 'notStarted': 1, 'failed': 6, 'waiting': 2, 'suspended': 4, 'inProgress': 3.

The OTDR test task unexecuted reason. Enumeration: 'waitingPortTestFinished': 3, 'none': 1, 'preempted': 2, 'others': 255, 'queuing': 4.

The OTDR test task priority.

The OTDR test task waiting time. When the task is in progress, the waiting time is 0.

The OTDR test task request source. Enumeration: 'tl1': 2, 'app': 3, 'ems': 1.

The task type. fast(1): - Fast test. health(2): - Health database test. adHoc(3): - Ad hoc test. reflector(4): - Reflector test. alarmTrigger(5): - Alarm triggered test. adaptive(6): - Adaptive test. acceptance(7): - Acceptance test. labefaction(8): - Labefaction test. lineDetectionHealth(9): - Line detection health database test. lineDetectionFast(10): - Line detection fast test. bothway(11): - Bothway test. periodicalRoutineTest(50): - Periodical routine test. sequentialRoutineTest(51): - Sequential routine test. Enumeration: 'lineDetectionFast': 10, 'alarmTrigger': 5, 'lineDetectionHealth': 9, 'acceptance': 7, 'adHoc': 3, 'periodicalRoutineTest': 50, 'health': 2, 'fast': 1, 'sequentialRoutineTest': 51, 'adaptive': 6, 'labefaction': 8, 'bothway': 11, 'reflector': 4.

The test task starting time.

The OTDR test task remaining timeout. A negative indicates the task should never be timeout. A zero indicates the task has been timeout.

OTDR fast test task configuration table.

OTDR fast test task configuration entry.

Fast test waiting timeout. The test will be cancelled when timeout.

The status of this conceptual row. The supported actions of this conceptual row only include: 'createAndGo' and 'destroy'. To create a row in this table, a manager must set this object to createAndGo(4), and must comply with the multi-variables binding rule described in zxAnOtdrFastTestIfEntry. To delete a row in this table, a manager must set this object to destroy(6). To get this object, the agent always returns active(1).

OTDR node monitoring status. Enumeration: 'idle': 2, 'monitoring': 1.

OTDR node monitoring action. Enumeration: 'start': 1, 'stop': 2.

OTDR monitoring node configuration table.

OTDR monitoring node configuration entry.

OTDR monitoring node serial number.

OTDR monitoring node position. Value 0 means the monitoring node open/close test is not executed or the test is failed.

OTDR monitoring node status. A zxAnOtdrMonNodeOpenedAlm trap will be sent when the zxAnOtdrMonNodeStatus is opened. A zxAnOtdrMonNodeOpenedClr trap will be sent when the zxAnOtdrMonNodeStatus is closed. Enumeration: 'unknown': 255, 'opened': 1, 'closed': 2.

The status of this conceptual row. The supported actions of this conceptual row only include: 'createAndGo' and 'destroy'. To create a row in this table, a manager must set this object to createAndGo(4), and must comply with the multi-variables binding rule described in zxAnOtdrFastTestIfEntry. To delete a row in this table, a manager must set this object to destroy(6). To get this object, the agent always returns active(1).

OTDR monitoring port status table.

OTDR monitoring port status entry.

OTDR monitoring port link status. A zxAnOtdrMonPortLinkAbnormalAlm trap will be sent when the zxAnOtdrMonPortLinkStatus is abnormal. A zxAnOtdrMonPortLinkAbnormalClr trap will be sent when the zxAnOtdrMonPortLinkStatus is normal. Enumeration: 'unknown': 255, 'abnormal': 2, 'normal': 1.

OTDR reflector labelling table.

OTDR reflector labelling entry.

OTDR reflector labelling action. Enumeration: 'start': 1.

OTDR reflector labelling status. Enumeration: 'success': 3, 'notStarted': 1, 'failed': 4, 'waiting': 6, 'stopped': 5, 'inProgress': 2.

OTDR reflector last labelling time.

The OTDR optical module status. A zxAnOtdrOptModuleAbnormalAlm trap will be sent when the zxAnOtdrOptModuleStatus is abnormal. Enumeration: 'abnormal': 2, 'normal': 1.

OTDR optical module interface table.

OTDR optical module interface entry.

OTDR interface basic optical power. '65535' means the basic optical power is invalid.

OTDR interface current optical power. '65535' means the current optical power is invalid.

OTDR interface optical power variaton threshold. A zxAnOtdrOptPowerVaryExceedAlm trap is sent when the difference value of zxAnOtdrOptModuleIfBasicPwr and zxAnOtdrOptModuleIfCurrentPwr is higher than this threshold.

To adjust the OTDR basic optical power. Enumeration: 'start': 1.

OTDR global P2MP fault locating threshold profile name. The global profile is applied to the interface when the interface fault locating profile is unconfigured.

OTDR global P2P fault locating threshold profile name. The global profile is applied to the interface when the interface fault locating profile is unconfigured.

OTDR P2MP fault locating threshold profile table.

OTDR P2MP fault locating threshold profile entry.

OTDR P2MP fault locating threshold profile name.

OTDR P2MP position difference threshold.

OTDR P2MP trunk broken insertion loss difference threshold. This threshold is used to locate trunk broken fault.

OTDR P2MP trunk broken insertion loss threshold. This threshold is used to locate trunk broken fault.

OTDR P2MP trunk attenuation insertion loss difference threshold. This threshold is used to locate trunk attenuation fault.

OTDR P2MP trunk attenuation insertion loss threshold. This threshold is used to locate trunk attenuation fault.

OTDR P2MP trunk abnormal reflective peak difference threshold. This threshold is used to locate trunk abnormal fault.

OTDR P2MP trunk abnormal return loss threshold. This threshold is used to locate trunk abnormal fault.

OTDR P2MP trunk abnormal insertion loss threshold. This threshold is used to locate trunk abnormal fault.

OTDR P2MP branch broken return loss threshold. This threshold is used to locate branch broken fault.

OTDR P2MP branch broken insertion loss threshold. This threshold is used to locate branch broken fault.

OTDR P2MP branch broken reflective peak difference threshold. This threshold is used to locate branch broken fault.

OTDR P2MP branch abnormal reflective peak difference threshold. This threshold is used to locate branch abnormal fault.

The status of this conceptual row. The supported actions of this conceptual row only include: 'createAndGo' and 'destroy'. To create a row in this table, a manager must set this object to createAndGo(4), and must comply with the multi-variables binding rule described in zxAnOtdrTestParamPrfEntry. To delete a row in this table, a manager must set this object to destroy(6). To get this object, the agent always returns active(1).

OTDR P2P fault locating threshold profile table.

OTDR P2P fault locating threshold profile entry.

OTDR P2P fault locating threshold profile name.

OTDR P2P position difference threshold.

OTDR P2P link broken insertion loss difference threshold. This threshold is used to locate link broken fault.

OTDR P2P link broken insertion loss threshold. This threshold is used to locate link broken fault.

OTDR P2P link attenuation insertion loss difference threshold. This threshold is used to locate link attenuation fault.

OTDR P2P link attenuation insertion loss threshold. This threshold is used to locate link attenuation fault.

OTDR P2P link abnormal reflective peak difference threshold. This threshold is used to locate link abnormal fault.

OTDR P2P link abnormal return loss threshold. This threshold is used to locate link abnormal fault.

OTDR P2P link abnormal insertion loss threshold. This threshold is used to locate link abnormal fault.

The status of this conceptual row. The supported actions of this conceptual row only include: 'createAndGo' and 'destroy'. To create a row in this table, a manager must set this object to createAndGo(4), and must comply with the multi-variables binding rule described in zxAnOtdrTestParamPrfEntry. To delete a row in this table, a manager must set this object to destroy(6). To get this object, the agent always returns active(1).

OTDR interface fault locating threshold profile table.

OTDR interface fault locating threshold profile entry.

OTDR fault locating P2MP threshold profile name. Empty string means unconfigured.

OTDR fault locating P2P threshold profile name. Empty string means unconfigured.

The status of this conceptual row. The supported actions of this conceptual row only include: 'createAndGo' and 'destroy'. To create a row in this table, a manager must set this object to createAndGo(4), and must comply with the multi-variables binding rule described in zxAnOtdrTestParamPrfEntry. To delete a row in this table, a manager must set this object to destroy(6). To get this object, the agent always returns active(1).

OTDR interface event batch configuration table.

OTDR interface event batch configuration entry.

OTDR interface event device type list. The format of the value is as follows: '1:3-6,10;2:2,8'. It means that the device type value of the event ID including 3,4,5,6,10 is 1 and the device type value of the event ID including 2,8 is 2. It will return the empty string when reading this object.

OTDR interface event configuration table.

OTDR interface event configuration entry.

OTDR interface event ID.

OTDR interface event device type. Value 0 means the event device type is empty.

OTDR interface event device description.

The global link loss threshold of the OTDR adaptive test. This global threshold is applied to the interface when the zxAnOtdrATLinkIfParamType is global(1).

The global link return loss threshold of the OTDR adaptive test. This global threshold is applied to the interface when the zxAnOtdrATLinkIfParamType is global(1).

OTDR adaptive test link threshold interface configuration table.

OTDR adaptive test link threshold interface configuration entry.

The link parameters type of the OTDR adaptive test. Enumeration: 'global': 1, 'userDefined': 2.

The link loss threshold of the OTDR adaptive test. This threshold is applied to the interface when the zxAnOtdrATLinkIfParamType is userDefined(2).

The link return loss threshold of the OTDR adaptive test. This threshold is applied to the interface when the zxAnOtdrATLinkIfParamType is userDefined(2).

The global device fiber attenuation threshold of the OTDR adaptive test. This global threshold is applied to the interface when the zxAnOtdrATDevIfParamType is global(1).

The global device loss threshold of the OTDR adaptive test. This threshold is applied to the interface when the zxAnOtdrATDevIfParamType is global(1).

The global device reflectivity threshold of the OTDR adaptive test. This threshold is applied to the interface when the zxAnOtdrATDevIfParamType is global(1).

The global device connector loss threshold of the OTDR adaptive test. This threshold is applied to the interface when the zxAnOtdrATDevIfParamType is global(1).

The global device connector reflectivity threshold of the OTDR adaptive test. This threshold is applied to the interface when the zxAnOtdrATDevIfParamType is global(1).

The global device splice loss threshold of the OTDR adaptive test. This threshold is applied to the interface when the zxAnOtdrATDevIfParamType is global(1).

The global device splitter reflectivity threshold of the OTDR adaptive test. This threshold is applied to the interface when the zxAnOtdrATDevIfParamType is global(1).

The global device splitter (the splitting ratio is 1:2 or 2:2) loss threshold of the OTDR adaptive test. This threshold is applied to the interface when the zxAnOtdrATDevIfParamType is global(1).

The global device splitter (the splitting ratio is 1:4 or 2:4) loss threshold of the the OTDR adaptive test. This threshold is applied to the interface when the zxAnOtdrATDevIfParamType is global(1).

The global device splitter (the splitting ratio is 1:8 or 2:8) loss threshold of the OTDR adaptive test. This threshold is applied to the interface when the zxAnOtdrATDevIfParamType is global(1).

The global device splitter (the splitting ratio is 1:16 or 2:16) loss threshold of the OTDR adaptive test. This threshold is applied to the interface when the zxAnOtdrATDevIfParamType is global(1).

The global device splitter (the splitting ratio is 1:32 or 2:32) loss threshold of the OTDR adaptive test. This threshold is applied to the interface when the zxAnOtdrATDevIfParamType is global(1).

The global device splitter (the splitting ratio is 1:64 or 2:64) loss threshold of the OTDR adaptive test. This threshold is applied to the interface when the zxAnOtdrATDevIfParamType is global(1).

The global device splitter (the splitting ratio is 1:128 or 2:128) loss threshold of the OTDR adaptive test. This threshold is applied to the interface when the zxAnOtdrATDevIfParamType is global(1).

The global device ONU reflectivity threshold of the OTDR adaptive test. This threshold is applied to the interface when the zxAnOtdrATDevIfParamType is global(1).

OTDR adaptive test device threshold interface configuration table.

OTDR adaptive test device threshold interface configuration evntry.

The device parameters type of the OTDR adaptive test. Enumeration: 'global': 1, 'userDefined': 2.

The device fiber attenuation threshold of the OTDR adaptive test. This threshold is applied to the interface when the zxAnOtdrATDevIfParamType is userDefined(2).

The device loss threshold of the OTDR adaptive test. This threshold is applied to the interface when the zxAnOtdrATDevIfParamType is userDefined(2).

The device reflectivity threshold of the OTDR adaptive test. This threshold is applied to the interface when the zxAnOtdrATDevIfParamType is userDefined(2).

The device connector loss threshold of the OTDR adaptive test. This threshold is applied to the interface when the zxAnOtdrATDevIfParamType is userDefined(2).

The device connector reflectivity threshold of the OTDR adaptive test. This threshold is applied to the interface when the zxAnOtdrATDevIfParamType is userDefined(2).

The device splice loss threshold of the OTDR adaptive test. This threshold is applied to the interface when the zxAnOtdrATDevIfParamType is userDefined(2).

The device splitter reflectivity threshold of the OTDR adaptive test. This threshold is applied to the interface when the zxAnOtdrATDevIfParamType is userDefined(2).

The device splitter (the splitting ratio is 1:2 or 2:2) loss threshold of the OTDR adaptive test. This threshold is applied to the interface when the zxAnOtdrATDevIfParamType is userDefined(2).

The device splitter (the splitting ratio is 1:4 or 2:4) loss threshold of the OTDR adaptive test. This threshold is applied to the interface when the zxAnOtdrATDevIfParamType is userDefined(2).

The device splitter (the splitting ratio is 1:8 or 2:8) loss threshold of the OTDR adaptive test. This threshold is applied to the interface when the zxAnOtdrATDevIfParamType is userDefined(2).

The device splitter (the splitting ratio is 1:16 or 2:16) loss threshold of the OTDR adaptive test. This threshold is applied to the interface when the zxAnOtdrATDevIfParamType is userDefined(2).

The device splitter (the splitting ratio is 1:32 or 2:32) loss threshold of the OTDR adaptive test. This threshold is applied to the interface when the zxAnOtdrATDevIfParamType is userDefined(2).

The device splitter (the splitting ratio is 1:64 or 2:64) loss threshold of the OTDR adaptive test. This threshold is applied to the interface when the zxAnOtdrATDevIfParamType is userDefined(2).

The device splitter (the splitting ratio is 1:128 or 2:128) loss threshold of the OTDR adaptive test. This threshold is applied to the interface when the zxAnOtdrATDevIfParamType is userDefined(2).

The device ONU reflectivity threshold of the OTDR adaptive test. This threshold is applied to the interface when the zxAnOtdrATDevIfParamType is userDefined(2).

OTDR detection line configuration table.

OTDR detection line configuration entry.

OTDR detection line ID.

OTDR detection line length.

OTDR detection line alias.

OTDR detection line position difference threshold.

OTDR detection line abnormal reflective peak difference threshold.

OTDR detection line status. A zxAnOtdrDetectionLineAbnAlm trap will be sent when the zxAnOtdrDetectionLineStatus is peakAbnormal or fiberBroken. A zxAnOtdrDetectionLineAbnClr trap will be sent when the zxAnOtdrDetectionLineStatus is normal. Enumeration: 'peakAbnormal': 2, 'fiberBroken': 3, 'unknown': 255, 'normal': 1.

A zxAnOtdrRoutineTaskFinished is sent when the agent has detected that the OTDR routine test task finished.

A zxAnOtdrPortTestFinished is sent when the agent has detected that the OTDR port test finished.

A zxAnOtdrEnvCtrlCardHighTempAlm trap is sent when the current control card temperature is higher than zxAnOtdrCtrlCardTempHighThresh.

A zxAnOtdrEnvCtrlCardHighTempClr trap is sent when the current control card temperature is lower than zxAnOtdrCtrlCardTempHighThresh.

A zxAnOtdrEnvCtrlCardLowTempAlm trap is sent when the current control card temperature is lower than zxAnOtdrCtrlCardTempLowThresh.

A zxAnOtdrEnvCtrlCardLowTempClr trap is sent when the current control card temperature is higher than zxAnOtdrCtrlCardTempLowThresh.

A zxAnOtdrEnvFanFailureAlm trap is sent when the zxAnOtdrEnvFanStatus is abnormal.

A zxAnOtdrEnvFanFailureClr trap is sent when the zxAnOtdrEnvFanStatus is normal.

A zxAnOtdrEnvApdHighTempAlm trap is sent when the APD current temperature is higher than zxAnOtdrEnvApdTempHighThresh.

A zxAnOtdrEnvApdHighTempClr trap is sent when the APD current temperature is lower than zxAnOtdrEnvApdTempHighThresh.

A zxAnOtdrEnvApdLowTempAlm trap is sent when the APD current temperature is lower than zxAnOtdrEnvApdTempLowThresh.

A zxAnOtdrEnvApdLowTempClr trap is sent when the APD current temperature is higher than zxAnOtdrEnvApdTempLowThresh.

A zxAnOtdrPortUtilExceedAlm trap is sent when the current port utilization is higher than zxAnOtdrPortUtilizationThresh.

A zxAnOtdrPortUtilExceedClr trap is sent when the current port utilization is lower than zxAnOtdrPortUtilizationThresh.

A zxAnOtdrMonNodeOpenedAlm trap is sent when the zxAnOtdrMonNodeStatus is opened.

A zxAnOtdrMonNodeOpenedClr trap is sent when the zxAnOtdrMonNodeStatus is closed.

A zxAnOtdrMonPortLinkAbnormalAlm trap is sent when the zxAnOtdrMonPortLinkStatus is abnormal.

A zxAnOtdrMonPortLinkAbnormalClr trap is sent when the zxAnOtdrMonPortLinkStatus is normal.

A zxAnOtdrOptModuleAbnormalAlm is sent when the zxAnOtdrOptModuleStatus is abnormal.

A zxAnOtdrOptModuleAbnormalClr is sent when the zxAnOtdrOptModuleStatus is normal.

A zxAnOtdrOptPowerVaryExceedAlm trap is sent when the difference value of zxAnOtdrOptModuleIfBasicPwr and zxAnOtdrOptModuleIfCurrentPwr is higher than zxAnOtdrOptModuleIfPwrVaryThresh.

A zxAnOtdrOptPowerVaryExceedClr trap is sent when the difference value of zxAnOtdrOptModuleIfBasicPwr and zxAnOtdrOptModuleIfCurrentPwr is lower than zxAnOtdrOptModuleIfPwrVaryThresh.

A zxAnOtdrDetectionLineAbnAlm is sent when the zxAnOtdrDetectionLineStatus is peakAbnormal or brokenFiber.

A zxAnOtdrDetectionAbnClr is sent when the zxAnOtdrDetectionLineStatus is normal.