LUM-WDM-MIB: View SNMP OID List / Download MIB

Protection against simultaneous access from multiple managers. See SNMPv2-TC.

The MIB specification version. tbd: persistent?

The MIB implementation version. tbd: persistent?

The time when the configuration of the MIB was last changed.

The time when the state of the MIB was last changed.

Size of table

Size of table

Size of table

Size of table

Size of table

Size of table

Size of table

Size of table

Size of table

Size of table

Size of table

Size of table

The interface list.

An entry in the interface list.

An arbitrary index assigned to each if entry.

The management name of the interface, for example wdm:1:2:1.

User configurable label.

The number of the subrack where the interface is located.

The number of the slot where the interface is located.

The number of the port where the interface is located.

The row in the invPhysTable for this interface. Set to 0 if not known.

The transmitted frequency given in hundreds of GHz (0.01 GHz).

The minimum speed in units of 1,000,000 bits per second. If this object reports a value of n then the speed of the interface is somewhere in the range of n-500,000 to n+499,999.

The maximum speed in units of 1,000,000 bits per second. If this object reports a value of n then the speed of the interface is somewhere in the range of n-500,000 to n+499,999.

The received power level in units of 0.1 dBm.

The upper threshold for received power level in units of 0.1 dBm. Note: Depending on the type of board and interface the value range may vary.

The lower threshold for received power level in units of 0.1 dBm. Note: Depending on the type of board and interface the value range may vary.

The pre-set laser temperature in units of 0.1 degrees centigrade.

The current offset from the pre-set temperature in units of 0.1 degrees centigrade.

The absolute value of the offset for the LTL and LTH alarms in units of 0.1 degrees centigrade.

The administrative state of the TX-side laser. on - The laser is turned on. als - Automatic Laser Shutdown/Turn-Off when lossOfSignal is detected on the RX side of the trunk interface. Note, als is not available for MBA boards.

The operational state of the TX-side laser. off - The laser is turned off. on - The laser is turned on.

The administrative state for the interface. down - The interface is de-activated. service - The interface is activated but alarms are suppressed. Intended for use during service or re-configuration. When service is concluded adminStatus should be set to up again. Note that there is no difference between up and service, if no alarms can be raised from this object. up - The interface will be activated when available. Alarms are not suppressed. This attribute can be written via SNMP.

The operational state for the interface. notPresent - The interface is not available. down - The interface is de-activated or there are faults preventing its transition to the up state. up - The interface is active.

Loss of signal. Applicable for all signal formats. A(ctivation): Active loss of signal HW indication. D(e-activation): Inactive loss of signal HW indication.

Received power level is too high. Applicable for all signal formats. A: The received power level exceeds the the built-in overload threshold. D: The received power level is 0.5 dB below the overload threshold.

Received power level low threshold exceeded. Applicable for all signal formats. A: The received power level is below the associated threshold. D: The received power level is 0.5 dB above the threshold.

Laser bias high threshold exceeded. A: The laser bias current exceeds the associated threshold. D: The laser bias current is 0.5 mA below the associated threshold.

Note: This attribute is deprecated! Errored seconds (ES) threshold exceeded. A: The number of errored seconds during a period exceeds the associated threshold. D: At the start of a new period.

Note: This attribute is deprecated! Severely errored seconds (SES) threshold exceeded. A: The number of severely errored seconds during a period exceeds the associated threshold. D: At the start of a new period.

Note: This attribute is deprecated! Background block errors (BBE) threshold exceeded. A: The number of errors during a period exceeds the associated threshold. D: At the start of a new period.

Note: This attribute is deprecated! Unavailable seconds (UAS) threshold exceeded. A: The number of unavailable seconds during a period exceeds the associated threshold. D: At the start of a new period.

Forward defect indication. Applicable for all signal formats; detected at WDM level. This alarm suppresses the corresponding SDH/Sonet alarm. A: Forward defect indication (in wrapper) active. D: Forward defect indication inactive.

Backward defect indication. Applicable for all signal formats; detected at WDM level. This alarm suppresses the corresponding SDH/Sonet alarm. A: Backward defect indication (in wrapper) active. D: Backward defect indication inactive.

Loss of frame. Applicable for SDH/Sonet signal formats. A: SDH frame can not be located. D: SDH frame is located.

Alarm indication signal. Applicable for SDH/Sonet signal formats. For other proprietary formats, e.g. for the tpDDGbE line signal, a similar functionality is emulated. A: An all ones SDH/Sonet signal is detected. D: SDH/Sonet signal recovered.

Remote defect indication. Applicable for SDH/Sonet signal formats. A: RDI indication (in SDH/Sonet frame) active. D: RDI indication inactive.

Loss of sync (GbE). Applicable for GbE signal formats. A: GbE frame can not be located. D: GbE frame is located.

Loss of forwarding error correction (FEC). Applicable for all signal formats. A: The interface is unable to perform forwarding error correction. D: The interface is able to perform FEC.

Laser temperature high threshold exceeded. A: The temperature exceeds the associated threshold. D: Temperature is 0.5 degrees centigrade below the associated threshold.

Laser temperatur low threshold exceeded. The temperature exceeds the associated threshold. A: The temperature exceeds the associated threshold. D: Temperature is 0.5 degrees centigrade above the associated threshold.

The number of the port where the interface is located.

Bitrate mismatch (Other). Applicable for other signal formats. A: The interface is unable to lock to the inserted signal. D: The interface is able to lock to the inserted signal.

Measures laser bias current value in tenths of mA (0.1 mA).

Sets the threshold for the laser bias alarm. in percentage relative to the value set during production. The preset value is 100%.

The upper threshold received power level in units of 0.1 dBm. Note: Depending on the type of board and interface the value range may vary.

The received J0 path trace string. Applicable for SDH/Sonet signal formats.

The administrative state the in-band management channel of the WDM interface. down - The management channel is disabled. up - The management channel is in use.

The operational state the in-band management channel of the WDM interface. down - The management channel is disabled. up - The management channel is in use.

The expected frequency or wavelength. ch871 means the frequency 187.1 THz. w1310 means the wavelength 1310 nm. The semantic of this attribute is different depending on the laser frequency type. Fixed frequency: Unexpected frequency is raised if the expected frequency is not equal to actual frequency. Tunable frequency: The attribute is used to tune the laser frequency. No frequency set is raised if no frequency has been selected. This attribute can be written via SNMP.

The administrative state of the forwarding error correction function. disabled - FEC is disabled. enabled - FEC is activated. auto - autonegotiation is used to enable or disable FEC. Note, auto is not available for all boards.

The actual frequency does not match the pre-configured frequency. A pre-configured frequency of 0 matches all actual frequencies. A: The configured frequency does not match the actual frequency. D: The configured frequency matches the actual frequency.

Indicates whether the trace identifier should be inserted in the transmitted signal. disabled - The trace identifier is taken from the received signal if possible. enabled - The trace identifier set is inserted in the transmitted signal.

The trace identifier to be transmitted from this interface. The identifier length is by default 0 to 15. For mxp8iiSonet boards the length is 0 to 62. Set to empty string for default value: <IP address>:<subrack>:<slot>:<port> Note that only the last part of the address is used.

The received trace identifier for this interface.

Trace identifier used for matching against the received trace identifier. The identifier length is by default 0 to 15. For mxp8iiSonet boards the length is 0 to 62.

Controls if the trace identifier mismatch alarm should be raised. disabled - The alarm is disabled. enabled - The alarm is raised if expected trace identifier differs from the received trace identifier.

Indicates if the expected trace identifier differs from the received trace identifier. A: The received trace identifier differs from the expected trace identifier. D: The identifiers match.

The time when the laser status was last changed.

Suppress AIS, FDI and RDI in the alarm list. The fault status on the port object can, however, be seen. disabled - alarms are not suppressed. enabled - alarms are suppressed.

Wrong HW unit installed. The link has not been optimized for this individual, wrong serial number. Action: The installation optimization procedure must be run again. A: The installed board does not match the installation. D: The installed board matches the installation.

Optimize the threshold for distinguishing between 1s and 0s. This attribute is of action type - it will always have the value normal normal - just a placeholder, is never set by the user. run - run the optimization procedure.

State of the optimization procedure normal - no operation has been started started - the operation is started searchingFirstLow - Search for the first value of the lower flank searchingSecondLow - Search for the second value of the lower flank searchingThirdLow - Search for the third value of the lower flank searchingFirstHigh - Search for the first value of the upper flank searchingSecondHigh - Search for the second value of the upper flank searchingThirdHigh - Search for the third value of the upper flank finishedOk - the operation has been successfully finished finishedFailed - the operation failed searchingFrameLow - Search for the frame at the lower end searchingFrameHigh - Search for the frame at the upper end foundFrame - frame has been found waitOptimize - wait for HW-optimize procedure

Use the HW default decision threshold. This attribute is of action type - it will always have the value normal normal - just a placeholder, is never set by the user. reset - reset to the default value stored in HW unit.

The number of corrected zeros.

The number of corrected ones.

This field contains the serial number of the transponder unit, for which the decision threshold is optimized and stored.

The 1/0 decision threshold computed at installation. The threshold is automatically optimized if the Continous optimization functionality is enabled. Press the Optimize button to manually trigger the optimization routine once.

The inserted transceiver does not have a legal manufacturer code. A: A transceiver with illegal code is inserted. D: The transceiver with illegal code is removed.

The inserted transceiver does not support the requested bit rate. A: A transceiver with other supported bit rate than the requested bit rate is inserted. D: The transceiver with the non-requested bit rate is removed, or the object is reconfigured.

An expected transceiver is missing. A: An expected transceiver is missing. D: The missing transceiver is inserted.

String that describes the transceiver class.

Threshold for the Laser Temp High alarm, expressed as an offset from a pre-set nominal temperature, in units of 0.1 degrees centigrade.

Threshold for the Laser Temp Low alarm, expressed as an offset from a pre-set nominal temperature, in units of 0.1 degrees centigrade.

The transceiver HW has detected a failure in the transmitter part. A: The transmitter has failed D: The transmitter is OK again

The lowest power that the receiver is guaranteed to handle, in units of 0.1 dBm.

The lower threshold for received power level in units of 0.1 dB, relative to the receiver sensitivity, or loss of signal threshold. - For fixed transceivers it is measured with respect to the loss threshold. - For pluggable transceivers (SFP/XFP) it is measured with respect to the receiver sensitivity.

The frequency supported by the transceiver is not recognized by the system. A: Invalid or unknown frequency information is detected in the (pluggable) transceiver or board production data. D: The (pluggable) transceiver or board is replaced.

When enabled, the laser is on regardless of whether there is a client signal or not. disabled - the laser is only on when there is a client signal. enabled - the laser is always on. This is intended to be used at installation to generate light on the WDM-side for the QMR board even if there are not client equipment available.

Specifies how different traffic formats can be combined on different ports on gxp2500, gxp2500Sfp, fhmxp10g, msMxp10G and msMxp. All combinations can not be used on all boards. undefined - no format selected yet fcGbEx2 - 2 ports can carry either GbE or Fc, or 1 port can carry 2G Fc. dvbEsconx8 - 8 ports can carry either DvB, Escon, or Escon-LL. esconx10 - 10 ports can carry Escon. framedGbEx10 - 10 ports can carry a rate limited GbE. esconx6FcGbE - 6 ports can carry Escon, combined with 1 port carrying Fc or GbE. dvbEsconx4FcGbE - 4 ports can carry DvB, Escon, Escon-LL, combined with 1 port carrying Fc or GbE. mixed - All ports can be freely combined, for experimental use. framedGbEx10Vc4 - Like framedGbEx10, but uses VC4s instead of VC-3 fcx2VcatVc4 - 2 x FC over VCAT VC-4 fc2GVcatVc4 - 2G FC over VCAT VC-4 dvbEsconx8VcatVc4 - Like dvbEsconx8, but uses VCAT VC-4 instead mixedVcatVc4 - Like mixed but uses VCAT VC-4 instead fcGbEx2VcatVc4 - Like fcGbEx2 but uses VCAT VC-4 instead gbEx3Stm4Oc12x1Stm1Oc3x3 - 3 ports carry GbE, 1 port can carry Stm4/Oc12 or Stm1/Oc3, 3 ports can carry only Stm1/Oc3 (MsMxp) gbEx1Stm16Oc48x1Stm1Oc3x3 - 1 port carries GbE, 1 port carries Stm16/Oc48, 3 ports carry Stm1/Oc3 (MsMxp) gbESyncEx3Stm4Oc12Stm1Oc3x1 - 3 ports carry synchron GbE, 1 port can carry Stm4/Oc12 or Stm1/Oc3 (MsMxp) gbEx4Stm16Oc48x2 - 4 ports carry GbE, 2 ports carry Stm16/Oc48 (MsMxp10GTCEr, MsMxp10G) stm16Oc48x4 - 4 ports carry Stm16/Oc48 (MsMxp10GTCEr, MsMxp10G) gbEx4x2 - 2 x (4 ports carry GbE) (MsMxpDQgbe) gbEx2Fcx2x2 - 2 x (2 ports carry GbE, 2 ports carry 1G Fc or 1 port carries 2G Fc) (MsMxpDQgbe) gbEStm16Oc48Stm4Oc12Stm1Oc3 - 2 transponders carry GbE or Stm16/Oc48, 2 transponders carry Stm4/Oc12 or Stm1/Oc3 (MsMxpQMS2G5) gbEStm16Oc48 - 4 transponders carry GbE or Stm16/Oc48 (MsMxpQMS2G5) syncEx14GLinex2 - 2 ports carry 4G MSMXP Lines w. Protection, 1 port carry Synchron GbE (MsMxp10G) syncEx10 - 10 ports carry synchron GbE (MsMxp10G) gbEx3Stm4Oc12x1Stm1Oc3x3Basic - Like gbEx3Stm4Oc12x1Stm1Oc3x3, with an alternative processing of the STM client signal (MsMxp) gbESyncEx3Stm4Oc12Stm1Oc3x1Basic - Like gbESyncEx3Stm4Oc12Stm1Oc3x1, with an alternative processing of STM client signal (MsMxp) cpri3x3syncEx2 - 3 ports carry cpri3 (2457.6 Mbps), 2 ports carry synchron GbE (fhmxp10g) syncEx1Cpri4x3 - 3 ports carry cpri4 (3072.0 Mbps), 1 port carries synchron GbE (fhmxp10g)

Select the traffic combination of the board.

Property mask.

The transmitted power level in units of 0.1 dBm.

The actual laser temperature in units of 0.1 degrees centigrade.

A transceiver hardware failure is detected. A: The transceiver fails. D: The transceiver is replaced.

The interface is disabled. A: Interface disabled. D: Interface enabled.

The interface is set in loopback mode. A: Loopback enabled. D: Loopback disabled.

Continuously run the optimization of the decision threshold. enabled - continous optimization enabled. disabled - continous optimization disabled.

This text descibes the cause why the latest optimize command failed. The information is only valid if the thresholdOptimizationState is finishedFailed.

Note: This attribute is deprecated! The distribution role of the line function - terminal: normal point-to-point operation - broadcastHub: broadcast on both lines. - broadcastSatellite: drop-and-continue

Note: This attribute is deprecated! Select the operation mode of the line. - terminal: normal point-to-point operation - broadcastHub: broadcast on both lines. - broadcastSatellite: drop-and-continue

The tunable laser frequency has not been set. A: Tunable laser frequency is not set. D: Tunable laser frequency is set.

The signal format FecLan10GbE1A: iWDM 10G framing format type 1A (TPD10GBE-BU, GBE9/MXP10GFEC) FecLan10GbE1B: iWDM 10G framing format type 1B (TPQ10GFEC, MS-MXP/10G,TPQ10GFECI) Iwdm40Gb: iWDM 40G framing format (MS-TP/40G, MS-MXP/40G)

Command to change the signal format. OTU-2 can be selected.

Note: This attribute is deprecated! The OH Transparency setting shall be set to off for standard SDH/SONET mode. Does not work when client wrapper is enabled. When set to on, the following tributary OH-bytes are transparently transported: E1, E2, F1, D1-D3, D4-D12, K1, K2, J0 The following are always terminated: B1, B2, M1 and S1.

Note: This attribute is deprecated! A: Failure to negotiate a connection with the other party. D: A connection is negotiated.

Note: This attribute is deprecated! The wanted auto negotiation mode. off - auto negotiation process is disabled on - auto negotiation process is enabled

Note: This attribute is deprecated! The result of the auto negotiation procedure incomplete - the result is still pending half - half duplex full - full duplex

Note: This attribute is deprecated! The mode for handling of pause messages between the peers. noPause - PAUSE frame reception and transmission is disabled rxPause - PAUSE frame reception is enabled (asymmetric) txPause - PAUSE frame transmission is enabled (asymetric) bothPause - send and accept pause messages (symmetric).

Indicates whether the interface is grouped into a ROADM-Line-group. disabled - The interface is not grouped into a ROADM-Line-group. enabled - The interface is grouped into a ROADM-Line-group.

Set type of FEC. enhancedFec - 2nd generation Enhanced FEC (rate compatible with G.709 but > 2 dB additional coding gain) g709 - 1st generation FEC according to ITU-T G.709 (near 6 dB coding gain).

Loop the wdm RX signal back to the wdm TX. This is also called Facility loopback. disabled - the signal is not looped enabled - the signal is looped.

Timeout for far end loopback (a.k.a. facility loopback) to make sure connection to node is not lost if ppp link is broken. The unit is hour. 0.1 means 6 minutes.

Far end loopback (a.k.a. facility loopback) is enabled.

Command to change Loopback and loopbacktimeout

Too many errors to get valid FEC statistics. It is not possible to run control loops based on FEC statistics. A: Too many errors to get valid FEC statistics. D: The FEC statistics is valid.

The operational state for outgoing (TX) signal of the interface. down - A fault that would lead to a protection switch has occurred. degraded - The signal quality is impaired. up - The signal is OK. notApplicable (2147483647) - Attribute is not used on board.

The operational state for incoming (RX) signal of the interface. down - A major fault has occurred degraded - The signal quality is impaired. up - The signal is OK. notApplicable (2147483647) - Attribute is not used on board

Loop the wdm TX signal back to the wdm RX. This is also called Terminal loopback. disabled - the signal is not looped enabled - the signal is looped.

Timeout for near end loopback (a.k.a. terminal loopback) to make sure connection to node is not lost if ppp link is broken. The unit is hours. 0.1 means 6 minutes.

Near end loopback (a.k.a. terminal loopback) is enabled.

Command to change near end loopback (a.k.a. terminal loopback) and loopbacktimeout

Too many error corrected. If more errors are corrected it might effect the client signal in a negative way.

Choose if the line should be used in hub protection. (needs to be setup in mba) disabled - Port is not in hub protection (default) enabled - Hub protection is enabled

The actual signal format.

Shows current dispersion value in the unit.

Sets state and dispersion in the unit.

States the current mode of the TDC dispersion. Mode: auto - The TDC is in auto optimising state. startValue - Starts with the desired value, then it goes to auto afterward. manula - The TDC is in manual/forced mode.

The current state of the unit. The unit is ready if state=Automatic fine-tuning. The states could be one of the followings: Init DPSK. DPSK Tx Locked. Init EDFA. Coarse-tune DPSK. Coarse-tune TDC, first step. Coarse-tune TDC, second step. Fine-tune TDC. Fine-tune DPSK. TDC in manual/forced mode. Automatic fine-tuning.

Threshold for signal degraded alarm, based on BER value. The threshold is settable on the first line port, affecting all line ports. Predefined BER levels rxBerLevel1 = 1E-12 rxBerLevel2 = 1E-13 rxBerLevel3 = 1E-15

Threshold Optimization State. Idle - No regulation done Searching - Rough threshold regulation is being performed Optimizing - Fine threshold regulation is being performed Steady State - Regulation at steady state Failed(trafficLoss) - Failure due to traffic loss (FEC failure, Loss of sync, LOF, Bitrate Mismatch) Failed(LOS) - Failure due to loss of singal

The threshold is automatically optimized if the Continous optimization functionality is enabled. Press the Optimize button to manually trigger the optimization routine once.

enabled - the laser is turned off for a specified time, until the timer expires disabled - normal state

Command to shut the laser down for a user-defined period of time. This setting will over-ride other laser control functions like ALS and protection. The timer can be selected in minutes: [1..30] minutes. When the timer expires, the normal laser control functions will take over the control of the laser. When in the shut-down state, the same command can be issued to cancel the operation prematurely.

Software controlled laser shutdown is enabled. Activation - When the command is successfully applied. De-activation - When the timer expires, or the operation is manually cancelled.

The access identifier (AID) of the interface. The format is according to GR-833.

The physical location of the if.

The protection group table.

An entry in the protection group table.

An arbitrary index assigned to each entry.

The name of the object, for example pg:1:2:1-2:1:3:1-2, where the numbers indicate the subrack, slot and TX-RX port number for the left and right interface of the group. The interface is either a client interface or a line interface. This depends on the protection type, which in turn depends on the type of board that is involved.

User configurable label.

The subrack number for this protected interface.

The slot number for this protected interface.

The port number for the TX side of this protected interface. Not necessary for boards with only one interface.

The subrack number for the other protected interface.

The slot number for the other protected interface.

The port number for the TX side of the other protected interface. Not necessary for boards with only one interface.

The time the operational state of the protection group was last changed.

The administrative state for the protection group. down - The protection group is inactive. leftForced - The left side is forced active. rightForced - The right side is forced active. auto - The application choses which side should be active. This should be the normal mode of operation. toggle - Switch the active side of the protection group. Only applicable in auto state. After setting adminStatus to toggle it again receives the auto value.

Note: This object is deprecated. The operational state for the protection group. bothDown - both sides down leftDownRightUp - left side down, right side up leftDownRightStandby - left side down (forced), right side standby leftStandbyRightDown - left side standby, right side down (forced) leftStandbyRightUp - left side standby, right side up leftUpRightDown - left side up, right side down leftUpRightStandby - left side up, right side standby

Manages creation and deletion of conceptual rows. See also SNMPv2-TC.

Protection service degraded. A: One of the sides of the protection group has signal failure or one side is forced active. D: Both sides of the protection group are available (The signal is recovered or the forced active side is released).

Protection service failure. A: Both sides of the protection group has signal failure or the side that is forced active has signal failure. D: One of the sides of the protection group is available (The signal is recovered or the forced active side is released).

The operational state for the protection group. none - no side is active. left - the left side is active. right - the right side is active.

The operational state for the left side of the protection group. down - this side is out of service. up - this side is active.

The operational state for the right side of the protection group. down - this side is out of service. up - this side is active.

Different types of protection realisation and modelling. The information is intended for the TNM. eqAndFiberProtection - multiple boards, e.g. two tpMr2500 or tpMr25v2 fiberProtectionI - single board, e.g. FPU fiberProtectionII - single board, e.g. QMR fiberProtectionIII - single board, e.g. tpDDGbE fiberProtectionIIII - single board, e.g. tpD10GbE singleEndedBiDirLineProtection - single ended bidirection line protection, e.g. fhau1

Property mask.

Defines how the wrapper will operate in correlation with the traffic switch. followTraffic - use the same interface as the traffic is selected from. fixedToDefaultInterface - wrapper is fixed to the predefined interface. This is the interface over which the PPP-link is defined.

Shows which interface that currently is used for wrapper communication.

The subrack number of the left communication link for this protection group.

The slot number of the left communication link for this protection group.

The port number of the left communication link for this protection group

The subrack number of the right communication link for this protection group.

The slot number of the right communication link for this protection group.

The port number of the right communication link for this protection group

The interface used for the left communication link for this protection group.

The interface used for the right communication link for this protection group.

Protection group communication failure A: There are several underlying criterias for this: - Loss of signal on the communication link - Errors on the communication link - Supervision failures - Missing status messages for the protection group D: Status messages are coming in as they should and the link supervision works.

Traffic configuration received over the two lines differ. A: The traffic configuration received over the two lines do not match. D: Both lines have the same traffic configuration

Include signal degraded alarm as a protection switch criteria.

When revertive mode is enabled and traffic is running on secondary path, this timer decides when to switch back to primary path (when the primary path is up and working again). Please note! To make sure that the desired timer value is used, always change this separatly from other settings.

If revertive protection switch is enabled, the primary path will automaticly be chosen as working path if it is operational. A switch back to the primary path will however be delayed with the period of time given by the user.

The interface in the protection group that should be used as prefered working path.

The interface in the protection group that is used as prefered protection path. This is set automatically when choosing the primary working path.

Alarm indicating that the alternative secondary path is currently used, when revertive switching is enabled. A: Secondary path is used as working path. D: Primary path is used as working path.

The interface list.

An entry in the interface list. Each interface consists of a uni- or bi-directional port.

An arbitrary index assigned to each entry.

The management name of the interface, for example wdmi:1:2:1, where the first number indicates sub-rack, the second slot number and the third is the port number.

User configurable label.

The number of the subrack where the interface is located.

The number of the slot where the interface is located.

The number of the port where the interface is located.

The row in the invPhysTable for this interface. Set to 0 if not known.

The type of signal the interface expects. rx - Only ingoing signal. LambdaType, LambdaMin and LambdaMax indicates the frequency properties for the ingoing signal. tx - Only outgoing signal. LambdaType, LambdaMin and LambdaMax indicates the frequency properties for the outgoing signal. biDi - Ingoing and outgoing signal on the same port. LambdaType, LambdaMin and LambdaMax indicates the frequency properties for the bi-directional signal.

The type of wavelengths the port of the interface can accomodate. fixed - The port received or transmits a fixed frequency. range - The port can handle a range of frequencies. Not used. transparent - There are no frequency properties associated with the port.

The frequency given in hundreds of GHz (0.01 GHz). Set to 0 for transparent ports.

The maximum frequency (for the wavelength) in GHz.

The time when the state of the interface entry was last changed.

The frequency of the wavelength given in hundreds of GHz (0.01 GHz). This attribute can be written via SNMP.

The actual frequency does not match the hundreds of GHz (0.01 GHz). The actual frequency does not match the pre-configured frequency. A pre-configured frequency of 0 matches all actual frequencies. A: The configured frequency does not match the actual frequency. D: The configured frequency matches the actual frequency.

The administrative state for the port. down - The alarm are inhibited up - Alarms are reported

The operational state for the port. notPresent - The board is missing down - Admin down up - The board is present and admin up

Property mask.

The Max frequency of the wavelength range given in hundreds of GHz (0.01 GHz). This attribute can be written via SNMP.

The access identifier (AID) of the interface. The format is according to GR-833.

The physical location of the if. The format is according to GR-833.

The number of the port where the interface is located.

The interface list.

An entry in the interface list.

An arbitrary index assigned to each if entry.

The management name of the vc4/vc3/STS-1, e.g. vc4:1:2:1-2:8 where the first number indicates sub-rack, the second slot number and the third/forth are the port numbers. The last number is the vc4/vc3/STS-1 id within the STM16/STS-48 frame.

User configurable label.

The number of the subrack where the vc4/vc3/STS-1 is located.

The number of the slot where the vc4/vc3/STS-1 is located.

The number of the port where the TX-side of the vc4/vc3/STS-1 is located.

The number of the port where the RX-side of the vc4/vc3/STS-1 is located.

The id of the vc4 within the STM64/STM16 frame. When Sonet, the id of the STS3 within the OC192/OC48 frame.

Property mask.

Alarm indication signal (AIS). Applicable for SDH/Sonet signal formats. A: An all ones SDH/Sonet signal is detected. D: SDH/Sonet signal recovered.

Loss of pointer detected. Applicable for SDH/Sonet signal formats. A: A loss of pointer is detected. D: SDH/Sonet signal recovered.

The operational state for incoming (RX) signal of the interface. down - A fault that would lead to a protection switch has occurred. degraded - The signal quality is impaired. up - The signal is OK.

Describes if and how the VC4s are concatenated. In case of sonet how the STS3s are concatenated. on - Concatenation is used. off - No concatenation is used. can be vc3 (STS-1), vc4 (STS-3, STM1/OC3), vc4x4c (STM4/OC12), vc4x16c (STS-48, STM16/OC48), vc4x64c (STS-128, STM64/OC192), sts1 (STS-1), sts3c (STS-3 concatenated), sts12c (STS-12 concatenated).

Describes if the VC4/STS3 contains payload. equipped - VC4/STS3 contains payload. unequipped - No payload in VC4/STS3.

Shows the name of the client port and possible subchannel/vc4 that it is connected to or Unconnected if not connected.

Shows the index of the connected interface. Or 0 if unconnected.

The administrative state for the vc4/vc3/STS-1. down - The vc3/vc4/STS-1 should not be used. This vc4/vc3 will not affect rxSignalStatus. up - The vc4/vc3/STS-1 should be used. This vc4/vc3/STS-1 will affect rxSignalStatus.

The protection group table.

An entry in the protection group table.

An arbitrary index assigned to each entry.

The name of the object, for example rpg:1:2:1, where the numbers indicate the subrack, slot and TX port number for the local interface of the group. The interface is either a client interface or a line interface. This depends on the protection type, which in turn depends on the type of board that is involved.

User configurable label.

The subrack number for this protected interface.

The slot number for this protected interface.

The port number for the TX side of this protected interface.

The subrack number of the communication link for this protection group.

The slot number of the communication link for this protection group.

The port number of the communication link for this protection group

The port number of the communication link for this protection group

The time the operational state of the protection group was last changed.

The IP-address of the remote node.

The identifier (name) of the protection group that is understod by both the local and the remote node.

The role of the node in this protection group. master - the manager should read info from this node. slave - the manager should read from the other node

The administrative state for the protection group. down - The protection group is inactive. localForced - The local side is forced active. remoteForced - The remote side is forced active. auto - The application choses which side should be active. This should be the normal mode of operation. toggle - Switch the active side of the protection group. Only applicable in auto state. After setting adminStatus to toggle it again receives the auto value.

Manages creation and deletion of conceptual rows. See also SNMPv2-TC.

The operational state for the protection group. none - no side is active. local - the local side is active. remote - the remote side is active.

The operational state for the local side of the protection group. down - this side is out of service. up - this side is working.

The operational state for the remote side of the protection group. down - this side is out of service. up - this side is working.

Property mask.

Protection service degraded. A: One of the sides of the protection group has signal failure or one side is forced active. D: Both sides of the protection group are available (The signal is recovered or the forced active side is released).

Protection service failure. A: Both sides of the protection group has signal failure or the side that is forced active has signal failure. D: One of the sides of the protection group is available (The signal is recovered or the forced active side is released).

Procedure to setup the protection group. - Communication Interface Select from a list of available interfaces - Remote IP-address Select from a list of discovered addresses or enter a value - Identifier Select from a list of identifiers that have been published by the node with the IP-address selected above, or enter a unique value. The identifier must be unique both in the local node and in the remote node. - Role Select whether the local end of the protection group shall be master or slave.

Protection group setup failure. A: The defined remote IP-address and/or protection group identifier can not be resolved with the peer node. D: The protection group can be resolved

Protection group master/slave conflict. A: The protection group is resolved, but the two peers have the same role defined - both master, or both slave D: Their respective roles differ

Protection group communication failure A: There are several underlying criterias for this: - Loss of signal on the communication link - Errors on the communication link - Supervision failures - Missing status messages for the protection group D: Status messages are coming in as they should and the link supervision works.

The interface list.

An entry in the interface list.

An index assigned to each entry. The index contains information about subrack, slot and port for controlled channel.

The management name of the channel, for example ch:1:2:1:959 (ch:[subrack]:[slot]:[port]:[channel]).

The subrack number of the unit where the controlled channel is attenuated.

The slot number of the unit where the controlled channel is attenuated.

The port number of the controlled channel in the unit where the channel is attenuated.

The frequency of the wavelength given in hundreds of GHz (0.01 GHz).

The number of the group to which the controlled channel belongs.

The administrative state for the channel control. down - The channel control is inactive. Channel attenuation is set to its maximum value. service - The channel control is activated but alarms are suppressed. Intended for use during service or re-configuration. When service is concluded adminStatus should be set to up again. up - The channel control is active. Alarms are not suppressed.

The wanted output power.

The actual output power.

The current attenuation.

Starts a regulation manually

Alarm raised when the wanted output power can not be obtained. That is a) The wanted power has not been obtained after the maximum number of consequent control cycles. b) Failure to read the current output power. c) Failure to set attenuation when regulating channel.

Alarm raised when the current output power is outside the regulation range for the group. At this point, no regulation will be performed on the channel. The operator must change the wantedOutputPower or the regulationRange.

Alarm raised when the attenuation is at the maximum or minimum values for the controlled device and the wantedOutputPower cannot be obtained. At this point, no regulation will be performed on the channel.

The regulation status of the channel. initial - No regulation has been performed yet. searching - The system is trying to detect the channel. regulating - The system is regulating the output power of the channel to the wanted level. ok - The output power of the channel is at the wanted level. notFound - Channel could not be detected in monitor. error - Regulation of channel output power failed. waiting - Channel is in queue for regulation startup and will be started when ongoing regulations and prior elements in the startup queue have been processed.

Initiates a safe startup procedure for the channel when set to start. If the administrative status of the channel is down or the channel is not detected by the monitor unit, the system attempts to detect the channel as follows: 1) The attenuation is set to its maximum value. 2) The attenuation is decreased until the channel is detected by the monitor. When the channel is detected, regulation of the channel is started, ignoring the regulation range. If the channel cannot be detected, channelStatus is set to notFound. If regulation in fails, channelStatus is set to error and an alarm is raised. When the startup sequence is finished, the administrative status of the channel is set to up. If a regulation is ongoing when the startup procedure is initiated, the channel is put on a waiting queue until the ongoing regulation is finished. The startup queue has a limited length. If the queue is filled up with waiting channels, further startup commands will be blocked until all the queued channels have been started. At times when it is not allowed to start the channel, e.g. in commissioning mode or when the queue is full, this attribute is set to blocked and cannot be set to start. NOTE: The blocked state is handled entirely by the system and cannot be set or reset by the user. The state of this attribute immediately returns to normal when the startup procedure has been initiated or the channel is put on the startup queue.

Shows the index of the connected monitor interface.

Initiates a safe startup sequence for the channel. If the administrative status of the channel is down or the channel is not detected by the monitor unit, the system attempts to detect the channel as follows: 1) The attenuation is set to its maximum value. 2) The attenuation is decreased until the channel is detected by the monitor. When the channel is detected, regulation of the channel is started, ignoring the regulation range. If the channel cannot be detected, channelStatus is set to notFound. If regulation fails, channelStatus is set to error and an alarm is raised. When the startup sequence is finished, the administrative status of the channel is set to up. If a regulation is ongoing when the startup procedure is initiated, the channel is put on a waiting queue until the ongoing regulation is finished. The startup queue has a limited length. If the queue is filled up with waiting channels, further startup commands will be blocked until all the queued channels have been started.

An expected SFP is missing. A(ctivation): An expected SFP is missing. D(e-activation): The missing SFP is inserted.

The type of the SFP used for the channel port is not the expected. A(ctivation): Invalid or mismatching SFP media is detected. D(e-activation): The correct SFP is used.

Loss of signal at the channel port. A(ctivation): Active loss of signal HW indication. D(e-activation): Inactive loss of signal HW indication.

User configurable label. This attribute can be written via SNMP.

The max attenuation limit on channel.

The min attenuation limit on channel.

The threshold offset to max/min attenuation on the channel. If the threshold is reached, AttenControlDegraded alarm will be raised.

Alarm is raised when channel attenuation is crossing threshold to max/min attenuation. A(ctivation): Active the alarm indication. D(e-activation): Inactive the alarm indication.

Channel not found.

The interface list.

An entry in the interface list.

An index assigned to each entry. Index contains information about group number, subrack, slot and port.

The management name of the group, for example group:1 (group:[groupNumber]).

User configurable label.

A unique number identifying the group.

The number of the subrack where the monitor unit is located.

The number of the slot where the monitor is located.

The monitor port where the group is connected. Each character represents a port number, as shown: a->1, b->2, c->3, d->4, e->5, f->6, g->7, h->8.

The management name of the monitor port, for example ocm:1:2:1-A ([monitortype]:[subrack]:[slot]:[port]).

The administrative state for the group. down - The group is de-activated. No regulations will be performed. service - The group is activated but alarms are suppressed. Intended for use during service or re-configuration. When service is concluded adminStatus should be set to up again. up - The group is active. Regulations will be performed regularly and on user orders. Alarms are not suppressed.

The current control group mode. normal - regulation is performed at the interval defined in General -> Regulation interval commissioning - the regulation is performed continuously. After 15 minutes it will change back to normal mode. Note! When control group is in commissioning mode the corresponding monitor port will still be in normal mode.

Select which control mode to use: normal - regulation is performed at the interval defined in General -> Regulation interval commissioning - the regulation is performed continuously. After 15 minutes it will change back to normal mode.

Starts a regulation manually

To avoid frequent changes of attenuation, a range can be defined around the wanted output power. A control loop will not try to adjust power values within the range.

An offset below the wanted output power at which the Current Power Out Of Range alarm shall be raised. When the current output power is so far below the wanted output power, the regulation stops and the alarm is raised. Applicable for normal mode.

The time when the group was last regulated.

Alarm raised when the group is put in commissioning mode. A: Commissioning mode is used D: Normal mode

Creates one or several control channel objects and associates them to the selected group. User needs to specify: - The board where the added channels are attenuated. - The port(s) or channel(s) of that board to add. - The wanted output power of the channel.

The current number of channels associated with this group.

The regulation status for the group starting - the system is starting up noRegulation - the group contains no channels to regulate reading - the control loop is reading the power from the monitor regulating - the control loop is calculating and setting new attenuations idle - the control loop is inactive until next regulation

The remaining time (in seconds) to next regulation.

The total output power of the OCM differs by more than 1.4dB from the monitor port insertion loss value of the OA. A: The total output power of the OCM differs from the monitor port insertion loss by more than 1.4dB D: Output power of OCM is within 1.4dB of the monitor port insertion loss value again

Total power of channels associated to this group, based on OCM measurements.

Initiates a safe startup sequence for all the channels of selected group. If the administrative status of the channel is down or the channel is not detected by the monitor unit, the system attempts to detect the channel as follows: 1) The attenuation is set to its maximum value. 2) The attenuation is decreased until the channel is detected by the monitor. When the channel is detected, regulation of the channel is started, ignoring the regulation range. If the channel cannot be detected, channelStatus is set to notFound. If regulation fails, channelStatus is set to error and an alarm is raised. When the startup sequence is finished, the administrative status of the channel is set to up. If a regulation is ongoing when the startup procedure is initiated, the channel is put on a waiting queue until the ongoing regulation is finished. The startup queue has a limited length. If the queue is filled up with waiting channels, further startup commands will be blocked until all the queued channels have been started.

The interface list.

An entry in the interface list.

An index assigned to each entry. The index contains information about subrack, slot and port for controlled channel.

The management name of the interface, for example channel:1:2:1-2:19 (channel:[subrack]:[slot]:[port]:[channel]).

The channelId within the line signal.

Shows what format(s) this channel is used for. (e1t1, fe or gbeFe)

Shows whether the remote node has inserted payload into this channel. A: No payload is received on this channel D: Payload is received again

Shows the name of the client port and possible subchannel that it is connected to or Unconnected if not connected.

Shows the index of the connected interface. Or 0 if unconnected.

Connect a subchannel to a specific client and subchannel

Disconnect existing crossConnections

Shows the name of the client port in the remote access node that terminated the sub channel. For sub channels that are not terminated in the remote node, Not Terminated is shown.

Shows the index of the protected chanel. Or 0 if not active protection. updates when protection state is changed.

The time interval between regulations in normal mode. interval5min - 5 minutes interval interval30min - 30 minutes interval

The current status of the control loop. initial - No regulation has been performed yet. searching - Trying to detect channels. reading - Reading power values from monitor unit. regulating - Adjusting power levels. idle - No regulation is ongoing.

The date and time of the last regulation.

Time left to next scheduled regulation. Unit: seconds.

Delay compensation for protection groups table.

An entry in the table.

An index assigned to each entry. The index contains information about subrack, slot and port for controlled channel.

The management name of the entry, for example dcpg:1:3:17-18:1:3:19-20 (dcpg:[subrack]:[slot]:[leftporttx]-[leftportrx]:[subrack]:[slot]:[rightporttx]-[rightportrx]).

The UpId within the table.

The administrative state for the object. service - The object is activated but alarms are suppressed. Intended for use during service or re-configuration. When service is concluded adminStatus should be set to up again. up - The object is active. Regulations will be performed regularly and on user orders. Alarms are not suppressed.

The operational state for the object. notPresent - The object is not available. down - The object is de-activated or there are faults preventing its transition to the up state. up - The object is active.

The automatic delay compensation mode.

The automatic delay compensation state.

The current delay difference in nanoseconds, after compensation. The difference is calculated as (right line current delay) - (left line current delay).

Delay compensation out-of-range. alarm: The delay compensation is out-of-range. ok: The delay compensation is in range.

Fiber length difference out-of-range. alarm: The fiber length difference is out-of-range. ok: The fiber length difference is in range.

Resets the automatic delay compensation. After a successful reset the default value (normal) is restored in this attribute.

Delay compensation for protection group links table.

An entry in the table.

An index assigned to each entry. The index contains information about subrack, slot and port for controlled channel.

The management name of the entry, for example dclink:1:3:17-18 (dclink:[subrack]:[slot]:[porttx]-[portrx]).

The UpId within the table.

The current delay compensation in nanoseconds. Note, the granularity of this value is determined by the hardware capabilities.

The wanted delay compensation in nanoseconds. Note, this value is only used by the system when automatic delay compensation mode is disabled.

Bogus table to hold one entry with a dialog attribute to create entries in another table.

A list of links where the channel power will be adjusted

An index assigned to each entry. The index contains information about subrack, slot and port for controlled channel.

The management name of this bogus entry, that only exists to create other entries. bogus

Creates a wdmMeanChannelPowerControl entry in another table

The list of local links to balance channel power on

A list of links where the channel power will be adjusted

An index assigned to each entry. The index contains information about subrack, slot and port for controlled channel.

The management name of the local link adjustment entry meanChannelPowerControl:1:2:1 (meanChannelPowerControl[oa subrack]:[oa slot]:[oa port]).

User configurable label.

The subrack number of the ocm reading the oa monitor port.

The slot number of the ocm reading the oa monitor port. channel is attenuated.

The monitor port of this local link adjustment loop.

The subrack number of the oa that is being controlled by this local link adjustment entry

The slot number of the oa that is being controlled by this local link adjustment entry

The port number of the oa that is being controlled by this local link adjustment entry

The management name of the monitor port, for example ocm:1:2:1-A ([monitortype]:[subrack]:[slot]:[port]).

The administrative state for the local link adjustment entry. down - The link adjustment is disabled service - The link is adjusting the channel power but alarms are suppressed. Intended for use during service or re-configuration. When service is concluded adminStatus should be set to up again. up - The link adjustment is active. Regulations will be performed regularly and on user orders. Alarms are not suppressed.

The operational state for the control group down - The control group cannot operate due to missing resources or other complications up - The control group is active

Starts a regulation manually

An offset below the wanted output power at which the Current Power Out Of Range alarm shall be raised. When the current output power is so far below the wanted output power, the regulation stops and the alarm is raised. Applicable for normal mode.

The time when the link was last regulated.

The time when the link was latest adjusted

Alarm raised when calibration of the OCM port fails. A: calibration of OCM port failed D: Normal mode

The regulation status for the link starting - the local link adjustment loop is reading the power from the monitor regulating - the local link adjustment loop is calculating and setting new attenuation / wanted gain idle - the local link adjustment loop is inactive until next regulation

The remaining time (in minutes) to next regulation.

The wanted output power.

The actual output power.

OA signal gain set by the local link adjustment loop

Total channel output power

Number of channels read from OCM

Absolute power offset

Remaining power offset

Alarm raised when the OCM monitor port offset is too large A: OCM port offset too large D: Normal mode

Alarm raised when the incomming channelpower is too high or too low to regulate to the wanted mean channel power A: channel power out of range D: Normal mode

Minimum time between two regulations, a random wait time of up to 15 seconds is added to this value when calculating when the next regulation should occurr.

The management name of the OA port controlled by this control loop

The latest amplifier input power

The latest amplifier output power

Store the local ID since it will be needed when reading backup