TIMETRA-CHASSIS-MIB

TEXTUAL-CONVENTION

The TmnxAlarmState is an enumerated integer whose value indicates the current alarm state of a physical or logical component in the Nokia SROS series system.

TEXTUAL-CONVENTION

The TmnxBITSIfType data type is an enumerated integer that describes the values used to identify the interface and framing types of a BITS (Building Integrated Timing Supply) interface.

TEXTUAL-CONVENTION

The TmnxBITSOutSource is an enumerated integer that describes the values used to identity the source of the BITS (Building Integrated Timing Supply) output. When TmnxBITSOutSource is 'lineRef (1)', the BITS output timing is selected from either the one of the timing input references, without any filtering. Either the first or second line reference, or the PTP timing input reference may be selected to be transmitted in this manner. The BITS timing input is never selected in this mode. When TmnxBITSOutSource is 'internalClock (2)', the BITS output timing is driven from the system timing.

TEXTUAL-CONVENTION

TmnxCardFilterProfile specifies the filter scale profile for the card. The value 'none' specifies the default filter allocation for the chassis. The value 'profile-a' specifies a different filter allocation allowing additional ingress IPv4 filter entries at the expense of egress IPv4 and IPv6 filter entries.

TEXTUAL-CONVENTION

The TmnxCardFunctionalLevel data type is an integer that specifies a functional level variant of a given Card.

TEXTUAL-CONVENTION

The TmnxCardFunctionalUpgrade data type is an integer that specifies a functional level upgrade of a given Card

TEXTUAL-CONVENTION

The TmnxCardRebootType is an enumerated integer that describes the values used to support reboot operation style commands. GETs and GETNEXTs on a variable of this type always returns 'not-applicable (2)'.

TEXTUAL-CONVENTION

TmnxCardSlotBitMap specifies a bitmap of card slots. A bit value set to '1' indicates the slot is used by the object.

TEXTUAL-CONVENTION

The TmnxCardSuppType is a bit-mask specifying the valid card types supported for a specific card slot. When multiple bits are set, it can be used to identify a set or list of card types used in the tmnxCardTable and tmnxCpmCardTable to indicate supported cards within a specific chassis slot. Some example card types might be: sfm-400g -- 400g CPM/SF module sfm-200g -- 200g CPM/SF module iom-20g -- 2 x 10-Gig MDA IOM Card

TEXTUAL-CONVENTION

TmnxCardType is an index into the tmnxCardTypeTable used to identify a specific type of card.

TEXTUAL-CONVENTION

TmnxCcagId is an integer specifying the cross connect aggregation group. The value '0' is used when a ccag is not defined and is not a valid value when TmnxCcagId is used as an index.

TEXTUAL-CONVENTION

TmnxCcagRate is an integer specifying the rate for a CCAG member in Kbps. The range of TmnxCcagRate is from 0 Kbps to 100Gbps. The value '-1' is used for maximum rate available.

TEXTUAL-CONVENTION

TmnxCcagRateOption specifies how the defined rate is applied to active Cross Connect Adaptors (CCAs). aggregate (1) - the defined rate is equally divided among the CCAs in the CCAG member list based on the number of active CCAs. cca (2) - the defined rate is applied to all CCAs in the CCAG member list.

TEXTUAL-CONVENTION

The TmnxCcmType data type is bit-mask field that describes the values used to identify the kind of Chassis Control module (CCM) installed on the chassis. A TmnxCcmType bit value specifies the index value for the entry in the tmnxCcmTypeTable used to identify a specific type of CCM manufactured by Nokia. When multiple bits are set, it can be used to identify a set or list of CCM types used in the tmnxCcmTable to indicate supported CCMs within a specific chassis slot. Some example CCM types are: unknown -- unknown/uninstalled ccm-v1 -- Chassis Control Module version 1

TEXTUAL-CONVENTION

The TmnxChassisIndex is a unique index that identifies a chassis within an Nokia SROS system. Note that initial releases will support only one chassis in a system.

TEXTUAL-CONVENTION

The TmnxChassisIndexOrZero can be either a nonzero TmnxChassisIndex, or the value zero.

TEXTUAL-CONVENTION

The TmnxChassisMode data type is an enumerated integer that specifies the values used to identify which set of scaling numbers and features are effective for an Nokia SROS series chassis. 'modeD' corresponds to the scaling and features that come with iom3-xp/imm modules or newer modules.

TEXTUAL-CONVENTION

TmnxChassisPemType specifies what Power Entry Module (PEM) type is installed in the Chassis. not-applicable (0) - Chassis does not support an installed PEM. unknown (1) - Unknown kind of PEM installed. pem (2) - First generation of the PEM module. pem-3 (3) - Second generation of the PEM module capable of supporting the IOM3/IMM modules. peq (4) - Power Equalizer.

TEXTUAL-CONVENTION

TmnxChassisType is an index into the tmnxChassisTypeTable used to identify a specific type of chassis.

TEXTUAL-CONVENTION

The value of TmnxCpmPowerShelfCommsFailStatus indicates which CPMs cannot communicate with the power shelf. Values: cpmA (0) - CPM A cannot communicate with the power shelf cpmB (1) - CPM B cannot communicate with the power shelf

TEXTUAL-CONVENTION

The TmnxDeviceState data type is an enumerated integer that describes the values used to identify states of chassis components such as fans and power supplies.

TEXTUAL-CONVENTION

The TmnxEsaId uniquely identifies an Extended Services Appliance (ESA) within a Nokia SROS system.

TEXTUAL-CONVENTION

The TmnxEsaIdOrZero can be either a nonzero TmnxEsaId, or the value zero.

TEXTUAL-CONVENTION

The TmnxEsaVmId uniquely identifies a virtual machine within an Extended Services Appliance (ESA) within a Nokia SROS system.

TEXTUAL-CONVENTION

The TmnxEsaVmIdOrZero can be either a nonzero TmnxEsaVmId, or the value zero.

TEXTUAL-CONVENTION

The TmnxFabricSuppType is a bit-mask specifying the valid fabric card types supported for a specific card slot. When multiple bits are set, it can be used to identify a set or list of card types used in the tmnxFabricTable to indicate supported fabric cards within a specific chassis slot. Some example card types might be: integrated -- the CPM/SF Module consists of an integrated fabric card.

TEXTUAL-CONVENTION

The TmnxFabricType data type is an integer that specifies an Nokia SROS series fabric card type. A TmnxFabricType value is valid when there is a corresponding row in the tmnxFabricTypeTable.

TEXTUAL-CONVENTION

TmnxFpGeneration specifies the Forwarding Plane (FP) network processor generation.

TEXTUAL-CONVENTION

TmnxGnssConstellation specifies or indicates the type of satellites that the GNSS receiver uses to acquire a fix. The value 'gps' specifies that the receiver only uses the United States' Global Positioning System (GPS) satellites. The value 'gps-glonass' specifies that the receiver uses both GPS and Russia's GLONASS satellites.

TEXTUAL-CONVENTION

TmnxHwClass is an enumerated integer that identifies the general hardware type of a component in the tmnxHwTable.

TEXTUAL-CONVENTION

The value of TmnxHwEventAction describes the action to be taken when event is detected. The actions supported by this system include: none (0) - No action log-only (1) - Log the event reset (2) - Reset to recover the event fail (3) - Fail the equipment

TEXTUAL-CONVENTION

The TmnxHwEventType is an enumerated integer that describes the types of events that can be detected and reported for different types of hardware. Not all types of events are supported on all hardware.

TEXTUAL-CONVENTION

The TmnxHwIndex is a unique integer index that identifies an Nokia SROS series manufactured hardware component, such as an IOM, CPM, Fabric or MDA card.

TEXTUAL-CONVENTION

The TmnxHwIndexOrZero is a unique integer index that identifies an Nokia SROS series manufactured hardware component, such as an IOM, CPM, Fabric or MDA card. Also TmnxHwIndexOrZero can be zero.

TEXTUAL-CONVENTION

The TmnxLEDState data type is an enumerated integer that describes the values used to identify state LEDs on Nokia SROS series cards.

TEXTUAL-CONVENTION

The TmnxMDAChanType data type indicates the type of channel that can be created on an MDA.

TEXTUAL-CONVENTION

The TmnxMDAFunctionalLevel data type is an integer that specifies a functional level variant of a given MDA type.

TEXTUAL-CONVENTION

The TmnxMDAFunctionalUpgrade data type is an integer that specifies a functional level upgrade of a given MDA.

TEXTUAL-CONVENTION

The TmnxMDASuppType data type is a SNMP BIT that is used to identify the kind of Media Dependent Adapter (MDA) supported on a card. When multiple bits are set, it can be used to identify a set or list of supported MDAs within a specific card slot. The MDA types are defined in the tmnxMdaTypeTable.

TEXTUAL-CONVENTION

The TmnxMcmType data type is bit-mask field that describes the values used to identify the kind of MDA Carrier module (MCM) installed on the chassis. A TmnxMcmType bit value specifies the index value for the entry in the tmnxMcmTypeTable used to identify a specific type of MCM manufactured by Nokia. When multiple bits are set, it can be used to identify a set or list of MCM types used in the tmnxMcmTable to indicate supported MCMs within a specific card slot. This typedef was obsoleted in release 20.2.

TEXTUAL-CONVENTION

TmnxMdaAtmMode is an enumerated integer whose value specifies the maximum number of Virtual Circuits for an ATM-capable Media Dependent Adapter (MDA).

TEXTUAL-CONVENTION

TmnxMdaType is an index into the tmnxMdaTypeTable used to identify a specific type of MDA.

TEXTUAL-CONVENTION

TmnxPCMType specifies the type of PCM.

TEXTUAL-CONVENTION

The TmnxPEQSuppType is a bit-mask specifying the PEQ type supported for a specific PEQ slot. When multiple bits are set, it can be used to identify a set or list of PEQ types that can be used in the tmnxChassisPEQTable to indicate supported PEQs within a specific chassis PEQ slot. An example of a PEQ type is: apeq2000 -- apeq-dc-2000.

TEXTUAL-CONVENTION

TmnxPEQType is an index into the tmnxPEQTypeTable used to identify a specific type of PEQ

TEXTUAL-CONVENTION

The TmnxPMSuppType is a bit-mask specifying the PM type supported for a specific PM slot. When multiple bits are set, it can be used to identify a set or list of PM types that can be used in the tmnxPhysChassisPMTable. An example of a PM type is: apeq2000 -- apeq-dc-2000.

TEXTUAL-CONVENTION

TmnxPMType is used to identify a specific type of Power Module (PM)

TEXTUAL-CONVENTION

TmnxPhysChassisClass is an enumerated integer that identifies the general physical chassis class in the tmnxPhysChassisTable. It is also used to indicate a sub-class of the TmnxHwClass type in a tmnxHwIndex. A value of 0 instead of 'routerChassis (3)' is used in tmnxHwIndex to represent router chassis. Values: other (1) - Other chassis class unknown (2) - Unknown chassis class routerChassis (3) - Router chassis class ethSatChassis (5) - Ethernet Satellite chassis class tdmSatChassis (6) - Time Division Multiplexing Satellite chassis class esaChassis (7) - Extended Services Appliance chassis class

TEXTUAL-CONVENTION

The TmnxPhysChassisIndex is a unique index that identifies a physical chassis within Nokia SROS system.

TEXTUAL-CONVENTION

The TmnxPhysChassisIndexOrZero can be either a nonzero TmnxPhysChassisIndex, or the value zero.

TEXTUAL-CONVENTION

The TmnxPhysChassisRole is an enumerated integer that indicates the general Physical Chassis role an individual physical chassis is provisioned to support. Values: standalone (1) - A chassis that is operating in a system with no more than one router chassis master (2) - The master router chassis in a 7950 XRS-40 system extension (3) - An extension router chassis a 7950 XRS-40 system sat-ethernet (6) - An Ethernet satellite chassis sat-tdm (7) - A Time Division Multiplexing satellite chassis primary (8) - The primary router chassis in a paired chassis system secondary (9) - The secondary router chassis in a paired chassis system

TEXTUAL-CONVENTION

The desired administrative status of this port.

TEXTUAL-CONVENTION

TmnxPowerSupAssignType specifies the type of power supply that is assigned for a platform.

TEXTUAL-CONVENTION

The TmnxRefInState is an enumerated integer that describes the values used to identify the state of system timing reference. A value of 'ptpAdminDisabled (17)' means that the PTP timing reference is not in use because 'tmnxPtpClockAdminState' is 'outOfService (3)'. This value only applies to the PTP timing reference. A value of 'ptpOperDown (18)' means that the PTP timing reference is not in use because 'tmnxPtpClockOperState' is 'outOfService (3)'. This value only applies to the PTP timing reference. A value of 'ptpNoParentClock (19)' means that the PTP timing reference is not in use because the local PTP clock has not selected a remote master clock to be the parent clock. This value only applies to the PTP timing reference. A value of 'operSpeedNotSupported (20)' means that the timing reference is not in use because the copper based port is operating at 10 Mbps where recovered timing is not supported. A value of 'cpmUnsupBITS2048khz (21)' means that the timing reference is not in use because the CPM does not meet the specifications for the 2048kHz BITS output signal under G.703.

TEXTUAL-CONVENTION

The TmnxSETSRefAlarm data type is a bitmap that describes the values used to identify the alarms on the SETS timing reference source if the source is 'not-qualified'. 'los' - loss of signal 'oof' - out of frequency range 'oopir' - out of pull in range.

TEXTUAL-CONVENTION

The TmnxSETSRefQualified data type is an enumerated integer that describes the values used to identify whether the reference is 'qualified' or 'not-qualified' for use by SETS.

TEXTUAL-CONVENTION

The TmnxSETSRefSource data type is an enumerated integer that describes the values used to identify the Synchronous Equipment Timing Source (SETS) timing reference source.

TEXTUAL-CONVENTION

The TmnxSETSStatus textual convention specifies the status of the Synchronous Timing Equipment Source (SETS).

TEXTUAL-CONVENTION

The TmnxSSMQualityLevel is an enumerated integer that describes the values used to identify the SSM Quality level of received SSM messages.

TEXTUAL-CONVENTION

The TmnxSlotNum data type is an integer that specifies a slot in an Nokia SROS series chassis.

TEXTUAL-CONVENTION

The TmnxSlotNumOrZero data type is an integer that specifies a slot in an Nokia SROS series chassis or zero.

TEXTUAL-CONVENTION

TmnxTunnelGroupId is an integer specifying the ISA tunnel-group.

TEXTUAL-CONVENTION

TmnxTunnelGroupIdOrZero is an integer specifying the ISA tunnel-group A value of zero is used when the tunnel-group is not defined.

TEXTUAL-CONVENTION

The TmnxXiomFunctionalLevel data type is an integer that specifies a functional level variant of a given XIOM type.

TEXTUAL-CONVENTION

The TmnxXiomFunctionalUpgrade data type is an integer that specifies a functional level upgrade of a given XIOM.

TEXTUAL-CONVENTION

TmnxXiomType is an index into the tmnxXiomTypeTable used to identify a specific type of XIOM.

OBJECT-IDENTITY

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OBJECT-TYPE

The number of chassis installed in this system. For the first release of the Nokia 7x50 series product, there is only 1 chassis per system. A multi-chassis system model is supported to allow for future product expansion.

OBJECT-TYPE

The value of tmnxChassisLastChange indicates the time, since system startup, when tmnxChassisTable last changed.

OBJECT-TYPE

tmnxChassisTable contains Nokia 7x50 system level information.

OBJECT-TYPE

tmnxChassisEntry consists of the system level information pertaining to the hardware present in the system. Only one entry is created and maintained by the system, which is assigned the tmnxChassisIndex value '1'. Once this entry is created, it cannot be destroyed. Additional entries cannot be manually created or destroyed. Support of multiple chassis' are managed through the use of tmnxPhysChassisTable.

OBJECT-TYPE

The value of tmnxChassisIndex specifies a system identifier. The value of this object cannot be changed. The only supported value is '1'. Different values of TmnxPhysChassisIndex are used to identify different physical chassis (e.g. in an XRS-40 system) in tmnxPhysChassisTable.

OBJECT-TYPE

The value of tmnxChassisRowStatus specifies the row status of the system.

OBJECT-TYPE

The value of tmnxChassisName specifies the administrative name that is assigned to the system. Setting tmnxChassisName to the empty string, ''H, resets tmnxChassisName to the TiMOS default value.

OBJECT-TYPE

The value of tmnxChassisType indicates the type of chassis used in this Nokia SROS system. The value of this object is the tmnxChassisTypeIndex for the entry in the tmnxChassisTypeTable that represents the Nokia SROS series chassis model for this system. Chassis types are distinguished by their backplane type.

OBJECT-TYPE

The value of tmnxChassisLocation specifies the site location of this system. This could be used for a Common Language Location Identifier, CLLI, code string if desired. A CLLI code is an 11 character standardized geographic identifier that uniquely identifies the geographic location of places and certain functional categories of equipment unique to the telecommunications industry. All valid CLLI codes are created, updated and maintained in the Central Location Online Entry System (CLONES) database.

OBJECT-TYPE

The value of tmnxChassisCoordinates specifies the Global Positioning System (GPS) coordinates for the location of the system. N 45 58 23, W 34 56 12 N37 37' 00 latitude, W122 22' 00 longitude N36*39.246' W121*40.121' Two-dimensional GPS positioning offers latitude and longitude information as a four dimensional vector: <Direction, hours, minutes, seconds> where Direction is one of the four basic values: N, S, W, E; hours ranges from 0 to 180 (for latitude) and 0 to 90 for longitude, and, finally, minutes and seconds range from 0 to 60. Thus <W, 122, 56, 89> is an example of longitude and <N, 85, 66, 43> is an example of latitude. Four bytes of addressing space (one byte for each of the four dimensions) are necessary to store latitude and four bytes are also sufficient to store longitude. Thus eight bytes total are necessary to address the whole surface of earth with precision down to 0.1 mile! Notice that if we desired precision down to 0.001 mile (1.8 meters) then we would need just five bytes for each component, or ten bytes together for the full address (as military versions provide).

OBJECT-TYPE

The value of tmnxChassisNumSlots indicates the maximum number of slots that can be made available for plug-in cards if the maximum number of physical router chassis are populated. This includes both CPM and IOM/IMM/XCM slots. For systems that support only a single physical chassis, tmnxChassisNumSlots and tmnxChassisOperNumSlots are the same value and are equal to the number of physical slots in the chassis. Also see tmnxChassisOperNumSlots.

OBJECT-TYPE

The value of tmnxChassisNumPorts indicates the total number of faceplate ports and connectors currently installed for all of the physical router chassis in the system. This count does not include the Ethernet ports on the CPM cards that are used for management access.

OBJECT-TYPE

The value of tmnxChassisNumPwrSupplies indicates the total number of power supplies installed for all of the physical router chassis in the system.

OBJECT-TYPE

The value of tmnxChassisNumFanTrays indicates the total number of fan trays installed for all of the physical router chassis in the system.

OBJECT-TYPE

The value of tmnxChassisNumFans indicates the total number of fans installed for all of the physical router chassis in the system.

OBJECT-TYPE

The value of tmnxChassisCriticalLEDState indicates the current state of the Critical LED in the system.

OBJECT-TYPE

The value of tmnxChassisMajorLEDState indicates the current state of the Major LED in the system.

OBJECT-TYPE

The value of tmnxChassisMinorLEDState indicates the current state of the Minor LED in the system.

OBJECT-TYPE

The value of tmnxChassisBaseMacAddress indicates the base system ethernet MAC address. Special purpose MAC addresses used by the system software are constructed as offsets from this base address.

OBJECT-TYPE

The value of tmnxChassisCLLICode specifies the Common Language Location Identifier (CLLI) code for the system. A CLLI code is an 11 character standardized geographic identifier that uniquely identifies the geographic location of places and certain functional categories of equipment unique to the telecommunications industry. If the set on this object specifies a non-null string, the string will automatically be truncated or padded (with spaces) to 11 characters.

OBJECT-TYPE

The value of tmnxChassisReboot specifies if the system will perform a reboot. Setting the value of this object to 'doAction' causes a soft-reboot of the entire system including all the CPM and IOM cards for each physical chassis. Note that the reboot action is likely to occur before the SNMP SET response can be transmitted.

OBJECT-TYPE

The value of tmnxChassisUpgrade specifies if the system will perform an upgrade of all firmware as well as a reboot of the entire system including all the CPM and IOM cards for each physical chassis. CAUTION: This upgrade and reboot may take several minutes to complete. The chassis MUST NOT be reset or powered down, nor cards inserted or removed, during this process. Any of these prohibited actions may cause the cards to be rendered inoperable. tmnxChassisUpgrade and tmnxChassisReboot must be set together in the same SNMP SET request PDU or else the SET request will fail with an inconsistentValue error. Note that the reboot action is likely to occur before the SNMP SET response can be transmitted.

OBJECT-TYPE

The value of tmnxChassisAdminMode specifies the scaling and feature set for all of the IOM cards in the system. Setting tmnxChassisAdminMode to a particular mode corresponds to the scaling and feature sets supported on that IOM card type.

OBJECT-TYPE

The value of tmnxChassisOperMode indicates the operational scaling and feature set for all IOM cards in the system for each physical router chassis. Changing the value of tmnxChassisAdminMode from a greater mode to a lesser mode (downgrade) will result in tmnxChassisAdminMode indicating the new mode while tmnxChassisOperMode indicates previous mode until the configuration is saved and the system rebooted, at which point, the actual downgrade will take effect and both tmnxChassisAdminMode and tmnxChassisOperMode will indicate the new mode. Upgrading from a lesser mode to a greater mode (e.g. From 'modeA' to 'modeB') will take effect immediately and the tmnxChassisOperMode will indicate the same mode as that of tmnxChassisAdminMode.

OBJECT-TYPE

The value of tmnxChassisModeForce specifies the force mode of the system. Setting the value of this object to 'doAction' in the same SNMP SET request where tmnxChassisAdminMode is set to a greater mode than the current mode (e.g. New mode 'modeB', while current is 'modeA') allows each physical chassis in the system to be upgraded to the new mode even if there are IOM cards in the physical chassis with a tmnxCardAssignedType value that does not support the new mode. An attempt to set tmnxChassisModeForce to 'doAction' without also setting tmnxChassisAdminMode, in the same SNMP SET request will fail with an inconsistentValue error.

OBJECT-TYPE

The value of tmnxChassisUpdateWaitTime specifies the time to wait before rebooting IOM cards running older software versions following a software upgrade or downgrade activity switchover. This object was obsoleted in release 5.0.

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Following a software upgrade or downgrade activity switchover, the value of tmnxChassisUpdateTimeLeft indicates the time remaining before IOM cards or MDAs running older software versions will be rebooted.

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The value of tmnxChassisOverTempState indicates the over temperature state for the system. stateOk Indicates all physical router chassis are below the temperature threshold. stateOverTemp Indicates at least one physical router chassis is above the temperature threshold.

OBJECT-TYPE

The value of tmnxChassisMixedModeIomAdminMode specifies if the system should allow functionally to run with a mixture of forwarding hardware. When 'enabled(1)' on a 7450 chassis it allows SR functionality to be configured. SR functionality is a superset of ESS functionality. Once tmnxChassisMixedModeIomAdminMode is enabled, additional IOMs can be converted to SR functionality by setting the tmnxCardCapability field of the corresponding tmnxCardEntry. When 'enabled(1)' on a 7750 chassis it allows allows IPv6 functionality without requiring chassis mode C or better. tmnxChassisMixedModeIomAdminMode is only applicable when tmnxChassisType indicates the chassis type is 7450 ESS-6, 7450 ESS-6v, 7450 ESS-7, 7450 ESS-12, 7750 SR-7 or 7750 SR-12.

OBJECT-TYPE

The value of tmnxChassisMixedModeIomUpgrList specifies the list of IOM slots which are to operate with SR functionality on the 7450 chassis. tmnxChassisMixedModeIomUpgrList is only applicable when tmnxChassisType indicates the chassis type is 7450 ESS-7 or 7450 ESS-12, and should only be set when enabling mixed-mode. tmnxChassisMixedModeIomUpgrList is a bitmap, with a bit for each IOM slot on the chassis. If the bit for a particular IOM slot is '1', the SR functionality will be enabled on the IOM when enabling mixed-mode. If the bit is set to '0', the IOM will continue to operate with ESS functionality. To set a particular bit to '1': 1. The IOM slot must have a configured type of iom3-xp, or any type of IMM. 2. The installed IOM/IMM must be a 7750 IOM/IMM. The platform type for an IOM/IMM can be read using tmnxHwEquippedPlatform. 3. tmnxChassisMixedModeIomAdminMode must be set to 'enabled (1)' in the same Set request packet.

OBJECT-TYPE

The value of tmnxChassisRedForcedSingleSfm specifies whether or not the IGP single-SFM-overload state is forced to 'overload' in the router instances where single-SFM-overload state (referred to as TIMETRA-VRTR-MIB::vRtrSingleSfmOverloadAdminState) is equal to 'inService'.

OBJECT-TYPE

The value of tmnxChassisOperNumSlots indicates the number of slots that are available for plug-in cards of all the physical router chassis configured in the system. This includes both CPM and IOM/IMM/XCM slots. For systems that support multiple chassis, this value will change depending on how many chassis the system is configured to be operating with.

OBJECT-TYPE

The value of tmnxChassisOperTopology indicates the inter-chassis topology mode in which the system is operating. It indicates how multiple chassis are arranged and operate together as a single system. A value of 'standalone (1)' indicates that the system is comprised of a single physical router chassis. A value of 'extended(2)' in a 7950 XRS based system indicates that two router chassis are connected together in a 'back-to-back' topology with no additional switch fabric chassis. An extended chassis topology is comprised of two XRS-20 chassis and is also known as an XRS-40 system. A value of 'paired(3)' in a 7750 SR based system indicates that two router chassis are connected together using one or more Ethernet ports as fabric interconnects between the two chassis.

OBJECT-TYPE

The value of tmnxChassisFabricSpeed indicates the system fabric speed. On systems that do not calculate the system fabric speed the value 'notApplicable (0)' is returned.

OBJECT-TYPE

The value of tmnxChassisPortIdScheme indicates the port mapping scheme used by the system for physical ports and channels as represented by the TIMETRA-TC-MIB::TmnxPortID textual convention. Slots, MDAs (if present), ports, and channels are numbered starting with 1. Scheme A: 32 30 | 29 26 | 25 22 | 21 16 | 15 1 | +-----+-------+-------+-------+-------+ |000 | slot | mda | port | zero | Physical Port +-----+-------+-------+-------+-------+ 32 30 | 29 26 | 25 22 | 21 16 | 15 1 | +-----+-------+-------+-------+-------+ |001 | slot | mda | port |channel| Channel +-----+-------+-------+-------+-------+ Scheme B: 32 29 | 28 24 | 23 19 | 18 15 | 14 11 | 10 4 | 3 1 | +-----+-------+-------+-------+--------+------+------+ |0110 | zero | slot | mda | zero | port | zero | Physical Port +-----+-------+-------+-------+--------+------+------+ 32 29 | 28 24 | 23 19 | 18 15 | 14 11 | 10 4 | 3 1 | +-----+-------+-------+-------+--------+------+------+ |0111 | zero | slot | mda | zero | port | zero | Channel (*) +-----+-------+-------+-------+--------+------+------+ (*) The encoding does not specify a value for channel since it is implicitly channel 1. Scheme C: 32 30 | 29 26 | 25 24 | 23 22 | 21 16 | 15 1 | +-----+-------+----------+-------+---------+-------+ |000 | slot | port-hi | mda | port-lo | zero | Physical Port +-----+-------+----------+-------+---------+-------+ 32 30 | 29 26 | 25 24 | 23 22 | 21 16 | 15 1 | +-----+-------+----------+-------+---------+-------+ |001 | slot | port-hi | mda | port-lo |channel| Channel +-----+-------+----------+-------+---------+-------+ (*) 'port-hi' and 'port-lo' are combined make a port.

OBJECT-TYPE

The value of tmnxChassisVsrCongestionMgmt specifies whether Virtual Service Router congestion management is turned on.

OBJECT-TYPE

On systems that have a single alarm LED, the value of tmnxChassisAlarmLEDState indicates the current state of the alarm LED in the system.

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The value of tmnxChassisFPGenerationFP2 indicates whether the system contains at least one FP2 based line card.

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The value of tmnxChassisFPGenerationFP3 indicates whether the system contains at least one FP3 based line card.

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The value of tmnxChassisFPGenerationFP4 indicates whether the system contains at least one FP4 based line card.

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The value of tmnxChassisNumPhysicalPorts indicates the total number of faceplate ports and connector-ports currently installed for all the pyhsical router chassis in the system. This count does not include the Ethernet ports on the CPM cards that are used for management access.

OBJECT-TYPE

The value of tmnxChassisFPGenerationVFP indicates whether the system contains at least one VFP based line card.

OBJECT-TYPE

The value of tmnxChassisSystemProfile indicates the system profile in the chassis. 'none (0)' - No system profile set, permits the co-existence of FP3 and FP4-based line cards in the system. 'profileA (1)- This system profile is primarily targeted at subscriber services and layer 2/3 VPN business services. 'profileB (2)- This system profile is primarily targeted at infrastructure routing, core, peering, and DC-GW applications.

OBJECT-TYPE

This table contains information about fan trays. This table was made obsolete in release 15.0.

OBJECT-TYPE

Contains information regarding a fan tray. This entry was made obsolete in release 15.0.

OBJECT-TYPE

The unique value which identifies a specific fan tray in the chassis. This object was made obsolete in release 15.0.

OBJECT-TYPE

Current status of the Fan tray. This object was made obsolete in release 15.0.

OBJECT-TYPE

The value of tmnxChassisFanSpeed indicates if the fans in this fan tray are running at 'halfSpeed' or 'fullSpeed'. This object was made obsolete in release 15.0.

OBJECT-TYPE

The value of tmnxChassisFanRevision indicates the fan tray revision. fan1 - represents the original fan tray. hfFan2 - represents the high-flow fan tray; second revision. This object was made obsolete in release 15.0.

OBJECT-TYPE

The value of tmnxChassisFanSpeedPercent indicates the speed of the fan as a percentage of maximum speed. This object was made obsolete in release 15.0.

OBJECT-TYPE

This table contains information about power supply trays, also known as PEMs (Power Entry Modules). This table was made obsolete in release 15.0.

OBJECT-TYPE

Contains information regarding a power supply tray. This entry was made obsolete in release 15.0.

OBJECT-TYPE

The unique identifier index for a power supply tray in the chassis. This object was made obsolete in release 15.0.

OBJECT-TYPE

If the value of tmnxChassisPowerSupplyACStatus is 'deviceStateOk', the input AC voltage is within range. If the value is 'deviceStateFailed', an AC voltage out of range condition has been detected. A value of 'deviceNotEquipped' indicates that the AC power supply is not present. This object was made obsolete in release 15.0.

OBJECT-TYPE

If the value of tmnxChassisPowerSupplyDCStatus is 'deviceStateOk', the output DC voltage is within range. If the value is 'deviceStateFailed', a DC voltage out of range condition has been detected. A value of 'deviceNotEquipped' indicates that the power supply is not present or the equipped power supply does not support the reporting of this status. This object was made obsolete in release 15.0.

OBJECT-TYPE

If the value of tmnxChassisPowerSupplyTempStatus is 'deviceStateOk', the current temperature is within acceptable range. If the value is 'deviceStateFailed', a temperature too high condition has been detected. This object was made obsolete in release 15.0.

OBJECT-TYPE

The temperature threshold for this power supply tray in degrees celsius. When the temperature raises above tmnxChassisPowerSupplyTempThreshold, a 'temperature too high' event will be generated. This object was made obsolete in release 15.0.

OBJECT-TYPE

The overall status of an equipped power supply. For AC multiple power supplies, this represents the overall status of the first power supply in the tray (or shelf). For any other type, this represents the overall status of the power supply. If tmnxChassisPowerSupply1Status is 'deviceStateOk', then all monitored statuses are 'deviceStateOk'. A value of 'deviceStateFailed' represents a condition where at least one monitored status is in a failed state. This object was made obsolete in release 15.0.

OBJECT-TYPE

The overall status of an equipped power supply. For AC multiple power supplies, this represents the overall status of the second power supply in the tray (or shelf). For any other type, this field is unused and set to 'deviceNotEquipped'. If tmnxChassisPowerSupply2Status is 'deviceStateOk', then all monitored statuses are 'deviceStateOk'. A value of 'deviceStateFailed' represents a condition where at least one monitored status is in a failed state. This object was made obsolete in release 15.0.

OBJECT-TYPE

tmnxChassisPowerSupplyAssignedType configures the type of power supply for a platform. Based on the value assigned to this object, various power supply monitoring signals will be interpreted. For example, if a platform is provisioned to use DC power supplies, then the signal that indicates an AC power supply is missing can be ignored. The configuration of this object away from 'default (4)' is required for proper generation of traps and LED management. This object was made obsolete in release 15.0.

OBJECT-TYPE

If the value of tmnxChassisPowerSupplyInputStatus is 'deviceStateOk', the input voltage of the power supply is within range. If the value is 'deviceStateFailed', an input voltage out of range condition has been detected. A value of 'deviceNotEquipped' indicates that the power supply is not present. This object was made obsolete in release 15.0.

OBJECT-TYPE

If the value of tmnxChassisPowerSupplyOutputStatus is 'deviceStateOk', the output voltage of the power supply is within range. If the value is 'deviceStateFailed', an output voltage out of range condition has been detected. A value of 'deviceNotEquipped' indicates that the power supply is not present. This object was made obsolete in release 15.0.

OBJECT-TYPE

The tmnxChassisPowerSupplyPemType indicates the Power Entry Module (PEM) type installed in the PEM slot. This object was made obsolete in release 15.0.

OBJECT-TYPE

The value of tmnxChassisPowerSupplyPemACRect indicates which Power Entry Module AC rectifiers installed in the PEM slot are in a failed state or are missing. acRect1 (0) : The 1st PEM AC rectifier has failed or is missing. acRect2 (1) : The 2nd PEM AC rectifier has failed or is missing. This object was made obsolete in release 15.0.

OBJECT-TYPE

The value of tmnxChassisPowerSupplyInFeedDown indicates which input feeds are not supplying power. inputFeedA (0) : Input feed A is not supplying power. inputFeedB (1) : Input feed B is not supplying power. This object was made obsolete in release 15.0.

OBJECT-TYPE

The value of tmnxChassisPowerSupplyFanDir indicates if the fan direction is 'frontToBack' or 'backToFront'. This object was made obsolete in release 15.0.

OBJECT-TYPE

The chassis type table has an entry for each chassis model supported by the platform. Some example chassis types are: '7750 SR-12', '7950 XRS-20'.

OBJECT-TYPE

Each row entry represents an Nokia SROS series Chassis model. Rows in this table are created by the agent at initialization and cannot be created or destroyed by SNMP Get or Set requests.

OBJECT-TYPE

The unique index value which identifies this type of Nokia SROS series chassis model.

OBJECT-TYPE

The administrative name that identifies this type of Nokia SROS series chassis model. This name string may be used in CLI commands to specify a particular chassis model type.

OBJECT-TYPE

A detailed description of this Nokia SROS series chassis model.

OBJECT-TYPE

When tmnxChassisTypeStatus has a value of 'true' it indicates that this chassis model is supported in this revision of the management software. When it has a value of 'false' there is no support.

OBJECT-TYPE

The value of sysUpTime when the tmnxHwTable was last changed.

OBJECT-TYPE

The tmnxHwTable has an entry for each managed hardware component in the Nokia SROS series system's chassis. Examples of these hardware component types are IOM, Fabric, and CPM cards, and CCM, and MDA modules. Similar information for physical ports is in the tmnxPortObjs.

OBJECT-TYPE

Each row entry represents an Nokia SROS series manufactured hardware component. Entries cannot be created and deleted via SNMP SET operations. When an entry is created in one of the card tables, IOM, CPM, Fabric or MDA, a tmnxHwEntry is created for the common hardware management information for that card in that chassis. When the card is removed from the chassis, its corresponding tmnxHwEntry is deleted. The tmnxHwIndex is bitmapped. The tmnxPhysChassisClass is used to indicate a sub-class of a TmnxHwClass type. A value of 0 instead of 'routerChassis (3)' is used to represent router chassis: | 32 25 | 24 17 | 16 9 | 8 1 | +-------------+----------------------+-------------+-------------+ | TmnxHwClass | TmnxPhysChassisClass | Slot | number | +-------------+----------------------+-------------+-------------+ The Slot field is only used for components on cards in slots. It is zero for all others. The number field starts from 1 and indicates which component. E.g. Power supply 1 or 2.

OBJECT-TYPE

The value of tmnxHwIndex is a unique index that identifies common management information for Nokia SROS series manufactured hardware components within the specified chassis.

OBJECT-TYPE

The value of tmnxHwID is an object identifier that points to the table and row entry with additional management information specific to this hardware component's class. If there is no additional information specific to such component then the the tmnxHwID is set to 0.0.

OBJECT-TYPE

The tmnxHwMfgString contains unspecified Nokia SROS series manufacturing information and includes the Nokia vendor information. This object was made obsolete in release 11.0.

OBJECT-TYPE

The tmnxHwMfgBoardNumber contains the part number information.

OBJECT-TYPE

The unique Nokia SROS series serial number of the hardware component.

OBJECT-TYPE

The manufacturing date of the hardware component in 'mmddyyyy' ascii format.

OBJECT-TYPE

The value of tmnxHwClass indicates the general hardware type of this component. If no appropriate enumeration exists for this hardware identify this hardware component then the value 'unknown (2)' is used.

OBJECT-TYPE

The value of tmnxHwName is the name of the component as assigned by the system software itself and is suitable for use in CLI commands. This may be a text name such as 'console' or a port ID such as '2/2'. If there is no predefined name then a zero length string is returned. Note that the value of tmnxHwName for two component entries will be the same if the CLI does not distinguish between them, e.g. the chassis slot-1 and the card in slot-1.

OBJECT-TYPE

The value of tmnxHwAlias is the administrative name assigned to this hardware component by the CLI user or network manager. It is saved across re-initializations and reboots of the system. The object tmnxHwAlias is not supported on rows where the tmnxHwClass is set to 'flashDiskModule (12)'. Attempts to set the tmnxHwAlias object on rows where it is not supported will result in an inconsistentValue error.

OBJECT-TYPE

The value of tmnxHwAssetID is an administratively assigned asset tracking identifier for this hardware component. It is saved across re-initializations and reboots of the system. If no asset tracking information is associated with this hardware component, a zero-length string is returned to an SNMP get request. The object tmnxHwAssetID is not supported on rows where the tmnxHwClass is set to 'flashDiskModule (12)'. Attempts to set the tmnxHwAssetID object on rows where it is not supported will result in an inconsistentValue error. Some hardware components do not have asset tracking identifiers. Components for which tmnxHwIsFRU has a value of 'false' do not need their own unique asset tracking identifier. In this case, the agent denies write access to this object and returns a zero-length string to an SNMP get request.

OBJECT-TYPE

The Common Language Equipment Identifier, CLEI, code is a unique 10 character identifier, that is fixed by the manufacturer. It consists of ten alphanumeric characters. The first seven characters present a concise summary of an equipment entity's circuit or transport capabilities, e.g., functional, electrical, bandwidth, etc. CLEI codes for plug-in or portable equipment with the same first seven characters (CLEI-7) are considered bidirectionally interchangeable and group under a G level record. Most licensees plug-in inventories and records are controlled at the group level. The eighth character denotes the reference source used for coding the item, and the last two characters denote manufacturing vintage or version, and other complementary information. A ten character CLEI code that is developed for a specific piece of equipment is unique within the CLEI code universe and is used in A level records; the code is not assigned to any other equipment piece. Equipment is coded to a first or major application. When the same equipment is usable in another application or system, it is not recorded nor are additional codes developed for that purpose.

OBJECT-TYPE

The value of tmnxHwIsFRU indicates whether or not this hardware component is a Field Replaceable Unit (FRU) or not. Those components that are permanently contained within a FRU have a value of 'false'.

OBJECT-TYPE

The value of tmnxHwContainedIn is the tmnxHwIndex value for the row entry of the hardware component that contains this component. A value of zero indicates that this component is not contained in any other component.

OBJECT-TYPE

The value of tmnxHwParentRelPos indicates the relative position of this hardware component among all its 'sibling' components. A sibling component shares the same instance values for tmnxHwContainedIn and tmnxHwClass objects. If the associated value of tmnxHwContainedIn is zero, then the value -1 is returned.

OBJECT-TYPE

The desired administrative status of this hardware component. Write access will be denied for those components that do not have administrative status. An attempt to set tmnxHwAdminState to 'operateSwitch (5)' will fail if the hardware component is not part of a redundant pair. Some examples of redundant hardware are the CPM cards and fabric cards.

OBJECT-TYPE

The actual operational status of this hardware component. unknown (1) Status cannot be determined inService (2) Online - If tmnxHwClass has a value of 'ioModule (8)' or 'cpmModule (9), the card is present, booted, configured, and running. outOfService (3) Ready - The hardware component is OK but is down because tmnxHwAdminState has a value of 'outOfService (3)'. diagnosing (4) Not implemented. failed (5) This hardware component has failed. The value of tmnxHwFailureReason indicates the type of failure. If tmnxHwClass has a value of 'ioModule(8)' or 'cpmModule(9)', there is a card in the slot but it has failed. booting (6) A card is in the transitional startup state. empty (7) There is no card in the slot and it has not been pre-configured. provisioned (8) There is no card in the slot but it has been pre-configured. unprovisioned (9) There is a card in the slot but it is not configured. upgrade (10) Card software version is compatible with and newer than that running on the current active CPM. downgrade (11) Card software version is compatible with and older than that running on the current active CPM. inServiceUpgrade (12) Card is inService and the card software version is compatible with and newer than that running on the current active CPM. This state applies only to a standby CPM card. This enumeration is no longer supported as of release 5.0. inServiceDowngrade (13) Card is inService and the card software is compatible with and older than that running on the current active CPM. This state applies only to a standby CPM card. This enumeration is no longer supported as of release 5.0. resetPending (14) Card is awaiting reset following an upgrade or downgrade activity switch. The card software version is upgrade or downgrade compatible but will be reset in order to update it to match the active CPM software. The value of tmnxChassisUpdateWaitTime indicates the how long the system will wait following an upgrade or downgrade activity switch before it resets IOM cards. This state applies only to IOM cards. This enumeration is no longer supported as of release 5.0. softReset (15) Card is performing a soft reset. The data path is active, but control path transitional changes are suspended until the card leaves this state. preExtension (16) State assigned to an unprovisioned hardware component associated with, or contained in, an (potentially non-existent) extension chassis in a 7950 XRS system that is operating in XRS-20 mode (i.e. tmnxChassisOperTopology is 'standalone(1)'). The extension chassis and/or hardware component may or may not be physically present and connected to the master chassis. The system does not monitor extension chassis equipment when tmnxChassisOperTopology is 'standalone(1)'. In this case, for unprovisioned extension chassis equipment, a value of 'preExtension(16)' is assigned. downloading (17) Card has booted and its configuration is being downloaded.

OBJECT-TYPE

The value of tmnxHwTempSensor indicates whether or not this hardware component contains a temperature sensor.

OBJECT-TYPE

The current temperature reading in degrees celsius from this hardware component's temperature sensor. If this component does not contain a temperature sensor, then the value -128 is returned.

OBJECT-TYPE

The temperature threshold for this hardware component in degrees celsius. When the value of tmnxHwTemperature raises above tmnxHwTempThreshold, a 'temperature too high' event will be generated.

OBJECT-TYPE

The version number of boot eprom on the card in this slot. If no specific software program is associated with this hardware component then this object will contain a zero length string.

OBJECT-TYPE

The software product release version number for the software image currently running on this IOM or CPM card. If no specific software program is associated with this hardware component then this object will contain a zero length string.

OBJECT-TYPE

The date and time the software running on this IOM or CPM card was last rebooted. If this row entry represents a standby CPM card, the date and time indicated is when the standby completed its initial synchronization process and became ready to take over in case the active card fails or a manual switchover command is issued.

OBJECT-TYPE

The state of the software running on this IOM or CPM card. The tmnxHwSwState object is obsolete. The Nokia 7x50 platform cannot distinguish software status separate from the hardware status. Instead of using this object, additional operational states have been added to tmnxHwOperState. If no specific software program is associated with this hardware component then this object will contain a zero.

OBJECT-TYPE

The value of tmnxHwAlarmState indicates the current alarm state for this hardware component.

OBJECT-TYPE

The value of tmnxHwLastAlarmEvent indicates the object name and instance value that points to the row entry in the ALARM-MIB containing the most recent alarm associated with this hardware component. If tmnxHwAlarmState has a value of 'alarmCleared(2)', the most recent alarm event will be in the cleared alarm table. If it has a value of 'alarmActive(1)', the most recent alarm event will be in the active alarm table. If the value of tmnxHwLastAlarmEvent is '0.0', either no hardware component alarm events have occurred since the system was last booted, or the last hardware component alarm event has aged out and its entry is no longer available in the ALARM-MIB tables.

OBJECT-TYPE

Setting this action variable causes all the active alarms associated with this hardware component to be moved from the ALARM-MIB nlmActiveAlarmTable to the nlmClearedAlarmTable. This action button is primarily meant for use as a code development aid. This object may be removed from the TIMETRA-CHASSIS-MIB before product release.

OBJECT-TYPE

The value of tmnxHwSwImageSource indicates the location in the Boot Options File (BOF) where the software image file was found when the system last rebooted.

OBJECT-TYPE

tmnxHwMfgDeviations contains a record of changes done by the manufacturing to the hardware or software and which is outside the normal revision control process.

OBJECT-TYPE

tmnxHwBaseMacAddress contains the base MAC address of the hardware component. It is applicable only if tmnxHwClass is of type 'chassis', 'ioModule', 'cpmModule' or 'mdaModule'.

OBJECT-TYPE

tmnxHwFailureReason indicates the reason why a hardware component 'failed' as indicated in tmnxHwOperState.

OBJECT-TYPE

The value of tmnxHwEquippedPlatform indicates the platform type of the installed hardware component, as read from the component's EEPROM. For example, 'pf7750' is returned for an installed 7750 iom3-xp. pfUnknown is returned if the component's EEPROM is unreadable, or in the case of an empty slot.

OBJECT-TYPE

The value of tmnxHwMfgAssemblyNumber may contain an assembly number which indicates manufacturing differences for a given part number.

OBJECT-TYPE

The software product release version number associated with the firmware version currently programmed on this card. If no specific software release is associated with this hardware component then this object will contain a zero length string.

OBJECT-TYPE

The value of tmnxHwPowerZone indicates the managed power-zone on an SROS series system that this device resides. Devices on differing power-zones are managed separately. That is, if power is restricted on one power-zone, higher priority devices may be forcefully powered off, while a power-zone without a power restriction may have low-priority devices boot up. This object maps the corresponding device with a row in the tmnxChassisPowerMgmtTable. A value of zero (0) indicates that this device does not use system power resources and thus does not reside in a power-zone.

OBJECT-TYPE

The value of tmnxHwFirmwareRevisionStatus indicates the firmware/FPGA revision status for the device. A device that does not support a firmware/FPGA revision status will always return 'notApplicable (0)'. The possible values of tmnxHwFirmwareRevisionStatus are: notApplicable (0) - The device does not support this object or the device does support this object but the current firmware revision is not yet known (e.g. the device is currently initializing). acceptable (1) - The device has a firmware revision that is acceptable with the current system configuration. notAcceptable (2) - The device has a firmware revision that is not acceptable with the current system configuration. upgradePending (3) - The device has a firmware revision that is not acceptable with the current system configuration; an upgrade will be issued on the device's firmware to bring it to an acceptable state. upgrading (4) - The device's firmware is currently being upgraded to the latest revision acceptable with the current system configuration. upgradeNextHardReset (5) - The device's firmware is acceptable but a new revision is available and the card will be upgraded to this new revision on the next hard reset.

OBJECT-TYPE

The tmnxHwContainsTable shows the container/containee relationship between entries in the tmnxHwTable. The hardware component containment tree can be constructed from information in the tmnxHwTable, but this table provides the information in a more convenient format for the manager system to use.

OBJECT-TYPE

Each row entry represents a single container/containee relationship. Entries cannot be created and deleted via SNMP SET operations.

OBJECT-TYPE

The value of tmnxHwContainedIndex indicates the tmnxHwIndex for the contained hardware component.

OBJECT-TYPE

This table contains information about CCM.

OBJECT-TYPE

Contains information regarding a CCM.

OBJECT-TYPE

The unique value which identifies a specific CCM instance in the chassis.

OBJECT-TYPE

Current status of the CCM.

OBJECT-TYPE

The value of tmnxCcmHwIndex is the index into the tmnxHwTable for the row entry that represents the hardware component information for this CCM.

OBJECT-TYPE

A bit-mask that identifies the CCM type that is physically inserted into this chassis. There will not be more than one bit set at a time in tmnxCcmEquippedType.

OBJECT-TYPE

The card type table has an entry for each Nokia 7710 series Chassis Control Module (CCM) model.

OBJECT-TYPE

Each row entry represents an Nokia 7710 series CCM model. Rows in this table are created by the agent at initialization and cannot be created or destroyed by SNMP Get or Set requests.

OBJECT-TYPE

The unique index value which identifies this type of Nokia 7710 series CCM model.

OBJECT-TYPE

The administrative name that identifies this type of Nokia 7710 series CCM model. This name string may be used in CLI commands to specify a particular card model type.

OBJECT-TYPE

A detailed description of this Nokia 7710 series CCM model.

OBJECT-TYPE

When tmnxCcmTypeStatus has a value of 'true' it indicates that this CCM is supported in this revision of the management software. When it has a value of 'false' there is no support.

OBJECT-TYPE

The Fan Tray Component table has an entry for every subcomponent of a Fan Tray that has monitored states. Not all fan trays have monitored subcomponents, in this case, this table will be empty for the given fan tray. This table was made obsolete in release 16.0.

OBJECT-TYPE

Each row entry represents a fan tray component. Rows in this table are created by the agent at initialization and cannot be created or destroyed by SNMP Get or Set requests. This entry was made obsolete in release 16.0.

OBJECT-TYPE

The tmnxFanTrayCompIndex specifies an individual fan tray component. This object was made obsolete in release 16.0.

OBJECT-TYPE

The tmnxFanTrayCompSpeed indicates the current speed of the fan tray component. This object was made obsolete in release 16.0.

OBJECT-TYPE

The tmnxHwResourceTable has an entry for each managed hardware component in the Nokia SROS series system's chassis that supports resource monitoring. Hardware components that do not support resource monitoring will not show up in this table. Rows in this table are created by the agent at initialization and cannot be created or destroyed by SNMP Get or Set requests.

OBJECT-TYPE

Each tmnxHwResourceEntry row consists of the current resource levels for a particular managed hardware component.

OBJECT-TYPE

The value of tmnxHwResourceCurrentVoltage indicates the current voltage use of the managed hardware component in milli-Volts (mV).

OBJECT-TYPE

The value of tmnxHwResourcePeakVoltage indicates the peak voltage use of the managed hardware component in milli-Volts (mV) last recorded at the time indicated by tmnxHwResourcePeakVoltageTime.

OBJECT-TYPE

The value of tmnxHwResourcePeakVoltageTime indicates the time, since system initialization, that tmnxHwResourcePeakVoltage was last updated.

OBJECT-TYPE

The value of tmnxHwResourceMinVoltage indicates the lowest voltage use of the managed hardware component in milli-Volts (mV) last recorded at the time indicated by tmnxHwResourceMinVoltageTime.

OBJECT-TYPE

The value of tmnxHwResourceMinVoltageTime indicates the time, since system initialization, that tmnxHwResourceMinVoltage was last updated.

OBJECT-TYPE

The value of tmnxHwResourceCurrentWattage indicates the current power use of the managed hardware component in milli-Watts (mW).

OBJECT-TYPE

The value of tmnxHwResourcePeakWattage indicates the peak power use of the managed hardware component in milli-Watts (mW) last recorded at the time indicated by tmnxHwResourcePeakWattageTime.

OBJECT-TYPE

The value of tmnxHwResourcePeakWattageTime indicates the time, since system initialization, that tmnxHwResourcePeakWattage was last updated.

OBJECT-TYPE

The value of tmnxHwResourceMinWattage indicates the lowest power use of the managed hardware component in milli-Watts (mW) last recorded at the time indicated by tmnxHwResourceMinWattageTime.

OBJECT-TYPE

The value of tmnxHwResourceMinWattageTime indicates the time, since system initialization, that tmnxHwResourceMinWattage was last updated.

OBJECT-TYPE

The value of tmnxHwResourceCurrentAmperage indicates the current drawn by the managed hardware component in milli-Amperes (mA).

OBJECT-TYPE

The value of tmnxHwResourcePeakAmperage indicates the peak current drawn by the managed hardware component in milli-Amperes (mA) last recorded at the time indicated by tmnxHwResourcePeakAmperageTime.

OBJECT-TYPE

The value of tmnxHwResourcePeakAmperageTime indicates the time, since system initialization, that tmnxHwResourcePeakAmperage was last updated.

OBJECT-TYPE

The value of tmnxHwResourceMinAmperage indicates the lowest current drawn by the managed hardware component in milli-Amperes (mA) last recorded at the time indicated by tmnxHwResourceMinAmperageTime.

OBJECT-TYPE

The value of tmnxHwResourceMinAmperageTime indicates the time, since system initialization, that tmnxHwResourceMinAmperage was last updated.

OBJECT-TYPE

The value of tmnxHwResourceMaxRequiredWattage indicates the maximum possible power consumption for this device. This value is used to determine the amount of system power to reserve in order to safely power up the device.

OBJECT-TYPE

The tmnxPEQTypeTable has an entry for each Power Equalizer (PEQ) type supported by the system. Some example PEQ types are: 'apeq-dc-2000', 'apeq-ac-3000'.

OBJECT-TYPE

Each row entry represents an Nokia SROS series Power Equalizer type. Rows in this table are created by the agent at initialization and cannot be created or destroyed by SNMP Get or Set requests.

OBJECT-TYPE

The value of tmnxPEQTypeIndex specifies the unique index which identifies the type of Nokia SROS series Power Equalizer (PEQ).

OBJECT-TYPE

The value of tmnxPEQTypeName indicates the administrative name that identifies the type of Nokia SROS series PEQ. This name string is used in CLI commands to specify a particular PEQ type.

OBJECT-TYPE

The value of tmnxPEQTypeDescription indicates the detailed description of this Nokia SROS series PEQ type.

OBJECT-TYPE

The value of tmnxPEQTypeNumInputFeed indicates the number of input feeds that this PEQ type has.

OBJECT-TYPE

The value of tmnxChassisPEQTableLastChg indicates the time, since system startup, that a row in the tmnxChassisPEQTable last changed configuration. This object was made obsolete in release 15.0.

OBJECT-TYPE

The tmnxChassisPEQTable contains information about Power Equalizer type in the chassis. This table was made obsolete in release 15.0.

OBJECT-TYPE

Each row entry represents an Nokia SROS series PEQ slot. This table augments the tmnxChassisPowerSupplyTable on chassis that support PEQs. Rows in this table are created by the agent at initialization and cannot be created or destroyed by SNMP Get or Set requests. This entry was made obsolete in release 15.0.

OBJECT-TYPE

The value of tmnxChassisPEQLastChangedTime indicates the time, since system startup, that an object in this row changed configuration. This object was made obsolete in release 15.0.

OBJECT-TYPE

The value of tmnxChassisPEQAssignedType specifies the administratively assigned (pre-provisioned) PEQ type defined in the tmnxPEQTypeTable that should occupy this PEQ slot in the chassis. If tmnxChassisPEQAssignedType has a value of 1 (unassigned), this slot has not yet been pre-provisioned. This object was made obsolete in release 15.0.

OBJECT-TYPE

The value of tmnxChassisPEQEquippedType indicates the PEQ type of the PEQ that is physically inserted into this PEQ slot in the chassis. If the slot has been pre-provisioned, tmnxChassisPEQAssignedType is not equal to 1 (unassigned), and the value of tmnxChassisPEQEquippedType is not the same as tmnxChassisPEQAssignedType, a mismatch alarm will be raised. A value of 0 indicates the PEQ type is not recognized by the SROS. This object was made obsolete in release 15.0.

OBJECT-TYPE

The value of tmnxChassisPEQSupportedTypes is a bit-mask that indicates what PEQ types can be physically supported in this PEQ slot in this chassis. This object was made obsolete in release 15.0.

OBJECT-TYPE

The value of tmnxChassisPEQAvailableWattage indicates the reported available wattage of the PEQ. This object was made obsolete in release 15.0.

OBJECT-TYPE

The value of tmnxChassisPEQInputPowerMode specifies the input power mode of the PEQ. A value of zero indicates that the input power mode is not applicable for the PEQ. An SNMP SET request with a value of zero is not permitted. This object was made obsolete in release 15.0.

OBJECT-TYPE

The value of tmnxChassisPowerMgmtTableLastChg indicates the time, since system startup, when a row in the tmnxChassisPowerMgmtTable last changed configuration.

OBJECT-TYPE

The tmnxChassisPowerMgmtTable manages the power requirements on the SROS series system. This table controls the behavior of the system during power resource contention.

OBJECT-TYPE

Each row in the tmnxChassisPowerMgmtTable represents a managed power-zone on an SROS series system. Rows in this table are created by the agent at initialization and cannot be created or destroyed by SNMP Get or Set requests.

OBJECT-TYPE

The value of tmnxChassisPwrMgmtZone specifies the managed power-zone for this management entity.

OBJECT-TYPE

The value of tmnxChassisPwrMgmtChangedTime indicates the time, since system startup, when an object in this row changed configuration.

OBJECT-TYPE

The value of tmnxChassisPwrMgmtMode specifies how the system behaves during power contention. none (0) - When set to 'none (0)' the node will bring up as much provisioned equipment in order of priority as possible without exceeding capacity of the equipped or assigned PEQs. In this mode no gradual shutdown of active cards is enforced. Note: No spare capacity is reserved. Any failure may result in brownouts or card failures. basic (1) - When set to 'basic (1)', the node will bring up, in order of priority, as much of the provisioned equipment as possible using the N+1 algorithm. This means enough capacity will be held in reserve to ensure zero impact should the highest rated PEQ fail or be removed. However, subsequent failures may result in brownouts if the system can't shutdown low priority cards in time when the secondary failure/removal occurs. advanced (2) - When set to 'advanced (2)', the system will maintain a spare PEQ as long as possible to make it immune to the possibility of power brownouts. It does this by shutting down low priority cards to restore N+1 when N+1 is no longer in effect.

OBJECT-TYPE

The value of tmnxChassisPwrMgmtSafetyLevel specifies the percentage of the provisioned power requirement that will cause the system to start powering off lower-priority cards.

OBJECT-TYPE

The value of tmnxChassisPwrMgmtSafetyAlert specifies the power capacity threshold where the SROS will trigger an event indicating a potential trigger of the safety-level state.

OBJECT-TYPE

The value of tChassisResTable represents system resource information that are specific to chassis.

OBJECT-TYPE

The value of tChassisResEntry represents chassis specific system resource information.

OBJECT-TYPE

The value of tChassisResSapIngQosPolTotal represents the total number of sap-ingress QoS policies that are allowed to be provisioned on this chassis. When the value of tChassisResSapIngQosPolTotal is zero, it indicates that this resource type is not supported on this chassis.

OBJECT-TYPE

The value of tChassisResSapIngQosPolAlloc represents the total number of sap-ingress QoS policies that are currently provisioned on this chassis.

OBJECT-TYPE

The value of tChassisResSapEgrQosPolTotal represents the total number of sap-egress QoS policies that are allowed to be provisioned on this chassis. When the value of tChassisResSapEgrQosPolTotal is zero, it indicates that this resource type is not supported on this chassis.

OBJECT-TYPE

The value of tChassisResSapEgrQosPolAlloc represents the total number of sap-egress QoS policies that are currently provisioned on this chassis.

OBJECT-TYPE

The value of tChassisResIngQGrpTmplTotal represents the total number of ingress queue-group-templates that are allowed to be provisioned on this chassis. When the value of tChassisResIngQGrpTmplTotal is zero, it indicates that this resource type is not supported on this chassis.

OBJECT-TYPE

The value of tChassisResIngQGrpTmplAlloc represents the total number of ingress queue-group-templates that are currently provisioned on this chassis.

OBJECT-TYPE

The value of tChassisResEgrQGrpTmplTotal represents the total number of egress queue-group-templates that are allowed to be provisioned on this chassis. When the value of tChassisResEgrQGrpTmplTotal is zero, it indicates that this resource type is not supported on this chassis.

OBJECT-TYPE

The value of tChassisResEgrQGrpTmplAlloc represents the total number of egress queue-group-templates that are currently provisioned on this chassis.

OBJECT-TYPE

The value of tChassisResPortEgrQGrpInstTotal represents the total number of port egress queue-group instances across all the ports on this chassis including access and network instances that are allowed to be provisioned. When the value of tChassisResPortEgrQGrpInstTotal is zero, it indicates that this resource type is not supported on this chassis.

OBJECT-TYPE

The value of tChassisResPortEgrQGrpInstAlloc represents the total number of port egress queue-group instances across all the ports on this chassis including access and network instances that are currently provisioned.

OBJECT-TYPE

The value of tChassisResFPIngQGrpInstTotal represents the total number of forwarding-plane (FP) ingress queue-group instances across all the FP on this chassis including access and network instances that are allowed to be provisioned. When the value of tChassisResFPIngQGrpInstTotal is zero, it indicates that this resource type is not supported on this chassis.

OBJECT-TYPE

The value of tChassisResFPIngQGrpInstAlloc represents the total number of forwarding-plane (FP) ingress queue-group instances across all the FP on this chassis including access and network instances that are allowed to be provisioned.

OBJECT-TYPE

The value of tChassisResPortEgrVPortTotal represents the total number of egress virtual ports across all the ports on this chassis that are allowed to be provisioned. When the value of tChassisResPortEgrVPortTotal is zero, it indicates that this resource type is not supported on this chassis.

OBJECT-TYPE

The value of tChassisResPortEgrVPortAlloc represents the total number of port virtual ports across all the ports on this chassis that are currently provisioned.

OBJECT-TYPE

The value of tChassisResDynSvcNHEntryTotal represents the total number of dynamic service next-hop entries supported on this chassis. When the value of tChassisResDynSvcNHEntryTotal is zero, it indicates that this resource type is not supported on this chassis.

OBJECT-TYPE

The value of tChassisResDynSvcNHEntryAlloc represents the total number of dynamic service next-hop entries currently in use on this chassis. The value of tChassisResDynSvcNHEntryAlloc will always equal to the sum of tChassisResIpSecNHEntryAlloc and tChassisResSubNHEntryAlloc since IPsec next-hop and subscriber next-hop resources are subsets of dynamic service next-hop entry resources.

OBJECT-TYPE

The value of tChassisResIpSecNHEntryTotal represents the total number of IPsec next-hop entries supported on this chassis. When the value of tChassisResIpSecNHEntryTotal is zero, it indicates that this resource type is not supported on this chassis. The value of tChassisResIpSecNHEntryTotal will always be less than or equal to tChassisResDynSvcNHEntryTotal since IPsec next-hop entry resources are a subset of dynamic service next-hop entry resources.

OBJECT-TYPE

The value of tChassisResIpSecNHEntryAlloc represents the total number of IPsec next-hop entries currently in use on this chassis. The value of tChassisResIpSecNHEntryAlloc will always be less than or equal to tChassisResDynSvcNHEntryAlloc since IPsec next-hop entry resources are a subset of dynamic service next-hop entry resources.

OBJECT-TYPE

The value of tChassisResSubNHEntryTotal represents the total number of subscriber next-hop entries supported on this chassis. When the value of tChassisResSubNHEntryTotal is zero, it indicates that this resource type is not supported on this chassis. The value of tChassisResSubNHEntryTotal will always be less than or equal to tChassisResDynSvcNHEntryTotal since subscriber next-hop entry resources are a subset of dynamic service next-hop entry resources.

OBJECT-TYPE

The value of tChassisResSubNHEntryAlloc represents the total number of subscriber next-hop entries currently in use on this chassis. The value of tChassisResSubNHEntryAlloc will always be less than or equal to tChassisResDynSvcNHEntryAlloc since subscriber next-hop entry resources are a subset of dynamic service next hop entry resources.

OBJECT-TYPE

The value of tChassisResSapTotal represents the total number of provisioned SAP entries supported on this chassis. When the value of tChassisResSapTotal is zero, it indicates that this resource type is not supported on this chassis.

OBJECT-TYPE

The value of tChassisResSapAlloc represents the total number of provisioned SAP entries currently in use on this chassis.

OBJECT-TYPE

The value of tChassisResEgrStatVlanVoQTotal represents the total number of stats enabled vlan Voq resources supported on this chassis. When the value of tChassisResEgrStatVlanVoQTotal is zero, it indicates that this resource type is not supported on this chassis.

OBJECT-TYPE

The value of tChassisResEgrStatVlanVoQAlloc represents the total number of stats enabled vlan Voq resources currently in use on this chassis.

OBJECT-TYPE

The value of tChassisResEgrNoStatVlanVoQTotal represents the total number of stats disabled vlan Voq resources supported on this chassis. When the value of tChassisResEgrNoStatVlanVoQTotal is zero, it indicates that this resource type is not supported on this chassis.

OBJECT-TYPE

The value of tChassisResEgrNoStatVlanVoQAlloc represents the total number of stats disabled vlan Voq resources currently in use on this chassis.

OBJECT-TYPE

The value of tChassisResIngClassQosPolTotal represents the total number of ingress-classification policies that are allowed to be provisioned on this chassis. When the value of tChassisResIngClassQosPolTotal is zero, it indicates that this resource type is not supported on this chassis.

OBJECT-TYPE

The value of tChassisResIngClassQosPolAlloc represents the total number of ingress-classification policies that are currently provisioned on this chassis.

OBJECT-TYPE

The value of tChassisResEgrRemarkQosPolTotal represents the total number of egress-remark policies that are allowed to be provisioned on this chassis. When the value of tChassisResEgrRemarkQosPolTotal is zero, it indicates that this resource type is not supported on this chassis.

OBJECT-TYPE

The value of tChassisResEgrRemarkQosPolAlloc represents the total number of egress-remark policies that are currently provisioned on this chassis.

OBJECT-TYPE

The value of tChassisResQueueMgmtQosPolTotal represents the total number of queue mgmt policies that are supported on this chassis. When the value of tChassisResQueueMgmtQosPolTotal is zero, it indicates that this resource type is not supported on this chassis.

OBJECT-TYPE

The value of tChassisResQueueMgmtQosPolAlloc represents the total number of queue mgmt policies that are currently allocated on this FP.

OBJECT-TYPE

The value of tChassisResApipeSapTotal represents the total number of provisioned Apipe entries supported on this chassis. When the value of tChassisResApipeSapTotal is zero, it indicates that this resource type is not supported on this chassis.

OBJECT-TYPE

The value of tChassisResApipeSapAlloc represents the total number of instances that are currently allocated on this chassis.

OBJECT-TYPE

The value of tChassisResCpipeSapTotal represents the total number of provisioned Cpipe entries supported on this chassis. When the value of tChassisResCpipeSapTotal is zero, it indicates that this resource type is not supported on this chassis.

OBJECT-TYPE

The value of tChassisResCpipeSapAlloc represents the total number of instances that are currently allocated on this chassis.

OBJECT-TYPE

The value of tChassisResEpipeSapTotal represents the total number of provisioned Epipe entries supported on this chassis. When the value of tChassisResEpipeSapTotal is zero, it indicates that this resource type is not supported on this chassis.

OBJECT-TYPE

The value of tChassisResEpipeSapAlloc represents the total number of instances that are currently allocated on this chassis.

OBJECT-TYPE

The value of tChassisResFpipeSapTotal represents the total number of provisioned Fpipe entries supported on this chassis. When the value of tChassisResFpipeSapTotal is zero, it indicates that this resource type is not supported on this chassis.

OBJECT-TYPE

The value of tChassisResFpipeSapAlloc represents the total number of instances that are currently allocated on this chassis.

OBJECT-TYPE

The value of tChassisResIpipeSapTotal represents the total number of provisioned Ipipe entries supported on this chassis. When the value of tChassisResIpipeSapTotal is zero, it indicates that this resource type is not supported on this chassis.

OBJECT-TYPE

The value of tChassisResIpipeSapAlloc represents the total number of instances that are currently allocated on this chassis.

OBJECT-TYPE

The value of tChassisResIesSapTotal represents the total number of provisioned Ies entries supported on this chassis. When the value of tChassisResIesSapTotal is zero, it indicates that this resource type is not supported on this chassis.

OBJECT-TYPE

The value of tChassisResIesSapAlloc represents the total number of instances that are currently allocated on this chassis.

OBJECT-TYPE

The value of tChassisResMirrorSapTotal represents the total number of provisioned Mirror entries supported on this chassis. When the value of tChassisResMirrorSapTotal is zero, it indicates that this resource type is not supported on this chassis.

OBJECT-TYPE

The value of tChassisResMirrorSapAlloc represents the total number of instances that atre currently allocated on this chassis.

OBJECT-TYPE

The value of tChassisResVplsSapTotal represents the total number of provisioned Vpls entries supported on this chassis. When the value of tChassisResVplsSapTotal is zero, it indicates that this resource type is not supported on this chassis.

OBJECT-TYPE

The value of tChassisResVplsSapAlloc represents the total number of instances that are currently allocated on this chassis.

OBJECT-TYPE

The value of tChassisResVprnSapTotal represents the total number of provisioned Vprn entries supported on this chassis. When the value of tChassisResVprnSapTotal is zero, it indicates that this resource type is not supported on this chassis.

OBJECT-TYPE

The value of tChassisResVprnSapAlloc represents the total number of instances that are currently allocated on this chassis.

OBJECT-TYPE

The tmnxPhysChassisTable maintains the state of the physical chassis' in the system.

OBJECT-TYPE

Each row of tmnxPhysChassisEntry consists of the attributes for an individual physical chassis provisioned in the system. Rows are created and destroyed by the system.

OBJECT-TYPE

The value of tmnxPhysChassisClass specifies the class of this physical chassis in the SROS system.

OBJECT-TYPE

The value of tmnxPhysChassisNum specifies the unique identifier, within a class, for this physical chassis.

OBJECT-TYPE

The value of tmnxPhysChassisRole indicates the role of which this physical chassis shall perform while active in the system.

OBJECT-TYPE

The value of tmnxPhysChassisState indicates the device state of the physical chassis in the system.

OBJECT-TYPE

The value of tmnxPhysChassisHwIndex indicates the index into the tmnxHwTable for the row that represents the hardware component information for this physical chassis in the system.

OBJECT-TYPE

The value of tmnxPhysChassisNumPwrSupplies indicates the total number of power supplies that can be installed in this physical chassis.

OBJECT-TYPE

The value of tmnxPhysChassisNumFanTrays indicates the total number of fan trays installed in this physical chassis.

OBJECT-TYPE

The value of tmnxPhysChassisNumFans indicates the total number of fans installed in this physical chassis. This object was made obsolete in release 16.0.

OBJECT-TYPE

The value of tmnxPhysChassisName indicates the textual name for this physical chassis. Examples: tmnxPhysChassisName tmnxPhysChassisClass tmnxPhysChassisNum 1 'routerChassis(3)' 1

OBJECT-TYPE

The value of tmnxPhysChassisDescription specifies the description of the physical chassis.

OBJECT-TYPE

The value of tmnxPhysChassisMonitorFilterDoor specifies whether or not a filter door open or missing condition will be monitored by the system.

OBJECT-TYPE

The value of tmnxPhysChassisFilterDoorState indicates the state of the filter door.

OBJECT-IDENTITY

OBJECT-TYPE

The tmnxCardHwEventTable maintains the basic information regarding events detected and reported on provisioned cards on the SROS series system.

OBJECT-TYPE

A tmnxCardHwEventEntry row is created by the system whenever an event is detected and reported on either the tmnxCpmCardEntry or tmnxCardEntry as specified by the index of the row. All records are cleared on card resets.

OBJECT-TYPE

The value of tmnxCardHwEventSlotNum specifies the slot number of the card to which this event is detected.

OBJECT-TYPE

The value of tmnxCardHwEventType specifies the type of event detected and reported against the base card (or one of its complexes). The detectable and reportable events supported by this system include: tChipParity (1) - Parity error on the switch fabric interface.

OBJECT-TYPE

The value of tmnxCardHwEventComplex specifies the card complex in which the event occurred. If the type of event raised does not exist on a complex, the value of '1' will be used.

OBJECT-TYPE

The value of tmnxCardHwEventNumOccurrences indicates the number of times the specified tmnxCardHwEventType has occurred on the specified base card (or complex) since startup, last clear, or IOM reboot.

OBJECT-TYPE

The value of tmnxCardHwEventLastOccurTime indicates the last time the specified tmnxCardHwEventNumOccurrences incremented.

OBJECT-TYPE

The tmnxMdaHwEventTable maintains the basic information regarding events detected and reported on provisioned MDAs on the SROS series system.

OBJECT-TYPE

A tmnxMdaHwEventEntry row is created by the system whenever an event is detected and reported on the tmnxMDAEntry as specified by the index of the row. All records are cleared whenever a CPM, IOM or MDA is reset or unprovisioned.

OBJECT-TYPE

The value of tmnxMdaHwEventType specifies the type of event detected and reported against the MDA. The detectable and reportable events supported by this system include: ingrXplErr (1) - Ingress XPL Error

OBJECT-TYPE

The value of tmnxMdaHwEventNumOccurrences indicates the number of times the specified tmnxMdaHwEventType has occurred on the specified MDA since startup, last CPM clear, or IOM reboot.

OBJECT-TYPE

The value of tmnxMdaHwEventLastOccurTime indicates the last time the specified tmnxMdaHwEventNumOccurrences incremented.

OBJECT-TYPE

The tmnxMdaHwEventTable maintains the basic information regarding events detected and reported on provisioned MDAs on the SROS series system.

OBJECT-TYPE

A tmnxHwEventEntry row can be created for each supported event that can be detected and reported on hardware. Rows are created and destroyed using tmnxHwEventRowStatus.

OBJECT-TYPE

The value of tmnxHwEventType specifies the type of event detected and reported against this hardware.

OBJECT-TYPE

The value of tmnxHwEventRowStatus specifies the status of this row. It allows entries to be created and deleted in the tmnxHwEventTable.

OBJECT-TYPE

The value of tmnxHwEventAction specifies the action to be taken when event is detected.

OBJECT-TYPE

The value of tmnxHwEventNumOccurrences indicates the number of times the specified tmnxHwEventType has occurred on the specified hardware since startup, last CPM clear, or IOM reboot.

OBJECT-TYPE

The value of tmnxHwEventLastOccurTime indicates the last time the specified tmnxHwEventNumOccurrences incremented.

OBJECT-IDENTITY

OBJECT-TYPE

The value of tmnxChassisMgmtEthRed specifies whether or not the management Ethernet port redundancy feature is enabled or disabled.

OBJECT-TYPE

The value of tmnxChassisMgmtEthRedRevertTime specifies the amount of time the system will wait before reverting the standby CPM management Ethernet port to the active CPM after the active CPM management Ethernet port becomes operationally up.

OBJECT-TYPE

The value of tmnxChassisMgmtEthRedStandby indicates whether or not the management of the node is operating from the standby CPM's management Ethernet port.

OBJECT-IDENTITY

OBJECT-TYPE

The tmnxPhysChassisFanTable contains information about fan trays on the physical chassis. Rows are created/destroyed automatically by the system.

OBJECT-TYPE

The tmnxPhysChassisFanEntry contains information regarding a fan tray for the physical chassis.

OBJECT-TYPE

The value of tmnxPhysChassisFanIndex specifies a unique value which identifies a specific fan tray in the physical chassis.

OBJECT-TYPE

The value of tmnxPhysChassisFanOperStatus indicates the current status of the fan tray in the physical chassis.

OBJECT-TYPE

The value of tmnxPhysChassisFanSpeed indicates the speed that the fan in the physical chassis is operating at. This object was made obsolete in 15.0 and replaced with tmnxPhysChassisFanSpeedPercent.

OBJECT-TYPE

The value of tmnxPhysChassisFanRevision indicates the revision of the fan in the physical chassis. Values: unknown (0) - revision is unknown fan1 (1) - represents the original fan tray hfFan2 (2) - represents the high-flow fan tray; second revision

OBJECT-TYPE

The value of tmnxPhysChassisFanSpeedPercent indicates the speed of the fan as a percentage of maximum speed.

OBJECT-TYPE

The value of tmnxPhysChassisFanType indicates the type of fan tray is represented in this row. Values: chassis (1) - The fan tray is cooling the physical chassis pcm (2) - The fan tray is cooling the Power Connection Modules (PCM)

OBJECT-TYPE

The tmnxPhysChassisPowerSupplyTable contains information about power supply trays, also known as PEMs (Power Entry Modules) in the physical chassis. Rows are created/destroyed automatically by the system.

OBJECT-TYPE

The tmnxPhysChassisPowerSupplyEntry contains information regarding a power supply tray in the physical chassis.

OBJECT-TYPE

The value of tmnxPhysChassPowerSupId specifies a unique identifier index for a power supply in the physical chassis.

OBJECT-TYPE

The value of tmnxPhysChassPowerSupACStatus indicates the AC status of the power supply in the physical chassis. If the value is 'deviceStateOk (3)', the input AC voltage is within range. If the value is 'deviceStateFailed (4)', an AC voltage out of range condition has been detected. A value of 'deviceNotEquipped (2)' indicates that the AC power supply is not present.

OBJECT-TYPE

The value of tmnxPhysChassPowerSupDCStatus indicates the DC status of the power supply in the physical chassis. If the value is 'deviceStateOk (3)', the output DC voltage is within range. If the value is 'deviceStateFailed (4)', a DC voltage out of range condition has been detected. A value of 'deviceNotEquipped (2)' indicates that the DC power supply is not present or the equipped power supply does not support the reporting of this status.

OBJECT-TYPE

The value of tmnxPhysChassPowerSupTempStatus indicates the status of the power supply's temperature in the physical chassis. If the value is 'deviceStateOk (3)', the current temperature is within acceptable range. If the value is 'deviceStateFailed (4)', a temperature too high condition has been detected.

OBJECT-TYPE

The value of tmnxPhysChassPowerSupTempThrshld indicates the temperature threshold in degrees celsius of the power supply in the physical chassis. When the temperature of the power supply raises above tmnxPhysChassPowerSupTempThrshld, a 'temperature too high' event will be generated.

OBJECT-TYPE

The value of tmnxPhysChassPowerSup1Status indicates the overall status of the equipped power supply in the physical chassis. For AC multiple power supplies, this represents the overall status of the first power supply in the tray. For any other type, this represents the overall status of the power supply. If the value is 'deviceStateOk (3)', then all monitored statuses are 'deviceStateOk (3)'. A value of 'deviceStateFailed (4)' represents a condition where at least one monitored status is in a failed state.

OBJECT-TYPE

The value of tmnxPhysChassPowerSup2Status indicates the overall status of the equipped power supply in the physical chassis. For AC multiple power supplies, this represents the overall status of the second power supply in the tray. For any other type, this object is not applicable and set to 'deviceNotEquipped (2)'. If the value is 'deviceStateOk (3)', then all monitored statuses are 'deviceStateOk (3)'. A value of 'deviceStateFailed (4)' represents a condition where at least one monitored status is in a failed state.

OBJECT-TYPE

The value of tmnxPhysChassPowerSupAssignType specifies the type of power supply that is assigned to the physical chassis. Based on the value assigned to this object, various power supply monitoring signals will be interpreted. For example, if a platform is provisioned to use DC power supplies, then the signal that indicates an AC power supply is missing can be ignored. The configuration of this object away from 'default (4)' is required for proper generation of traps and LED management.

OBJECT-TYPE

The value of tmnxPhysChassPowerSupInputStatus indicates the status of the input voltage of the power supply in the physical chassis. If the value is 'deviceStateOk (3)', the input voltage of the power supply is within range. If the value is 'deviceStateFailed (4)', an input voltage out of range condition has been detected. A value of 'deviceNotEquipped (2)' indicates that the power supply is not present in the physical chassis.

OBJECT-TYPE

The value of tmnxPhysChassPowerSupOutptStatus indicates the status of the output voltage of the power supply in the physical chassis. If the value is 'deviceStateOk (3)', the output voltage of the power supply is within range. If the value is 'deviceStateFailed (4)', an output voltage out of range condition has been detected. A value of 'deviceNotEquipped (2)' indicates that the power supply is not present in the physical chassis.

OBJECT-TYPE

The value of tmnxPhysChassPowerSupPemType indicates the Power Entry Module (PEM) type installed in the PEM slot for the physical chassis.

OBJECT-TYPE

The value of tmnxPhysChassPowerSupPemACRect indicates which Power Entry Module AC rectifiers installed in the PEM slot are in a failed state or are missing for the physical chassis. Values: acRect1 (0) - the first PEM AC rectifier has failed or is missing acRect2 (1) - The second PEM AC rectifier has failed or is missing

OBJECT-TYPE

The value of tmnxPhysChassPowerSupInFeedDown indicates which input feeds are not supplying power. Values: inputFeedA (0) - input feed A is not supplying power inputFeedB (1) - input feed B is not supplying power

OBJECT-TYPE

The value of tmnxPhysChassPowerSupFanDir indicates the direction of the power supply's fan in the physical chassis. Values: unknown (0) - fan direction is unknown frontToBack (1) - fan direction is from front of chassis to back backToFront (2) - fan direction is from back of chassis to front

OBJECT-TYPE

The value of tmnxPhysChassisPEQTableLastChg indicates the time, since system startup, that a row in the tmnxPhysChassisPEQTable last changed configuration.

OBJECT-TYPE

The tmnxPhysChassisPEQTable contains information about Power Equalizer type in the physical chassis. This table replaces tmnxChassisPEQTable in release 15.0 of SROS series systems.

OBJECT-TYPE

Each row entry represents a Nokia SROS series PEQ slot. This table augments the tmnxPhysChassisPowerSupplyTable on physical chassis that support PEQs. Rows in this table are created by the agent at initialization and cannot be created or destroyed by SNMP Get or Set requests.

OBJECT-TYPE

The value of tmnxPhysChassisPEQLastChangeTime indicates the time, since system startup, that an object in this row changed configuration.

OBJECT-TYPE

The value of tmnxPhysChassisPEQAssignedType specifies the administratively assigned (pre-provisioned) PEQ type defined in the tmnxPEQTypeTable that should occupy this PEQ slot in the chassis. If tmnxPhysChassisPEQAssignedType has a value of 1 (unassigned), this slot has not yet been pre-provisioned.

OBJECT-TYPE

The value of tmnxPhysChassisPEQEquippedType indicates the PEQ type of the PEQ that is physically inserted into this PEQ slot in the chassis. If the slot has been pre-provisioned, tmnxPhysChassisPEQAssignedType is not equal to 1 (unassigned), and the value of tmnxPhysChassisPEQEquippedType is not the same as tmnxPhysChassisPEQAssignedType, a mismatch alarm will be raised. A value of 0 indicates the PEQ type is not recognized by the SROS.

OBJECT-TYPE

The value of tmnxPhysChassisPEQSupportedTypes is a bit-mask that indicates what PEQ types can be physically supported in this PEQ slot in this chassis.

OBJECT-TYPE

The value of tmnxPhysChassisPEQAvailableWatt indicates the reported available wattage of the PEQ.

OBJECT-TYPE

The value of tmnxPhysChassisPEQInputPowerMode specifies the input power mode of the PEQ. A value of zero indicates that the input power mode is not applicable for the PEQ. An SNMP SET request with a value of zero is not permitted.

OBJECT-TYPE

The value of tmnxPhysChassisPCMTableLastChg indicates the time, since system startup, that a row in the tmnxPhysChassisPCMTable last changed configuration.

OBJECT-TYPE

The tmnxPhysChassisPCMTable contains information about Power Connection Modules (PCM) in the physical chassis.

OBJECT-TYPE

Each row entry represents a Nokia SROS series PCM slot. Rows in this table are created by the agent at initialization and cannot be created or destroyed by SNMP Get or Set requests.

OBJECT-TYPE

The value of tmnxPhysChassisPCMId specifies a unique identifier index for a PCM in the physical chassis.

OBJECT-TYPE

The value of tmnxPhysChassisPCMEntryLastChg indicates the time, since system startup, that an object in this row changed configuration.

OBJECT-TYPE

The value of tmnxPhysChassisPCMEquippedType indicates the PCM type of the PCM that is physically inserted into the equivalent PEQ slot in the chassis. The following PEQ type(s) support PCM: apeq-dc-4275 (10) If the equipped PEQ does not have a type in this list, then the value of tmnxPhysChassisPCMEquippedType can only take on the values unassigned (1), or dual (2).

OBJECT-TYPE

The value of tmnxPhysChassisPCMAssignedType specifies the administratively assigned (pre-provisioned) PCM type that should occupy this PCM slot in the chassis. If tmnxPhysChassisPCMAssignedType has a value of unassigned (1), this slot has not yet been pre-provisioned. The following PEQ type(s) support PCM: apeq-dc-4275 (10)

OBJECT-TYPE

The value of tmnxPhysChassisPCMInFeedDown indicates which input feeds are not supplying power. Values: inputFeedA (0) - input feed A is not supplying power inputFeedB2 (1) - input feed B2 is not supplying power inputFeedA2 (2) - input feed A2 is not supplying power inputFeedB (3) - input feed B is not supplying power

OBJECT-TYPE

The tmnxPhysChassisPMTypeTable has an entry for each Power Module (PM) type supported by the system. Some example PM types are: 'apeq-dc-2000', 'apeq-ac-3000', 'ac-single', 'dc-multiple'.

OBJECT-TYPE

Each row entry represents an Nokia SROS series Power Module type. Rows in this table are created by the agent at initialization and cannot be created or destroyed by SNMP Set requests.

OBJECT-TYPE

The value of tmnxPhysChassisPMTypeIndex specifies the unique index which identifies the type of Nokia SROS series Power Module (PM).

OBJECT-TYPE

The value of tmnxPhysChassisPMTypeName indicates the administrative name that identifies the type of Nokia SROS series PM. This name string is used in CLI commands to specify a particular PM type.

OBJECT-TYPE

The value of tmnxPhysChassisPMTypeDescription indicates the detailed description of this Nokia SROS series PM type.

OBJECT-TYPE

The value of tmnxPhysChassisPMTypeNumInFeed indicates the number of input feeds that this PM type has.

OBJECT-TYPE

The value of tmnxPhysChassisPMTableLastChange indicates the time, since system startup, that a row in the tmnxPhysChassisPMTable last changed configuration.

OBJECT-TYPE

The tmnxPhysChassisPMTable contains information about Power Modules (PM).

OBJECT-TYPE

Each row entry represents a Nokia SROS series PM slot. Rows in this table are created by the agent at initialization and cannot be created or destroyed by SNMP Get or Set requests.

OBJECT-TYPE

The value of tmnxPowerModuleHwIndex specifies a unique value which identifies the PM.

OBJECT-TYPE

The value of tmnxPhysChassisPMEntryLastChange indicates the time, since system startup, that an object in this row changed configuration.

OBJECT-TYPE

The value of tmnxPhysChassisPMAssignedType specifies the administratively assigned (provisioned) PM type defined in the tmnxPhysChassisPMTypeTable that should occupy this PM slot. If tmnxPhysChassisPMAssignedType has a value of 1 (unassigned), this slot has not yet been provisioned.

OBJECT-TYPE

The value of tmnxPhysChassisPMEquippedType indicates the PM type of the PM that is physically inserted into this PM slot. If the slot has been provisioned, and tmnxPhysChassisPMAssignedType is not equal to 1 (unassigned), and the value of tmnxPhysChassisPMEquippedType is not the same as tmnxPhysChassisPMAssignedType, a mismatch alarm will be raised. A value of 0 indicates the PM type is not recognized by the SROS.

OBJECT-TYPE

The value of tmnxPhysChassisPMSupportedTypes is a bit-mask that indicates what PM types can be physically supported in this PM slot.

OBJECT-TYPE

The value of tmnxPhysChassisPMAvailableWatt indicates the reported available wattage of the PM.

OBJECT-TYPE

The value of tmnxPhysChassisPMOutputStatus indicates the status of the PM output.

OBJECT-TYPE

The value of tmnxPhysChassisPMInputFeedDown indicates which input feeds are not supplying power. Values: inputFeedA (0) - input feed A is not supplying power inputFeedB (1) - input feed B is not supplying power

OBJECT-TYPE

The value of tmnxBluetoothTableLastChange indicates the time, since system startup, when tmnxBluetoothTable last changed configuration.

OBJECT-IDENTITY

OBJECT-TYPE

The value of tmnxBluetoothPasskey specifies the Bluetooth pairing passkey for the Bluetooth module(s).

OBJECT-TYPE

The value of tmnxBluetoothAdvertisingTimeout specifies the amount of time the Bluetooth module(s) will spend advertising after a button press.

OBJECT-TYPE

The value of tmnxBluetoothPowerState specifies the power state of the Bluetooth Bluetooth module(s). The states are defined as follows: off (0) - The Bluetooth module(s) are disabled. enabled-manual (1) - The Bluetooth module(s) are enabled, but not automatically advertising. enabled-automatic (2) - The Bluetooth module(s) are enabled and automatically advertising.

OBJECT-TYPE

The value of tmnxBluetoothPairingButton specifies whether the Bluetooth pairing button on the Bluetooth module(s) are enabled (1) or disabled (2).

OBJECT-TYPE

The value of tmnxBluetoothDeviceTableLastChg indicates the time, since system startup, when tmnxBluetoothDeviceTable last changed configuration.

OBJECT-TYPE

The tmnxBluetoothDeviceTable contains information regarding the Bluetooth capable devices that are allowed to connect with the system.

OBJECT-TYPE

Each row entry represents a Bluetooth capable device that is allowed to connect with the system. Rows are created and destroyed using tmnxBluetoothDeviceRowStatus.

OBJECT-TYPE

The value of tmnxBluetoothDeviceMacAddress specifies the MAC address of the Bluetooth capable client device that is allowed to connect with the system.

OBJECT-TYPE

The value of tmnxBluetoothDeviceRowStatus specifies the status of this row. It allows entries to be created and deleted in the tmnxBluetoothDeviceTable.

OBJECT-TYPE

The value of tmnxBluetoothDeviceEntryLastChg indicates the time, since system startup, that the configuration of the row was last modified.

OBJECT-TYPE

The value of tmnxBluetoothDeviceDescription specifies the description of the Bluetooth capable client device that is allowed to connect with the system.

OBJECT-TYPE

The value of tmnxBluetoothModuleTableLastChg indicates the time, since system startup, when tmnxBluetoothModuleTable last changed configuration.

OBJECT-TYPE

The tmnxBluetoothModuleTable contains information regarding the Bluetooth modules in the system.

OBJECT-TYPE

Each row entry represents a Bluetooth module in the system. Rows in this table are created by the agent at initialization and cannot be created or destroyed by SNMP Set requests.

OBJECT-TYPE

The value of tmnxBluetoothModuleEntryLastChg indicates the time, since system startup, that the configuration of the row was last modified.

OBJECT-TYPE

The value of tmnxBluetoothModuleCfgIdentifier specifies the identifier of the Bluetooth module. This is the identifier which is advertised to Bluetooth capable devices when they attempt to pair/connect with the module. If this object is set to its default value, then the value indicated by tmnxBluetoothModuleIdentifier is advertised to bluetooth capable devices.

OBJECT-TYPE

The value of tmnxBluetoothModuleIdentifier indicates the identifier of the Bluetooth module, determined by the system. This is the identifier which is advertised to Bluetooth capable devices when they attempt to pair/connect with the module, unless a value for tmnxBluetoothModuleCfgIdentifier has been set.

OBJECT-TYPE

The value of tmnxBluetoothModuleConnected indicates whether the Bluetooth module is currently connected to a remote Bluetooth client device. If 'true', then the remote client device MAC address will be indicated by the value of tmnxBluetoothModuleConnectedMac

OBJECT-TYPE

The value of tmnxBluetoothModuleConnectedMac indicates the MAC address of the remote Bluetooth client device. This value is only valid in the value of tmnxBluetoothModuleConnected is set to 'true'.

OBJECT-IDENTITY

OBJECT-IDENTITY

OBJECT-TYPE

The value of sysUpTime when the tmnxCardTable was last changed.

OBJECT-TYPE

The tmnxCardTable has an entry for each IOM card slot in each chassis in the TMNX system.

OBJECT-TYPE

Each row entry represents an IOM card slot in a chassis in the system. Entries cannot be created and deleted via SNMP SET operations. When a tmnxChassisEntry is created, a tmnxCardEntry is created for each IOM card slot in that chassis. Before a tmnxChassisEntry can be deleted, each tmnxCardEntry for that chassis must be in the proper state for removal.

OBJECT-TYPE

The unique value which identifies this IOM slot within a chassis in the system.

OBJECT-TYPE

A bit-mask that indicates what card types can be physically supported in this IOM slot in this chassis.

OBJECT-TYPE

A bit-mask that specifies what IOM card types the administrator has designated be allowed to be inserted into this slot. If the slot has not been pre-provisioned and a card that does not match one of the allowed types is inserted into this slot, a mismatch alarm will be raised. If a specific value has not yet been SET by the manager, tmnxCardAllowedTypes will return the same value to a GET request as tmnxCardSupportedTypes. The object was made obsolete in the 3.0 release.

OBJECT-TYPE

The tmnxCardAssignedType specifies the administratively assigned (pre-provisioned) IOM card type defined in the tmnxCardTypeTable that should occupy this slot in this chassis. If tmnxCardAssignedType has a value of 1 (unassigned), this slot has not yet been pre-provisioned.

OBJECT-TYPE

The tmnxCardEquippedType indicates the IOM card type that is physically inserted into this slot in this chassis. If the slot has been pre-provisioned, tmnxCardAssignedType is not equal to 1 (unassigned), and the value of tmnxCardEquippedType is not the same as tmnxCardAssignedType, a mismatch alarm will be raised. A value of 0 indicates the IOM card type is not recognized by the software.

OBJECT-TYPE

The value of tmnxCardHwIndex is the index into the tmnxHwTable for the row entry that represents the hardware component information for this IOM card.

OBJECT-TYPE

The clock source used by the IOM card in this slot.

OBJECT-TYPE

The number of Media Dependent Adapter (MDA) slots available on this IOM card.

OBJECT-TYPE

The number of Media Dependent Adapters installed on this IOM card.

OBJECT-TYPE

Setting this variable to 'cardReboot' causes the IOM card to execute a soft-reboot. Setting this variable to 'cardPowerCycle' causes the IOM to turn off and turn on power to the card initiating a hard-reboot.

OBJECT-TYPE

The value of tmnxCardMemorySize indicates the amount of memory, in megabytes, populated on this IOM card.

OBJECT-TYPE

The value of tmnxCardNamedPoolAdminMode specifies whether or not an IOM is provisioned for the configuration of named pools. If the value of tmnxCardNamedPoolAdminMode is 'inService(2)', the system will change the way default pools are created and allow for the creation of MDA and port level named buffer pools. If the value of tmnxCardNamedPoolAdminMode is 'outOfService(3)', the system will not create per port pools, instead a default network and access pool is created for ingress and egress and is shared by queues on all ports. This object is used in conjunction with tmnxCardNamedPoolOperMode.

OBJECT-TYPE

The value of tmnxCardNamedPoolOperMode indicates whether or not an IOM provisioned with tmnxCardNamedPoolAdminMode to a value of 'inService(2)' will actively use named pools or not. A value of 'outOfService(3) means that the named pool configurations will not be downloaded to the IOM until after a reset of the IOM is performed. A value of 'inService(2)' means that the named pool configurations are programmed by the IOM. On systems using a separate CPM and IOM combination the value of tmnxCardNamedPoolOperMode and tmnxCardNamedPoolAdminMode will always be in sync due to a mandatory reboot of the IOM. On systems using a combined image (CFM) these values will be out-of-sync until the chassis is rebooted.

OBJECT-TYPE

The value of tmnxCardSoftReset, when set to 'doAction(1)', causes the IOM card to re-initialize the applications and protocols running on the card with limited traffic impact.

OBJECT-TYPE

The value of tmnxCardLastBootupReason indicates the type of the last reboot/reset of the IOM card. Not all reasons exist in all software versions. hardReboot - new/different card inserted for first time softReset - user initiated soft reset powerCycle - user initiated power cycle clearCard - user initiated clear card activitySwitch - card rebooted during activity switch configChange - configuration change forced a reboot runtimeFail - card failed while running and was rebooted bootFail - card failed during boot and was rebooted unexpected - card unexpectedly rebooted issuTimeout - ISSU timeout timer expired reinserted - card was removed and reinserted issuHardReboot - card rebooted during ISSU upgrade (soft reset ineligible) ccmFail - Chassis Control Module (CCM) failed. powerChange - Power availability changed. levelChange - Licensed level changed.

OBJECT-TYPE

The value of tmnxCardCmplx1IngrFcsOccur indicates the number of times the first complex experienced an occurrence of an FCS error in the ingress direction since startup, last clear, or IOM reboot. This object was obsoleted in release 16.0. A replacement was added to tmnxCardComplexStatsTable.

OBJECT-TYPE

The value of tmnxCardCmplx1IngrFcsOccurTime indicates the last time tmnxCardCmplx1IngrFcsOccur incremented. This object was obsoleted in release 16.0. A replacement was added to tmnxCardComplexStatsTable.

OBJECT-TYPE

The value of tmnxCardCmplx1EgrFcsOccur indicates the number of times the first complex experienced an occurrence of an FCS error in the egress direction since startup, last clear, or IOM reboot. This object was obsoleted in release 16.0. A replacement was added to tmnxCardComplexStatsTable.

OBJECT-TYPE

The value of tmnxCardCmplx1EgrFcsOccurTime indicates the last time tmnxCardCmplx1EgrFcsOccur incremented. This object was obsoleted in release 16.0. A replacement was added to tmnxCardComplexStatsTable.

OBJECT-TYPE

The value of tmnxCardCmplx2IngrFcsOccur indicates the number of times the second complex experienced an occurrence of an FCS error in the ingress direction since startup, last clear, or IOM reboot. This object was obsoleted in release 16.0. A replacement was added to tmnxCardComplexStatsTable.

OBJECT-TYPE

The value of tmnxCardCmplx2IngrFcsOccurTime indicates the last time tmnxCardCmplx2IngrFcsOccur incremented. This object was obsoleted in release 16.0. A replacement was added to tmnxCardComplexStatsTable.

OBJECT-TYPE

The value of tmnxCardCmplx2EgrFcsOccur indicates the number of times the second complex experienced an occurrence of an FCS error in the egress direction since startup, last clear, or IOM reboot. This object was obsoleted in release 16.0. A replacement was added to tmnxCardComplexStatsTable.

OBJECT-TYPE

The value of tmnxCardCmplx2EgrFcsOccurTime indicates the last time tmnxCardCmplx2EgrFcsOccur incremented. This object was obsoleted in release 16.0. A replacement was added to tmnxCardComplexStatsTable.

OBJECT-TYPE

The value of tmnxCardCmplx1MemParityOccur indicates the number of times the first complex experienced an occurrence of a memory parity error since startup, last clear, or IOM reboot. This object was obsoleted in release 16.0. A replacement was added to tmnxCardComplexStatsTable.

OBJECT-TYPE

The value of tmnxCardCmplx1MemParityOccurTime indicates the last time tmnxCardCmplx1MemParityOccur incremented. This object was obsoleted in release 16.0. A replacement was added to tmnxCardComplexStatsTable.

OBJECT-TYPE

The value of tmnxCardCmplx2MemParityOccur indicates the number of times the second complex experienced an occurrence of a memory parity error since startup, last clear, or IOM reboot. This object was obsoleted in release 16.0. A replacement was added to tmnxCardComplexStatsTable.

OBJECT-TYPE

The value of tmnxCardCmplx2MemParityOccurTime indicates the last time tmnxCardCmplx2MemParityOccur incremented. This object was obsoleted in release 16.0. A replacement was added to tmnxCardComplexStatsTable.

OBJECT-TYPE

The value of tmnxCardCapability indicates special capabilities that are set on this card. tmnxCardCapability is a bitmap with the following values: 'sr': Enable SR capabilities on this card.

OBJECT-TYPE

The value of tmnxCardCmplx1CAMErrorOccur indicates the number of times the first complex experienced an occurrence of a CAM error since startup, last clear, or IOM reboot. This object was obsoleted in release 16.0. A replacement was added to tmnxCardComplexStatsTable.

OBJECT-TYPE

The value of tmnxCardCmplx1CAMErrorOccurTime indicates the last time tmnxCardCmplx1CAMErrorOccur incremented. This object was obsoleted in release 16.0. A replacement was added to tmnxCardComplexStatsTable.

OBJECT-TYPE

The value of tmnxCardCmplx2CAMErrorOccur indicates the number of times the second complex experienced an occurrence of a CAM error since startup, last clear, or IOM reboot. This object was obsoleted in release 16.0. A replacement was added to tmnxCardComplexStatsTable.

OBJECT-TYPE

The value of tmnxCardCmplx2CAMErrorOccurTime indicates the last time tmnxCardCmplx2CAMErrorOccur incremented. This object was obsoleted in release 16.0. A replacement was added to tmnxCardComplexStatsTable.

OBJECT-TYPE

The value of tmnxCardFailOnError specifies the set of events that, if triggered, will cause the card to fail. The suppression or generation of the NOTIFICATION-TYPE event is independent of the card failing. The following set of events are configurable: memoryEventGroupA (0) - tmnxEqCardPChipMemoryEvent tmnxEqCardPChipCamEvent tmnxEqCardPChipError tmnxEqCardQChipBufMemoryEvent tmnxEqCardQChipStatsMemoryEvent tmnxEqCardQChipIntMemoryEvent tmnxEqCardChipIfCellEvent tmnxEqCardPChipError will only cause a card failure if all MDAs(s) on the complex are Ethernet or ISAs.

OBJECT-TYPE

The value of tmnxCardCmplx1EgrFcsSrcSlots indicates the source slots reported from the last time tmnxCardCmplx1EgrFcsOccur incremented. This object was obsoleted in release 16.0. A replacement was added to tmnxCardComplexStatsTable.

OBJECT-TYPE

The value of tmnxCardCmplx2EgrFcsSrcSlots indicates the source slots reported from the last time tmnxCardCmplx2EgrFcsOccur incremented. This object was obsoleted in release 16.0. A replacement was added to tmnxCardComplexStatsTable.

OBJECT-TYPE

The value of tmnxCardHardResetUnsupMdas specifies whether to do hard reset of the soft reset incapable MDAs as part setting 'doAction' to tmnxCardSoftReset object.

OBJECT-TYPE

The value of tmnxCardCmpl1BufMemErrOccur indicates the number of times the first complex experienced an occurrence of a buffer memory error since startup, last clear, or IOM reboot. This object was obsoleted in release 16.0. A replacement was added to tmnxCardComplexStatsTable.

OBJECT-TYPE

The value of tmnxCardCmpl1BufMemErrOccurTime indicates the last time tmnxCardCmpl1BufMemErrOccur incremented. This object was obsoleted in release 16.0. A replacement was added to tmnxCardComplexStatsTable.

OBJECT-TYPE

The value of tmnxCardCmpl2BufMemErrOccur indicates the number of times the second complex experienced an occurrence of a buffer memory error since startup, last clear, or IOM reboot. This object was obsoleted in release 16.0. A replacement was added to tmnxCardComplexStatsTable.

OBJECT-TYPE

The value of tmnxCardCmpl2BufMemErrOccurTime indicates the last time tmnxCardCmpl2BufMemErrOccur incremented. This object was obsoleted in release 16.0. A replacement was added to tmnxCardComplexStatsTable.

OBJECT-TYPE

The value of tmnxCardCmpl1StatMemErrOccur indicates the number of times the first complex experienced an occurrence of a statistics memory error since startup, last clear, or IOM reboot. This object was obsoleted in release 16.0. A replacement was added to tmnxCardComplexStatsTable.

OBJECT-TYPE

The value of tmnxCardCmpl1StatMemErrOccurTime indicates the last time tmnxCardCmpl1StatMemErrOccur incremented. This object was obsoleted in release 16.0. A replacement was added to tmnxCardComplexStatsTable.

OBJECT-TYPE

The value of tmnxCardCmpl2StatMemErrOccur indicates the number of times the second complex experienced an occurrence of a statistics memory error since startup, last clear, or IOM reboot. This object was obsoleted in release 16.0. A replacement was added to tmnxCardComplexStatsTable.

OBJECT-TYPE

The value of tmnxCardCmpl2StatMemErrOccurTime indicates the last time tmnxCardCmpl2StatMemErrOccur incremented. This object was obsoleted in release 16.0. A replacement was added to tmnxCardComplexStatsTable.

OBJECT-TYPE

The value of tmnxCardCmpl1IntMemErrOccur indicates the number of times the first complex experienced an occurrence of an internal memory error since startup, last clear, or IOM reboot. This object was obsoleted in release 16.0. A replacement was added to tmnxCardComplexStatsTable.

OBJECT-TYPE

The value of tmnxCardCmpl1IntMemErrOccurTime indicates the last time tmnxCardCmpl1IntMemErrOccur incremented. This object was obsoleted in release 16.0. A replacement was added to tmnxCardComplexStatsTable.

OBJECT-TYPE

The value of tmnxCardCmpl2IntMemErrOccur indicates the number of times the second complex experienced an occurrence of an internal memory error since startup, last clear, or IOM reboot. This object was obsoleted in release 16.0. A replacement was added to tmnxCardComplexStatsTable.

OBJECT-TYPE

The value of tmnxCardCmpl2IntMemErrOccurTime indicates the last time tmnxCardCmpl2IntMemErrOccur incremented. This object was obsoleted in release 16.0. A replacement was added to tmnxCardComplexStatsTable.

OBJECT-TYPE

The value of tmnxCardCmpl1ChipIfDownOcc indicates the number of times the first complex experienced an occurrence of an internal datapath problem. This object was obsoleted in release 16.0. A replacement was added to tmnxCardComplexStatsTable.

OBJECT-TYPE

The value of tmnxCardCmpl1ChipIfDownOccTime indicates the last time tmnxCardCmpl1ChipIfDownOcc incremented. This object was obsoleted in release 16.0. A replacement was added to tmnxCardComplexStatsTable.

OBJECT-TYPE

The value of tmnxCardCmpl2ChipIfDownOcc indicates the number of times the second complex experienced an occurrence of an internal datapath problem. This object was obsoleted in release 16.0. A replacement was added to tmnxCardComplexStatsTable.

OBJECT-TYPE

The value of tmnxCardCmpl2ChipIfDownOccTime indicates the last time tmnxCardCmpl2ChipIfDownOcc incremented. This object was obsoleted in release 16.0. A replacement was added to tmnxCardComplexStatsTable.

OBJECT-TYPE

The value of tmnxCardCmpl1ChipIfCellOcc indicates the number of times the first complex experienced an occurrence of internal datapath cell errors. This object was obsoleted in release 16.0. A replacement was added to tmnxCardComplexStatsTable.

OBJECT-TYPE

The value of tmnxCardCmpl1ChipIfCellOccTime indicates the last time tmnxCardCmpl1ChipIfCellOcc incremented. This object was obsoleted in release 16.0. A replacement was added to tmnxCardComplexStatsTable.

OBJECT-TYPE

The value of tmnxCardCmpl2ChipIfCellOcc indicates the number of times the second complex experienced an occurrence of internal datapath cell errors. This object was obsoleted in release 16.0. A replacement was added to tmnxCardComplexStatsTable.

OBJECT-TYPE

The value of tmnxCardCmpl2ChipIfCellOccTime indicates the last time tmnxCardCmpl2ChipIfCellOcc incremented. This object was obsoleted in release 16.0. A replacement was added to tmnxCardComplexStatsTable.

OBJECT-TYPE

The value of tmnxCardResetOnRecoverableError specifies whether or not the system resets the card when there are fatal memory parity errors on one of the Q-chips on that card. If the value of tmnxCardResetOnRecoverableError is 'true (1)' and there is a fatal memory parity error on a Q-chip, the system will reset the card but not fail it, even if tmnxCardFailOnError is 'true (1)'.

OBJECT-TYPE

The value of tmnxCardVmHypervisor indicates the name of the hypervisor. The value of this object is only relevant in a virtual machine implementation.

OBJECT-TYPE

The value of tmnxCardVmCpu indicates the description of the CPU. The value of this object is only relevant in a virtual machine implementation.

OBJECT-TYPE

The value of tmnxCardVmNumCores indicates the number of processor cores available. The value of this object is only relevant in a virtual machine implementation.

OBJECT-TYPE

An integer that specifies the administratively assigned (pre-provisioned) Card functional level variant that should occupy this slot in this chassis.

OBJECT-TYPE

An integer that indicates the card functional-level variant that is physically inserted into this slot in this chassis. If the value of tmnxCardAssignedLevel is not equal to the value of tmnxCardEquippedLevel, a mismatch alarm will be raised.

OBJECT-TYPE

An integer that indicates the card functional-level that is licensed for this slot in this chassis.

OBJECT-TYPE

Indicates the amount of licensed bandwidth that is used on the card for this slot in this chassis. Bandwidth becomes licensed as physical connectors are provisioned or physical ports are enabled. Licensed bandwith on cards that have multiple functional levels supported. The system enforces that the licensed bandwidth does not exceed any bandwidth restriction associated with this card's licensed level.

OBJECT-TYPE

The value of tmnxCardFilterScaleProfile specifies the filter allocation profile for the card. A profiles modifies the IPv4 and IPv6 ingress/egress filter allocation.

OBJECT-TYPE

The value of tmnxCardPowerSave specifies whether or not the system prevents the card from loading and keeps it in a low power mode. If the value of tmnxCardPowerSave is 'true (1)', the system will reset the card and keep it in a low power mode.

OBJECT-TYPE

The value of tmnxCardHashSeedShift specifies the number of bits the hash seed result is shifted. The hash seed result obtained by shifting up to 16 bits is used by the hash polynomial tmnxLoadBalancingHashEcmpPoly and tmnxLoadBalancingHashLagPoly, to optimize the load balancing distribution of packet flows under ECMP and LAG.

OBJECT-TYPE

The value of tmnxCardNumEquippedXioms indicates the number of xioms equipped on this slot.

OBJECT-TYPE

The value of sysUpTime when the tmnxCpmCardTable was last changed.

OBJECT-TYPE

The tmnxCpmCardTable has an entry for each CPM card or module in each chassis in the TMNX system.

OBJECT-TYPE

Each row entry represents a CPM card or module in a chassis in the system. Entries cannot be created and deleted via SNMP SET operations. When a tmnxChassisEntry is created, a tmnxCpmCardEntry is created for each CPM card or module in that chassis. Before a tmnxChassisEntry can be deleted, each tmnxCpmCardEntry for that chassis must be in the proper state for removal.

OBJECT-TYPE

The unique value which identifies this slot within a chassis in the system. Depending upon the value of tmnxChassisType, this may represent a fabric slot or a regular card slot. If this CPM module resides on a fabric card, tmnxCpmCardSlotNum has the value the corresponding tmnxFabricSlotNum. If this is a CPM module on a fabric card, tmnxCpmCardSlotNum is the fabric slot number in the chassis where this CPM module is located. Else if this is a CPM card, tmnxCpmCardSlotNum is a regular card slot number.

OBJECT-TYPE

The unique value which identifies this CPM module within a specific card slot within a chassis in the system.

OBJECT-TYPE

A bit-mask that indicates what CPM card types can be physically supported in this slot in this chassis.

OBJECT-TYPE

A bit-mask that specifies what CPM card types the administrator has designated be allowed to be inserted into this slot. If the slot has not been pre-provisioned and a card that does not match one of the allowed types is inserted into this slot, a mismatch alarm will be raised. If a specific value has not yet been SET by the manager, tmnxCpmCardAllowedTypes will return the same value to a GET request as tmnxCpmCardSupportedTypes. The object was made obsolete in the 3.0 release.

OBJECT-TYPE

The tmnxCpmCardAssignedType specifies the administratively assigned (pre-provisioned) CPM card type defined in tmnxCardTypeTable that should occupy this slot in this chassis. If tmnxCpmCardAssignedType has a value of 1 (unassigned), this slot has not yet been pre-provisioned.

OBJECT-TYPE

The tmnxCpmCardEquippedType indicates the CPM card type that is physically inserted into this slot in this chassis. If the slot has been pre-provisioned, tmnxCpmCardAssignedType is not equal to 1 (unassigned), and the value of tmnxCpmCardEquippedType is not the same as tmnxCpmCardAssignedType, a mismatch alarm will be raised.

OBJECT-TYPE

The value of tmnxCpmCardHwIndex is the index into the tmnxHwTable for the row entry that represents the hardware component information for this CPM card or module.

OBJECT-TYPE

The version number of boot option file (BOF) read by the CPM card in this slot.

OBJECT-TYPE

The date and time the boot options file (BOF) for this card was last modified. If tmnxCpmCardBootOptionLastModified is more recent than tmnxHwSwLastBoot, the boot options file has been edited since the software was booted and different software images or configuration will likely be used when this card is next rebooted.

OBJECT-TYPE

The version of the configuration file read when this CPM card was last rebooted.

OBJECT-TYPE

The version of the index file read when this CPM card was last rebooted.

OBJECT-TYPE

The date and time the running configuration was last modified. If tmnxCpmCardConfigLastModified is more recent than tmnxHwSwLastBoot, the current configuration may be different than that in the configuration file read upon system initialization.

OBJECT-TYPE

The date and time the current configuration was last saved. If tmnxCpmCardConfigLastSaved is more recent the value of tmnxHwSwLastBoot, the initial configuration is likely to be different the next time the system is rebooted.

OBJECT-TYPE

The value of tmnxCpmCardRedundant indicates the role of the CPM card for the redundant pair. The possible values are: singleton (1) - standalone CPM, no redundant pair redundantActive (2) - the active CPM in the redundant pair redundantStandby (3) - the standby CPM in the redundant pair redundantSplit (4) - not implemented redundantDisabled (5) - tmnxHwOperState indicates the specific reason why this redundant CPM is not available redundantSyncing (6) - the redundant pair is syncing redundantExtActive (7) - the active CPM in the redundant pair for the extension chassis redundantExtStandby (8) - the standby CPM in the redundant pair for the extension chassis

OBJECT-TYPE

The clock source used by the CPM card in this slot.

OBJECT-TYPE

The value of tmnxCpmCardNumCpus indicates the number of CPU chips populated on this CPM module.

OBJECT-TYPE

The value of tmnxCpmCardCpuType indicates the type of CPU chips populated on this CPM module.

OBJECT-TYPE

The value of tmnxCpmCardMemorySize indicates the amount of memory, in megabytes, populated on this CPM module.

OBJECT-TYPE

Setting this variable to doAction causes the switchover to the redundant CPM card.

OBJECT-TYPE

Setting this variable to 'doAction' causes the CPM card to execute a soft-reboot.

OBJECT-TYPE

Setting this variable to 'doAction' causes the Boot Options File (BOF) to be reread and applied.

OBJECT-TYPE

tmnxCpmCardConfigFileLastBooted indicates the location and name of the configuration file from which the system last rebooted.

OBJECT-TYPE

tmnxCpmCardConfigFileLastSaved indicates the location and name of the file to which the configuration was last saved.

OBJECT-TYPE

tmnxCpmCardConfigFileLastBootedHeader contains the header of the configuration file from which the system last rebooted.

OBJECT-TYPE

tmnxCpmCardIndexFileLastBootedHeader contains the header of the index file from which the system last rebooted.

OBJECT-TYPE

tmnxCpmCardBootOptionSource indicates the compact flash slot where the Boot Options File (BOF) file was found when the system last rebooted. For example, if the BOF file was found on compact flash slot 1, the value of this variable will be 'cf1:'

OBJECT-TYPE

The value of tmnxCpmCardConfigSource indicates the location in the Boot Options File(BOF) where the configuration file was found when the system last rebooted.

OBJECT-TYPE

The date and time the boot options file (BOF) was last saved. If tmnxCpmCardBootOptionLastSaved is more recent than the value of tmnxHwSwLastBoot, the boot options file has been edited since the software was booted and different software images or configuration will likely be used when this card is next rebooted.

OBJECT-TYPE

The current Master/Slave clocking reference designation. primaryRef Indicates this card is designated as the primary clocking reference in a redundant system for cards within the same physical chassis. secondaryRef Indicates this card is designated as the secondary clocking reference in a redundant system for cards within the same physical chassis. notInitialized Indicates the clock is not initialized.

OBJECT-TYPE

The value of tmnxCpmCardConfigUserLastModified indicates the last user who modified the configuration. If the configuration was last modified by an SNMPv1 or SNMPv2 set operation, the value of this object will indicate the SNMP community string and view name separated by the '/' character. If the configuration was last modified by an SNMPv3 set operation, the value of this object will be the SNMPv3 user and view name separated by the '/' character. If the configuration has not been saved since the last boot, the object will have the value of an empty string.

OBJECT-TYPE

The value of tmnxCpmCardCmplxCAMErrOccur indicates the number of times the complex experienced an occurrence of a CAM error since startup, or card reboot.

OBJECT-TYPE

The value of tmnxCpmCardCmplxCAMErrOccurTime indicates the last time tmnxCpmCardCmplxCAMErrOccur incremented.

OBJECT-TYPE

The value of tmnxCpmCardOscillatorType indicates the type of oscillator present on the card. An Oven-Controlled Crystal Oscillator (OCXO) is required for the card to support IEEE 1588 clock recovery. A Temperature-Compensated Crystal Oscillator (TCXO) is not sufficient. The type of oscillator also affects the holdover performance of the system.

OBJECT-TYPE

The value of tmnxCpmCardCmplxMemErrOccur indicates the number of times the complex experienced an occurrence of a memory error since startup, or card reboot.

OBJECT-TYPE

The value of tmnxCpmCardCmplxMemErrOccurTime indicates the last time tmnxCpmCardCmplxMemErrOccur incremented.

OBJECT-TYPE

The value of tmnxCpmCardCmplBufMemErrOcc indicates the number of times the complex experienced an occurrence of a buffer memory error since startup, or card reboot.

OBJECT-TYPE

The value of tmnxCpmCardCmplBufMemErrOccTime indicates the last time tmnxCpmCardCmplBufMemErrOcc incremented.

OBJECT-TYPE

The value of tmnxCpmCardCmplStatMemErrOcc indicates the number of times the complex experienced an occurrence of a statistics memory error since startup, or card reboot.

OBJECT-TYPE

The value of tmnxCpmCardCmplStatMemErrOccTime indicates the last time tmnxCpmCardCmplStatMemErrOcc incremented.

OBJECT-TYPE

The value of tmnxCpmCardCmplIntMemErrOcc indicates the number of times the complex experienced an occurrence of an internal memory error since startup, or card reboot.

OBJECT-TYPE

The value of tmnxCpmCardCmplIntMemErrOccTime indicates the last time tmnxCpmCardCmplIntMemErrOcc incremented.

OBJECT-TYPE

The value of tmnxCpmCardCmplChipIfDownOcc indicates the number of times the complex experienced an occurrence of an internal datapath problem.

OBJECT-TYPE

The value of tmnxCpmCardCmplChipIfDownOccTime indicates the last time tmnxCpmCardCmplChipIfDownOcc incremented.

OBJECT-TYPE

The value of tmnxCpmCardCmplChipIfCellOcc indicates the number of times the complex experienced an occurrence of internal datapath cell errors.

OBJECT-TYPE

The value of tmnxCpmCardCmplChipIfCellOccTime indicates the last time tmnxCpmCardCmplChipIfCellOcc incremented.

OBJECT-TYPE

The value of tmnxCpmCardRebootHold specifies putting the standby CPM card in hold on a soft reboot, preventing the standby CPM+SFM from coming back online. To do so, this attribute must be set to 'true(1)' together with tmnxCpmCardReboot set to 'doAction(1)' and only for the standby CPM; otherwise, the set will fail with error 'inconsistentValue'. For the active CPM, tmnxCpmCardRebootHold can't be set to 'true(1)' and will always return a value of 'false(2)'. When tmnxCpmCardRebootHold is set to 'true(1)', the standby CPM reboots as expected, but remains in a booting state (in hold). The setting of tmnxCpmCardRebootHold to 'true(1)' prevents the active CPM from declaring the standby CPM dead because it failed to boot. MIB attribute tmnxHwFailureReason will be updated for the standby CPM indicating that there is no SFM. The system is not redundant while tmnxCpmCardRebootHold is 'true(1)'. If the active CPM fails, or is manually rebooted, the standby CPM will also reboot. tmnxCpmCardRebootHold is set to 'false(2)' when tmnxCpmCardReboot for the standby CPM is set to 'doAction(1)' without also setting tmnxCpmCardRebootHold, or if the active CPM reboots.

OBJECT-TYPE

The value of tmnxCpmCardUuid indicates the Universally Unique Identifier (UUID) of the CPM card.

OBJECT-TYPE

The value of tmnxCpmCardCmplxIngrFcsOccur indicates the number of times the first CPM card complex experienced an occurrence of an FCS error in the ingress direction since startup, last clear, or CPM reboot.

OBJECT-TYPE

The value of tmnxCpmCardCmplxIngrFcsOccurTime indicates the last time tmnxCardCmplx1IngrFcsOccur incremented.

OBJECT-TYPE

The value of tmnxCpmCardCmplxEgrFcsOccur indicates the number of times the first CPM card complex experienced an occurrence of an FCS error in the egress direction since startup, last clear, or CPM reboot.

OBJECT-TYPE

The value of tmnxCpmCardCmplxEgrFcsOccurTime indicates the last time tmnxCardCmplx1EgrFcsOccur incremented.

OBJECT-TYPE

The value of tmnxCpmCardCmplxEgrFcsSrcSlots indicates the source slots reported from the last time tmnxCpmCardCmplxEgrFcsOccur incremented.

OBJECT-TYPE

The value of tmnxCpmCardVmHypervisor indicates the name of the hypervisor. The value of this object is only relevant in a virtual machine implementation.

OBJECT-TYPE

The value of tmnxCpmCardVmCpu indicates the description of the CPU. The value of this object is only relevant in a virtual machine implementation.

OBJECT-TYPE

The value of tmnxCpmCardVmNumCores indicates the number of processor cores available. The value of this object is only relevant in a virtual machine implementation.

OBJECT-TYPE

The value of sysUpTime when the tmnxFabricTable was last changed.

OBJECT-TYPE

The tmnxFabricTable has an entry for each fabric card slot in each chassis in the TMNX system.

OBJECT-TYPE

Each row entry represents a fabric card slot in a chassis in the system. Entries cannot be created and deleted via SNMP SET operations. When a tmnxChassisEntry is created, a tmnxFabricEntry is created for each fabric card slot in that chassis. Before a tmnxChassisEntry can be deleted, each tmnxFabricEntry for that chassis must be in the proper state for removal.

OBJECT-TYPE

The unique value which identifies this fabric slot within a chassis in the system. The CPM cards and IOM cards cannot be physically inserted into the switch fabric card slots. In some models, the CPM is not a separate card, but rather a module on a Fabric card.

OBJECT-TYPE

The administratively assigned switch fabric card type that should occupy this fabric slot in this chassis.

OBJECT-TYPE

The switch fabric card type that is physically inserted into this slot in this chassis.

OBJECT-TYPE

The value of tmnxFabricHwIndex indicates the tmnxHwIndex into the tmnxHwTable to locate the row entry that represents the hardware component information for this fabric card.

OBJECT-TYPE

A bit-mask that indicates what fabric card types can be configured in this slot in this chassis.

OBJECT-TYPE

Setting this variable to 'doAction' causes the fabric to execute a soft-reboot.

OBJECT-TYPE

This table contains information about Flash devices on a CPM card.

OBJECT-TYPE

Contains information regarding a CPM card's flash unit.

OBJECT-TYPE

The unique identifier index for a flash device on a CPM card.

OBJECT-TYPE

Current status of this flash unit on this CPM card.

OBJECT-TYPE

The serial number for this flash unit on this CPM card.

OBJECT-TYPE

The firmware revision number for this flash unit on this CPM card.

OBJECT-TYPE

The model number for this flash unit on this CPM card.

OBJECT-TYPE

The value of tmnxCpmFlashCapacity indicates the maximum size of this flash unit in 512-byte sectors.

OBJECT-TYPE

The value of tmnxCpmFlashUsed indicates the amount used, in 512-byte sectors, of this flash unit's total capacity.

OBJECT-TYPE

The value of tmnxCpmFlashHwIndex indicates the tmnxHwIndex into the tmnxHwTable for the row entry that represents the hardware component information for this flash unit.

OBJECT-TYPE

The value of tmnxCpmFlashPercentageUsed indicates the amount used for this flash unit as a percentage of total capacity.

OBJECT-TYPE

The tmnxMDATable has an entry for each MDA slot in each IOM card in this chassis in the TMNX system.

OBJECT-TYPE

Each row entry represents a MDA slot in an IOM card in a chassis in the system. Entries cannot be created and deleted via SNMP SET operations. When a tmnxCardEntry has tmnxCardAssignedType or tmnxCardEquippedType equal to an IOM card type that supports MDA slots, a tmnxMDAEntry is created by the agent for each MDA slot on that IOM card. Before a tmnxCardEntry can be deleted, each tmnxMDAEntry for that card must be in the proper state for removal.

OBJECT-TYPE

The unique value which identifies this MDA slot within a specific IOM card in the system. Rows with a tmnxMDASlotNum value of zero (0) represent the special case of an IOM card without MDA slots but that instead has its ports directly on the IOM card itself. In that case, there should be only that one row entry in the tmnxMDATable for that IOM card.

OBJECT-TYPE

A bit-mask that indicates what MDA card types can be configured in this slot in this chassis.

OBJECT-TYPE

An integer that specified what MDA card types the administrator has designated be allowed to be inserted into this slot. If the slot has not been pre-provisioned and a MDA card that does not match one of the allowed types is inserted into this slot, a mismatch alarm will be raised. The object was made obsolete in the 3.0 release.

OBJECT-TYPE

An integer that specifies the administratively assigned (pre-provisioned) MDA card type that should occupy this slot in this chassis. If tmnxMDAAssignedType has a value of 'unassigned', this slot has not yet been pre-provisioned.

OBJECT-TYPE

An integer that indicates the MDA card type that is physically inserted into this slot in this chassis. If the slot has been pre-provisioned, tmnxMDAAssignedType is not equal 'unassigned', and the value of tmnxMDAEquippedType is not the same as tmnxMDAAssignedType, a mismatch alarm will be raised. A value of 0 indicates the equipped MDA is not supported by this software release.

OBJECT-TYPE

The value of tmnxMDAHwIndex indicates the tmnxHwIndex into the tmnxHwTable for the row entry that represents the hardware component information for this MDA card.

OBJECT-TYPE

The maximum number of ports or connectors that can be equipped on this MDA card.

OBJECT-TYPE

The value of tmnxMDAEquippedPorts indicates the number of ports or connectors equipped on this MDA card.

OBJECT-TYPE

The value of tmnxMDATxTimingSelected indicates the transmit timing method which is presently selected and being used by this MDA. tmnxMDATxTimingSelected will be set to 'notApplicable (5)' if this MDA does not use the transmit timing subsystem.

OBJECT-TYPE

Indicates the status of the synchronous equipment timing subsystem. If the tmnxSyncIfTimingRef1Qualified and tmnxSyncIfTimingRef2Qualified are both set to 'not-qualified, then tmnxMDASyncIfTimingStatus is set to 'not-qualified'. If any of the timing references is in use, then tmnxMDASyncIfTimingStatus is set to 'qualified'. tmnxMDASyncIfTimingStatus will be set to 'not-applicable' if this MDA does not use the transmit timing subsystem.

OBJECT-TYPE

Specifies the network queue policy being used for this object to define the queueing structure for this object. This object is obsoleted in 19.5R1 release and has been replaced with tmnxFPIngNetQueuePolicy object.

OBJECT-TYPE

tmnxMDACapabilities indicates the capabilities of this MDA. It identifies the type of MDA and the protocols that can run on it.

OBJECT-TYPE

tmnxMDAMinChannelization indicates the minimum size of the channel that can exist on this MDA.

OBJECT-TYPE

tmnxMDAMaxChannelization indicates the maximum size of the channel that can exist on this MDA.

OBJECT-TYPE

tmnxMDAMaxChannels is applicable for SONET and TDM MDAs only. It indicates the total number of leaf SONET paths, TDM channels and bundles on the MDA that may be configured to pass traffic.

OBJECT-TYPE

tmnxMDAChannelsInUse is applicable for SONET and TDM MDAs only. It indicates the total number of leaf SONET paths, TDM channels and bundles on the MDA which are in use. A leaf SONET path or TDM channel which is currently capable of passing traffic is considered to be in use. Also, a SONET path or TDM channel which is channelized and has no subchannels capable of passing traffic is considered to be in use. A SONET path or TDM channel which is channelized and has one or more subchannels capable of passing traffic is not considered to be in use, although the subchannels themselves are considered to be in use. A bundle is considered to be a channel in use as are each of its members since they are TDM channels capable of passing traffic.

OBJECT-TYPE

When tmnxMDAAssignedType has a value of 'cca' , the value of tmnxMDACcagId specifies the Cross Connect Aggregation Group (CCAG) entry this MDA is provisioned on. If this entry does not represent a 'cca' MDA or is not associated with a CCAG, tmnxMDACcagId has a value of zero.

OBJECT-TYPE

Setting this variable to 'doAction' causes the MDA to execute a soft-reboot.

OBJECT-TYPE

The value of tmnxMDAHiBwMcastSource specifies if this MDA should attempt to allocate separate fabric planes to allocate high bandwidth multicast traffic taps. tmnxMDAHiBwMcastGroup must be set in the same SNMP request PDU with tmnxMDAHiBwMcastSource or an 'inconsistentValue' error will be returned. This object was obsoleted from release 15.0R1.

OBJECT-TYPE

The value of tmnxMDAHiBwMcastAlarm specifies if a tmnxChassisHiBwMcastAlarm alarm is raised if there are more than one high bandwidth multicast traffic taps sharing a plane. This object was obsoleted from release 15.0R1.

OBJECT-TYPE

The value of tmnxMDAHiBwMcastTapCount indicates the number of high bandwidth multicast traffic taps on this MDA. This object was obsoleted from release 15.0R1.

OBJECT-TYPE

The value of tmnxMDAHiBwMcastGroup specifies the group of high bandwidth multicast traffic taps to which this tap belongs. A value of '0' specifies that this tap is not a member of any High Bandwidth Multicast group. On an IOM of type 'iom-10g', the value of tmnxMDAHiBwMcastGroup should be the same as the value of tmnxMDAHiBwMcastGroup set on the other MDA residing on the IOM if the tmnxMDAHiBwMcastSource is set to 'true'. Attempt to set to different values will result in an 'inconsistentValue' error. tmnxMDAHiBwMcastGroup must be set in the same SNMP request PDU with tmnxMDAHiBwMcastSource or an 'inconsistentValue' error will be returned. This object was obsoleted from release 15.0R1.

OBJECT-TYPE

The value of tmnxMDAClockMode specifies the clock mode of the MDA. notApplicable - The MDA does not support any clock modes or domains. adaptive - The MDA is in 'adaptive' clock mode. This allows adaptive clock domains to be created. differential - The MDA is in 'differential clock mode. This allows differential clock domains to be created. The value of tmnxMDAClockMode can be changed when there are no ports created on the MDA. If there are ports created, a shutdown of the MDA is required in order to change the value.

OBJECT-TYPE

The value of tmnxMDADiffTimestampFreq specifies the differential timestamp frequency of the differential clock on the MDA. The value must be a multiple of 8 KHz. This value can only be changed if the value of tmnxMDAClockMode is 'differential (2)' and there are no ports created on the MDA. If there are ports created, a shutdown of the MDA is required in order to change the value. If the value of tmnxMDAClockMode is 'differential (2) then the default is 103,680 KHz. If the value of tmnxMDAClockMode is not 'differential (2)' then this value is 0 KHz and cannot be changed.

OBJECT-TYPE

The value of tmnxMDAIngHsmdaSchedPolicy specifies the name of High Scale MDA (HSMDA) scheduler policy to use on the ingress of the MDA. An 'inconsistentValue' error is returned if this object is set to a value which does not have a corresponding entry in TIMETRA-QOS-MIB::tHsmdaSchedulerPlcyTable. When the value of tmnxMDAAssignedType specifies a non-HSMDA MDA Type, an 'inconsistentValue' error is returned if this object is set to any non-empty string. This object is obsoleted in 10.0 Release.

OBJECT-TYPE

The value of tmnxMDAMcPathMgmtBwPlcyName specifies the multicast policy name configured on the MDA. This object was obsoleted from release 15.0R1.

OBJECT-TYPE

The value of tmnxMDAMcPathMgmtPriPathLimit specifies the primary path limit for the MDA. This object was obsoleted from release 15.0R1.

OBJECT-TYPE

The value of tmnxMDAMcPathMgmtSecPathLimit specifies the secondary path limit for the MDA. This object was obsoleted from release 15.0R1.

OBJECT-TYPE

The value of tmnxMDAMcPathMgmtAncPathLimit specifies the ancillary path limit for the MDA. This object was obsoleted from release 15.0R1.

OBJECT-TYPE

The value of tmnxMDAMcPathMgmtAdminState specifies administrative state of this multicast path on the MDA. This object was obsoleted from release 15.0R1.

OBJECT-TYPE

The value of tmnxMDAIngNamedPoolPolicy specifies a named pool policy associated with an MDA ingress context. The policy governs the way named pools are created at the MDA level. This object is obsoleted in 20.0 Release.

OBJECT-TYPE

The value of tmnxMDAEgrNamedPoolPolicy specifies a named pool policy associated with an MDA egress context. The policy governs the way named pools are created at the MDA level. This object is obsoleted in 20.0 Release.

OBJECT-TYPE

The value of tmnxMDAIngHsmdaPoolPolicy specifies the name of High Scale MDA (HSMDA) pool policy to use on the ingress of the MDA. An 'inconsistentValue' error is returned if this object is set to a value which does not have a corresponding entry in TIMETRA-QOS-MIB::tHsmdaPoolPolicyTable. When the value of tmnxMDAAssignedType specifies a non-HSMDA MDA Type, an 'inconsistentValue' error is returned if this object is set to any non-empty string. This object is obsoleted in 10.0 Release.

OBJECT-TYPE

The value of tmnxMDAEgrHsmdaPoolPolicy specifies the name of High Scale MDA (HSMDA) pool policy to use on the egress of the MDA. An 'inconsistentValue' error is returned if this object is set to a value which does not have a corresponding entry in TIMETRA-QOS-MIB::tHsmdaPoolPolicyTable. When the value of tmnxMDAAssignedType specifies a non-HSMDA MDA Type, an 'inconsistentValue' error is returned if this object is set to any non-empty string.

OBJECT-TYPE

The value of tmnxMDAMcPathMgmtPriInUseBw indicates the in use ingress multicast bandwidth for the primary forwarding path. This object was obsoleted from release 15.0R1.

OBJECT-TYPE

The value of tmnxMDAMcPathMgmtSecInUseBw indicates the in use ingress multicast bandwidth for the secondary forwarding path. This object was obsoleted from release 15.0R1.

OBJECT-TYPE

The value of tmnxMDAMcPathMgmtAncInUseBw indicates the in use ingress multicast bandwidth for the ancillary forwarding path. This object was obsoleted from release 15.0R1.

OBJECT-TYPE

The value of tmnxMDAMcPathMgmtBlkHoleInUseBw indicates the bandwidth of the ingress multicast traffic that is being black holed on the MDA. This object was obsoleted from release 15.0R1.

OBJECT-TYPE

The value of tmnxMDASynchronousEthernet specifies whether or not the MDA maintains synchronous Ethernet (syncE) communication on all of its ports. not-applicable - The MDA does not support synchronous Ethernet. enabled - The MDA is in synchronous mode. disabled - The MDA is in asynchronous mode (default). On MDAs that do not support synchronous ethernet the only supported value is 'not-applicable (0)'. If tmnxMDASynchronousEthernet is 'enabled (1)' then any port on the MDA can be used as a source port in the tmnxSyncIfTimingTable.

OBJECT-TYPE

The value of tmnxMDAXplErrorTime indicates the last time when the tmnxEqMdaXplError notification occurred.

OBJECT-TYPE

The value of tmnxMDAXplFailedCount indicates the number of egress XPL failures on the MDA since startup.

OBJECT-TYPE

The value of tmnxMDAAtmMode specifies the maximum number of Virtual Circuits for the MDA. On MDA's that do not support ATM, 'notApplicable' is the only allowed value and this is also the default value. On MDA's that support ATM, the default value is 'max8kVc'.

OBJECT-TYPE

The value of tmnxMDAEgrHsmdaThrshLoBrstMult specifies the bytes per megabit/second of rate multiplier for the aggregate rate of the queues pertaining to the low burst threshold in the queue group. When set to the default value '-1', the system will adopt the lowest usable threshold as a default setting per rate.

OBJECT-TYPE

The value of tmnxMDAEgrHsmdaThrshHiBrstInc specifies the incremental number of bytes above the low burst limit to be used as the high burst threshold for the aggregate rate of the queues pertaining to the high burst threshold in the queue group. When set to the default value '-1', the system will default to a value of '4000' bytes.

OBJECT-TYPE

The value of tmnxMDAIsaTunnelGroup specifies the tunnel group identifier associated with this MDA. The tunnel groups are configured by tmnxIPsecIsaGrpTable.

OBJECT-TYPE

The value of tmnxMDAIsaTunnelGroupInUse indicates if this MDA is active in the Integrated Service Adaptor (ISA) tunnel group indicated by tmnxMDAIsaTunnelGroup. This object has meaning only when the ISA tunnel group is configured to be multi-active (i.e. tmnxIPsecIsaGrpMultiActive in tmnxIPsecIsaGrpTable is 'true (1)'). In all other cases, the value of this object is equal to 'false (2)'

OBJECT-TYPE

The value of tmnxMDAHwPowerPriority specifies the functional priority of the MDA. Lower priority (higher numerically) MDAs will power off sooner than higher priority (lower numerically) MDAs during a power shortage. Lower priority MDAs will also power up after higher priority MDAs.

OBJECT-TYPE

The value of tmnxMDAFailOnError specifies the set of events that, if triggered, will cause the MDA to fail. The suppression or generation of the NOTIFICATION-TYPE event is independent of the MDA failing. The following set of events are configurable: eventGroupA (0) - tmnxEqMdaXplError - tmnxEqMdaIngrXplError If an XPL error is declared, the MDA is declared failed.

OBJECT-TYPE

The value of tmnxMDAEgrXplErrThreshold specifies the threshold for egress XPL errors that determine a failure scenario.

OBJECT-TYPE

The value of tmnxMDAEgrXplErrWindow specifies the window size in minutes for egress XPL errors that determine a failure scenario.

OBJECT-TYPE

The value of tmnxMDAIngrXplErrThreshold specifies the threshold for ingress XPL errors that determine a failure scenario.

OBJECT-TYPE

The value of tmnxMDAIngrXplErrWindow specifies the window size in minutes for ingress XPL errors that determine a failure scenario.

OBJECT-TYPE

The value of tmnxMDAResetOnRecoverableError specifies whether or not the system resets the MDA when there are fatal memory parity errors on one of the Q-chips on the card with which this MDA is associated. If the value of tmnxMDAResetOnRecoverableError is 'true (1)' and there is a fatal memory parity error on a Q-chip, the system will reset the MDA but not fail it, even if tmnxMDAFailOnError is 'true (1)'.

OBJECT-TYPE

An integer that specifies the administratively assigned (pre-provisioned) MDA functional level variant that should occupy this slot in this chassis.

OBJECT-TYPE

An integer that indicates the MDA functional-level variant that is physically inserted into this slot in this chassis. If the value of tmnxMDAAssignedLevel is not equal to the value of tmnxMDAEquippedLevel, a mismatch alarm will be raised.

OBJECT-TYPE

An integer that indicates the MDA functional-level that is licensed for this slot in this chassis.

OBJECT-TYPE

Indicates the amount of licensed bandwidth that is used on this MDA. Bandwidth becomes licensed as physical connectors are provisioned or physical ports are enabled. Licensed bandwith on MDAs that have multiple functional levels supported. The system enforces that the licensed bandwidth does not exceed any bandwidth restriction associated with this card's licensed level.

OBJECT-TYPE

The card type table has an entry for each card model supported by the system. Some example card types are: 'iom3-xp', 'sfm4-12', 'imm12-10gb-sf+'.

OBJECT-TYPE

Each row entry represents an Nokia SROS series Card model. Rows in this table are created by the agent at initialization and cannot be created or destroyed by SNMP Get or Set requests.

OBJECT-TYPE

The unique index value which identifies this type of Nokia SROS series card model.

OBJECT-TYPE

The administrative name that identifies this type of Nokia SROS series card model. This name string may be used in CLI commands to specify a particular card model type.

OBJECT-TYPE

A detailed description of this Nokia SROS series card model.

OBJECT-TYPE

When tmnxCardTypeStatus has a value of 'true' it indicates that this card model is supported in this revision of the management software. When it has a value of 'false' there is no support.

OBJECT-TYPE

The MDA type table has an entry for each MDA card model supported by the system. Some example MDA types are: 'm10-1gb-xp-sfp', 'isa-bb', 'imm1-100gb-xp-cfp', 'p160-1gb-csfp', 'x40-10g-sfp'.

OBJECT-TYPE

Each row entry represents an Nokia SROS series MDA card model. Rows in this table are created by the agent at initialization and cannot be created or destroyed by SNMP Get or Set requests.

OBJECT-TYPE

The unique index value which identifies this type of Nokia SROS series MDA card model.

OBJECT-TYPE

The administrative name that identifies this type of Nokia SROS series MDA card model. This name string may be used in CLI commands to specify a particular MDA card model type.

OBJECT-TYPE

A detailed description of this Nokia SROS series MDA card model.

OBJECT-TYPE

When tmnxMdaTypeStatus has a value of 'true' it indicates that this MDA card model is supported in this revision of the management software. When it has a value of 'false' there is no support.

OBJECT-TYPE

The synchronous interface timing table has an entry for each cpm card in the system.

OBJECT-TYPE

A row represents the configuration of Synchronous Equipment Timing Source (SETS) of the system. Entries cannot be created and deleted via SNMP SET operations. When a tmnxCpmCardEntry is created, a tmnxSyncIfTimingEntry is created. SNMP set operations with tmnxCpmCardSlotNum of the secondary CPM will be denied. If the value of the reference source port is a valid Port ID then the reference is a port. If the value of the source hardware is a valid non-zero HWIndex then the source is the hardware specified by the HWIndex.

OBJECT-TYPE

The value of tmnxSyncIfTimingRevert indicates whether the reference source will revert to a higher priority source that has been re-validated or newly validated. The synchronous interface timing subsystem is by default non-revertive ('false').

OBJECT-TYPE

The value of tmnxSyncIfTimingRefOrder1 indicates the most preferred timing reference source. Four different timing input references may be specified in the reference order ('bits', 'reference1', 'reference2', and 'ptp'). The synchronous equipment timing subsystem chooses a reference based on priority.

OBJECT-TYPE

The value of tmnxSyncIfTimingRefOrder2 indicates the second most preferred timing reference for the synchronous equipment timing subsystem.

OBJECT-TYPE

The value of tmnxSyncIfTimingRef1SrcPort indicates the source port of the first timing reference. A value of '1e000000'H indicates that there is no source port for this reference.

OBJECT-TYPE

The value of tmnxSyncIfTimingRef1AdminStatus indicates the administrative status of the first timing reference.

OBJECT-TYPE

The value of tmnxSyncIfTimingRef1InUse indicates whether the first timing reference is presently being used by the synchronous timing subsystem. If it is in use, tmnxSyncIfTimingFreqOffset indicates the frequency offset for this reference.

OBJECT-TYPE

The value of tmnxSyncIfTimingRef1Qualified indicates whether the first timing reference is qualified for use by the synchronous timing subsystem. If tmnxSyncIfTimingRef1Qualified is set to 'not-qualified', then the object tmnxSyncIfTimingRef1Alarm gives the reason for disqualification.

OBJECT-TYPE

The value of tmnxSyncIfTimingRef1Alarm indicates the alarms on the first reference. If any of the bits is set to '1', then the first reference is disqualified by the timing subsystem and the value of tmnxSyncIfTimingRef1Qualified is set to 'not-qualified'. los - loss of signal oof - out of frequency range oopir - out of pull in range

OBJECT-TYPE

The value of tmnxSyncIfTimingRef2SrcPort indicates the source port of the second timing reference. A value of '1e000000'H indicates that there is no source port for this reference.

OBJECT-TYPE

The value of tmnxSyncIfTimingRef2AdminStatus indicates the administrative status of the second timing reference.

OBJECT-TYPE

The value of tmnxSyncIfTimingRef2InUse indicates whether the second timing reference is presently being used by the synchronous timing subsystem.

OBJECT-TYPE

The value of tmnxSyncIfTimingRef2Qualified indicates whether the second timing reference is qualified for use by the synchronous timing subsystem. If tmnxSyncIfTimingRef2Qualified is 'not-qualified' then the object tmnxSyncIfTimingRef2Alarm gives the reason for disqualification.

OBJECT-TYPE

The value of tmnxSyncIfTimingRef2Alarm indicates the alarms on the second reference. If any of the bits is set to '1', then the second reference is disqualified by the timing subsystem and the value of tmnxSyncIfTimingRef2Qualified is set to 'not-qualified'. los - loss of signal oof - out of frequency range oopir - out of pull in range

OBJECT-TYPE

The value of tmnxSyncIfTimingFreqOffset indicates the frequency offset of the current selected timing reference in parts per million (ppm).

OBJECT-TYPE

The value of tmnxSyncIfTimingStatus indicates the present status of the Synchronous Timing Equipment Source (SETS).

OBJECT-TYPE

The value of tmnxSyncIfTimingRefOrder3 is the third most preferred timing reference for the synchronous equipment timing subsystem.

OBJECT-TYPE

The value of tmnxSyncIfTimingBITSIfType indicates the interface type of the BITS (Building Integrated Timing Supply) timing reference. It also indicates the framing type of the interface.

OBJECT-TYPE

The value of tmnxSyncIfTimingBITSAdminStatus indicates administrative status of the BITS (Building Integrated Timing Supply) input timing reference. The value of this object for the extension chassis in an XRS-40 system is always 'inService(2)'.

OBJECT-TYPE

The value of tmnxSyncIfTimingBITSInUse indicates whether the BITS timing reference is presently being used by the synchronous timing subsystem. If it is in use, tmnxSyncIfTimingFreqOffset indicates the frequency offset for this reference.

OBJECT-TYPE

The value of tmnxSyncIfTimingBITSQualified indicates whether the BITS timing reference is qualified for use by the synchronous timing subsystem. If tmnxSyncIfTimingBITSQualified is 'not-qualified', then the object tmnxSyncIfTimingBITSAlarm gives the reason for disqualification.

OBJECT-TYPE

The value of tmnxSyncIfTimingBITSAlarm indicates the alarms on the BITS reference. If any of the bits is set to '1', then the BITS reference is disqualified by the timing subsystem and the value of tmnxSyncIfTimingBITSQualified is set to 'not-qualified'.

OBJECT-TYPE

The value of tmnxSyncIfTimingRef1SrcHw indicates the source HW index of the first timing reference if source is not a port.

OBJECT-TYPE

The value of tmnxSyncIfTimingRef1BITSIfType indicates the interface type of the first timing reference if the source is BITS. It also indicates the framing type of the interface.

OBJECT-TYPE

The value of tmnxSyncIfTimingRef2SrcHw indicates the source HW index of the second timing reference if source is not a port.

OBJECT-TYPE

The value of tmnxSyncIfTimingRef2BITSIfType indicates the interface type of the second timing reference if the source is BITS. It also indicates the framing type of the interface.

OBJECT-TYPE

The value of tmnxSyncIfTimingBITSOutAdmStatus indicates administrative status of the BITS (Building Integrated Timing Supply) output timing reference.

OBJECT-TYPE

tmnxSyncIfTimingBITSOutLineLen indicates the length of the line (in feet) for the BITS (Building Integrated Timing Supply) output. The following values are valid: lengthNotApplicable (0) - When BITS output is not supported length0To110 (1) - For line length from 0 to 110 feet length110To220 (2) - For line length from 110 to 220 feet length220To330 (3) - For line length from 230 to 330 feet length330To440 (4) - For line length from 330 to 440 feet length440To550 (5) - For line length from 440 to 550 feet length550To660 (6) - For line length from 550 to 660 feet The default is 'lengthNotApplicable' on CPM cards which do not support line length. Otherwise, the default is 'length0To110'.

OBJECT-TYPE

The value of tmnxSyncIfTimingRef1CfgQltyLevel indicates the configured Quality Level of Reference 1. A value of 'unknown (0)' indicates Reference 1 is not forced to a specific quality level.

OBJECT-TYPE

The value of tmnxSyncIfTimingRef1RxQltyLevel indicates the received SSM Quality Level of Reference 1.

OBJECT-TYPE

The value of tmnxSyncIfTimingRef2CfgQltyLevel indicates the configured Quality Level of Reference 2. A value of 'unknown (0)' indicates Reference 2 is not forced to a specific quality level.

OBJECT-TYPE

The value of tmnxSyncIfTimingRef2RxQltyLevel indicates the received SSM Quality Level of Reference 2.

OBJECT-TYPE

The value of tmnxSyncIfTimingBITSCfgQltyLevel indicates the configured Quality Level of the BITS interface. A value of 'unknown (0)' indicates the BITS interface is not forced to a specific quality level.

OBJECT-TYPE

The value of tmnxSyncIfTimingBITSRxQltyLevel indicates the received SSM Quality Level of the BITS interface.

OBJECT-TYPE

The value of tmnxSyncIfTimingBITS2InUse indicates whether the BITS2 timing reference is presently being used by the synchronous timing subsystem. If it is in use, tmnxSyncIfTimingFreqOffset indicates the frequency offset for this reference.

OBJECT-TYPE

The value of tmnxSyncIfTimingBITS2Qualified indicates whether the BITS2 timing reference is qualified for use by the synchronous timing subsystem. If tmnxSyncIfTimingBITS2Qualified is 'not-qualified', then the object tmnxSyncIfTimingBITS2Alarm gives the reason for disqualification.

OBJECT-TYPE

The value of tmnxSyncIfTimingBITS2Alarm indicates the alarms on the BITS2 reference. If any of the bits is set to '1', then the BITS2 reference is disqualified by the timing subsystem and the value of tmnxSyncIfTimingBITSQualified is set to 'not-qualified'.

OBJECT-TYPE

The value of tmnxSyncIfTimingBITS2RxQltyLevel indicates the received SSM Rx Quality Level of the BITS2 interface.

OBJECT-TYPE

The value of tmnxSyncIfTimingRef1State indicates the operational state of the Reference 1 Timing.

OBJECT-TYPE

The value of tmnxSyncIfTimingRef2State indicates the operational state of the Reference 2 Timing.

OBJECT-TYPE

The value of tmnxSyncIfTimingBITSState indicates the operational state of the BITS Timing Interface.

OBJECT-TYPE

The value of tmnxSyncIfTimingBITS2State indicates the operational state of the BITS2 Timing Interface.

OBJECT-TYPE

The value of tmnxSyncIfTimingRef1NationalUse indicates the national use bit to carry SSM Messages. This applies only to E1 BITS interfaces.

OBJECT-TYPE

The value of tmnxSyncIfTimingRef2NationalUse indicates the national use bit to carry SSM Messages. This applies only to E1 BITS interfaces.

OBJECT-TYPE

The value of tmnxSyncIfTimingBITSNationalUse indicates the national use bit to carry SSM Messages. This applies only to E1 BITS interfaces.

OBJECT-TYPE

The value of tmnxSyncIfTimingQLSelection indicates whether or not the timing reference selection process uses the quality level of each timing reference when making the decision on which reference should provide system timing.

OBJECT-TYPE

The value of tmnxSyncIfTimingOtherCPMInUse indicates whether the timing reference from the other CPM is presently being used by the synchronous timing subsystem on the this CPM.

OBJECT-TYPE

The value of tmnxSyncIfTimingOtherCPMQual indicates whether the timing reference from the other CPM is qualified for use by the synchronous timing subsystem on the local CPM. If tmnxSyncIfTimingOtherCPMQual is 'not-qualified', then the object tmnxSyncIfTimingOtherCPMAlarm gives the reason for disqualification.

OBJECT-TYPE

The value of tmnxSyncIfTimingOtherCPMAlarm indicates the alarms on the timing reference from the other CPM. If any of the bits is set to '1', then the reference is disqualified by the timing subsystem and the value of tmnxSyncIfTimingOtherCPMQual is set to 'not-qualified'.

OBJECT-TYPE

The value of tmnxSyncIfTimingOtherCPMState indicates the operational state of the timing reference from the other CPM on the local CPM.

OBJECT-TYPE

The value of tmnxSyncIfTimingBITSOutRefSel indicates the reference source for BITS output.

OBJECT-TYPE

The value of tmnxSyncIfTimingBITSTxQltyLevel indicates the transmitted SSM Tx Quality Level of the BITS interface.

OBJECT-TYPE

The value of tmnxSyncIfTimingBITS2AdminStatus indicates administrative status of the BITS2 (Building Integrated Timing Supply) input timing reference.

OBJECT-TYPE

The value of tmnxSyncIfTimingSystemQltyLevel indicates the quality level of the system timing reference. This is normally the quality level of the selected timing reference. If no timing reference has been selected, it indicates the freerun/holdover quality of the system.

OBJECT-TYPE

The value of tmnxSyncIfTimingRefOrder4 is the fourth most preferred timing reference for the synchronous equipment timing subsystem.

OBJECT-TYPE

The value of tmnxSyncIfTimingPTPAdminStatus indicates the administrative status of the Precision Timing Protocol (PTP) timing reference.

OBJECT-TYPE

The value of tmnxSyncIfTimingPTPInUse indicates whether the Precision Timing Protocol (PTP) timing reference is presently being used by the synchronous timing subsystem. If it is in use, tmnxSyncIfTimingFreqOffset indicates the frequency offset for this reference.

OBJECT-TYPE

The value of tmnxSyncIfTimingPTPQualified indicates whether the Precision Timing Protocol (PTP) timing reference is qualified for use by the synchronous timing subsystem. If tmnxSyncIfTimingPTPQualified is set to 'not-qualified', then the object tmnxSyncIfTimingPTPAlarm gives the reason for the disqualification.

OBJECT-TYPE

The value of tmnxSyncIfTimingPTPAlarm indicates the alarms on the Precision Timing Protocol (PTP) reference. If any of the bits is set to '1', then the PTP reference is disqualified by the timing subsystem and the value of tmnxSyncIfTimingPTPQualified is set to 'not-qualified'. los - loss of signal oof - out of frequency range oopir - out of pull in range

OBJECT-TYPE

The value of tmnxSyncIfTimingPTPCfgQltyLevel indicates the configured Quality Level of Precision Timing Protocol (PTP). A value of 'unknown (0)' indicates PTP is not forced to a specific quality level.

OBJECT-TYPE

The value of tmnxSyncIfTimingPTPRxQltyLevel indicates the received SSM RX Quality Level of the Precision Timing Protocol (PTP).

OBJECT-TYPE

The value of tmnxSyncIfTimingPTPState indicates the operational state of the Precision Timing Protocol (PTP) Timing.

OBJECT-TYPE

The value of tmnxSyncIfTimingBITSOutSource indicates the source of the BITS (Building Integrated Timing Supply) output.

OBJECT-TYPE

The value of tmnxSyncIfTimingBITSOutQlMin indicates the minimum quality level that a signal must have for it to be selected for BITS output. A value of 'unknown (0)' indicates that there is no minimum quality level selected for the BITS output.

OBJECT-TYPE

The value of tmnxSyncIfTimingBITSOutSquelch indicates whether or not to squelch the output signal. This object is only valid when there is no valid reference selected. If the value is 'true (1)' and there is no valid reference, then no signal is sent out the port. If the value is 'false (2)' and there is no valid reference, then the AIS signal is presented along with the QL-DNU/QL-DUS SSM if the signal format supports SSM.

OBJECT-TYPE

The value of tmnxSyncIfTimingQlMin indicates the minimum acceptable quality level that a signal must have for it to be considered for selection by the system timing module. A value of 'unknown (0)' indicates that there is no minimum quality level.

OBJECT-TYPE

The value of tmnxSyncIfTimingWaitToRestorTime indicates the time, in minutes, that a previously failed input reference must be valid before it will be used for either the BITS output or the central clock input reference. A value of '0' indicates that the wait-to-restore timer is disabled.

OBJECT-TYPE

The value of tmnxSyncIfTimingSyncEAdminStatus indicates the administrative status of the Synchronous Ethernet (SyncE) timing reference.

OBJECT-TYPE

The value of tmnxSyncIfTimingSyncEInUse indicates whether the Synchronous Ethernet (SyncE) timing reference is presently being used by the synchronous timing subsystem. If it is in use, tmnxSyncIfTimingFreqOffset indicates the frequency offset for this reference.

OBJECT-TYPE

The value of tmnxSyncIfTimingSyncEQualified indicates whether the Synchronous Ethernet (SyncE) timing reference is qualified for use by the synchronous timing subsystem. If tmnxSyncIfTimingSyncEQualified is set to 'not-qualified', then the object tmnxSyncIfTimingSyncEAlarm gives the reason for disqualification.

OBJECT-TYPE

The value of tmnxSyncIfTimingSyncEAlarm indicates the alarms on the Synchronous Ethernet (SyncE) reference. If any of the bits is set to '1', then the SyncE reference is disqualified by the timing subsystem and the value of tmnxSyncIfTimingSyncEQualified is set to 'not-qualified'. los - loss of signal oof - out of frequency range oopir - out of pull in range

OBJECT-TYPE

The value of tmnxSyncIfTimingSyncECfgQltyLevl indicates the configured Quality Level of the Synchronous Ethernet (SyncE) timing reference. A value of 'unknown (0)' indicates SyncE is not forced to a specific quality level.

OBJECT-TYPE

The value of tmnxSyncIfTimingSyncERxQltyLevel indicates the received SSM Quality Level of the Synchronous Ethernet (SyncE) timing reference.

OBJECT-TYPE

The value of tmnxSyncIfTimingSyncEState indicates the operational state of the Synchronous Ethernet (SyncE) timing reference.

OBJECT-TYPE

The value of tmnxSyncIfTimingSyncE2AdmnStatus indicates the administrative status of the Synchronous Ethernet 2 (SyncE) timing reference.

OBJECT-TYPE

The value of tmnxSyncIfTimingSyncE2InUse indicates whether the Synchronous Ethernet 2 (SyncE) timing reference is presently being used by the synchronous timing subsystem. If it is in use, tmnxSyncIfTimingFreqOffset indicates the frequency offset for this reference.

OBJECT-TYPE

The value of tmnxSyncIfTimingSyncE2Qualified indicates whether the Synchronous Ethernet 2 (SyncE) timing reference is qualified for use by the synchronous timing subsystem. If tmnxSyncIfTimingSyncE2Qualified is set to 'not-qualified', then the object tmnxSyncIfTimingSyncE2Alarm gives the reason for disqualification.

OBJECT-TYPE

The value of tmnxSyncIfTimingSyncE2Alarm indicates the alarms on the Synchronous Ethernet 2 (SyncE) reference. If any of the bits is set to '1', then the SyncE reference is disqualified by the timing subsystem and the value of tmnxSyncIfTimingSyncE2Qualified is set to 'not-qualified'. los - loss of signal oof - out of frequency range oopir - out of pull in range

OBJECT-TYPE

The value of tmnxSyncIfTimingSyncE2RxQltyLevl indicates the received SSM Quality Level of the Synchronous Ethernet 2 (SyncE) timing reference.

OBJECT-TYPE

The value of tmnxSyncIfTimingSyncE2State indicates the operational state of the Synchronous Ethernet 2 (SyncE) timing reference.

OBJECT-TYPE

The value of tmnxSyncIfTimingRefOrder5 is the fifth most preferred timing reference for the synchronous equipment timing subsystem.

OBJECT-TYPE

The tmnxCcagTable has an entry for each Cross Connect Aggregation Group,CCAG, configured on this system.

OBJECT-TYPE

Each row entry represents a particular CCAG. Entries are created/deleted by the user. There is no StorageType object, entries have a presumed StorageType of nonVolatile.

OBJECT-TYPE

The value of tmnxCcagId is used to index into the tmnxCcagTable. It uniquely identifies a CCAG entry as configured on this system.

OBJECT-TYPE

The value of tmnxCcagRowStatus specifies the row status. It allows entries to be created and deleted in the tmnxCcagTable. tmnxCcagRowStatus does not support createAndWait. The status can only be active or notInService.

OBJECT-TYPE

The value of tmnxCcagLastChanged indicates the time this row was last changed.

OBJECT-TYPE

The value of tmnxCcagDescription specifies a user provided description string of this CCAG entry.

OBJECT-TYPE

The value of tmnxCcagAdminStatus specifies the desired state of this CCAG.

OBJECT-TYPE

The value of tmnxCcagOperStatus indicates the operational state of this CCAG.

OBJECT-TYPE

The value of tmnxCcagCcaRate specifies the maximum forwarding rate for each CCA member within the CCAG.

OBJECT-TYPE

The value of tmnxCcagAccessAdaptQos specifies how the CCAG SAP queue and virtual scheduler buffering and rate parameters are adapted over multiple active CCAs. link (1) - The CCAG will create the SAP queues and virtual schedulers on each CCA with the actual parameters specified in the tmnxCcagPathCcTable. distribute (2) - Each CCA will receive a portion of the parameters specified in the tmnxCcagPathCcTable. portFair (3) - The LAG will create the SAP queues and virtual schedulers with actual configuration parameters on each port members in the LAG. The bandwidth is distributed among the ports based on each port's bandwidth relative to the total active bandwidth.

OBJECT-TYPE

The tmnxCcagPathTable has an entry for each Cross Connect Aggregation Group, CCAG, path configured on this system.

OBJECT-TYPE

Each row entry represents a particular CCAG Path. Entries are created/deleted by the user. There is no StorageType object, entries have a presumed StorageType of nonVolatile.

OBJECT-TYPE

The value of tmnxCcagPathId is used as the secondary index into the tmnxCcagPathTable. Along with tmnxCcagId, it uniquely identifies a specific path, alpha or beta, on a CCAG.

OBJECT-TYPE

The value of tmnxCcagPathLastChanged indicates the time this row was last changed.

OBJECT-TYPE

The value of tmnxCcagPathRate specifies the bandwidth rate limitation for this path on each member cross connect adaptor, CCA, in the CCAG.

OBJECT-TYPE

The value of tmnxCcagPathRateOption specifies whether the rate in tmnxCcagPathRate is defined as an aggregate path rate for all CCAs in the CCAG or as a per CCA path rate.

OBJECT-TYPE

The value of tmnxCcagPathWeight specifies the scheduling percentage for this path. It is applied to all CCAs in the CCAG membership list for this path.

OBJECT-TYPE

The tmnxCcagPathCcTable has an entry for each type of Cross Connection on a Cross Connect Aggregation Group Path configured on this system.

OBJECT-TYPE

Each row entry represents a particular CCAG Path Cross Connect. Entries are created/deleted by the user. There is no StorageType object, entries have a presumed StorageType of nonVolatile.

OBJECT-TYPE

The value of tmnxCcagPathCcType is used as a third index into the tmnxCcagPathCcTable. Along with tmnxCcagId and tmnxCcagPathId, it uniquely identifies a cross connection type on a specific path in a particular CCAG. The types are: sapsap (1): the cross connection is between two saps, where both services are access. sapnet (2): the cross connection is between a sap and a network service. netsap (3): the cross connection is between a network and a sap service.

OBJECT-TYPE

The value of tmnxCcagPathCcLastChanged indicates the time this row was last changed.

OBJECT-TYPE

The value of tmnxCcagPathCcEgrPoolResvCbs specifies the percentage of pool size reserved for the committed burst size, CBS. The value '-1' implies that the reserved CBS should be computed as the sum of the CBS requested by the entities using this pool if the application point is 'network'. For 'access' application points the value '-1' means a default of 30%.

OBJECT-TYPE

The value of tmnxCcagPathCcEgrPoolSlpPlcy specifies the slope policy being used for the egress pool. The Slope policies define the nature of the RED Slopes for the high and the low priority traffic.

OBJECT-TYPE

The value of tmnxCcagPathCcIngPoolResvCbs specifies the percentage of pool size reserved for the committed burst size, CBS. The value '-1' implies that the reserved CBS should be computed as the sum of the CBS requested by the entities using this pool if the application point is 'network'. For 'access' application points the value '-1' means a default of 30%. tmnxCcagPathCcIngPoolResvCbs does not apply to tmnxCcagPathCcType 'netsap'.

OBJECT-TYPE

The value of tmnxCcagPathCcIngPoolSlpPlcy specifies the slope policy being used for the ingress pool. The Slope policies define the nature of the RED Slopes for the high and the low priority traffic. tmnxCcagPathCcIngPoolSlpPlcy does not apply to tmnxCcagPathCcType 'netsap'.

OBJECT-TYPE

The value of tmnxCcagPathCcAcctPolicyId specifies the accounting policy which must be defined prior to associating it with the port. A non-zero value indicates the tmnxLogApPolicyId index identifying the policy entry in the tmnxLogApTable from the TIMETRA-LOG-MIB which is associated with this port. A zero value indicates that there is no accounting policy associated with this port. It is only meaningful when the tmnxCcagPathCcType is 'netsap'.

OBJECT-TYPE

The value of tmnxCcagPathCcCollectStats specifies whether the collection of accounting and statistical data for the network port is enabled/disabled, 'true'/'false'. When applying accounting policies the data by default will be collected in the appropriate records and written to the designated billing file. When the value is set to false, the statistics are still accumulated by the IOM cards, however, the CPU will not obtain the results and write them to the billing file. If the value of tmnxCcagPathCcType is not 'netsap', the value of this object is meaningless and an attempt to set it will result in an inconsistentValue error.

OBJECT-TYPE

The value of tmnxCcagPathCcQueuePlcy specifies the network egress queue policy. If the value of tmnxCcagPathCcType is not 'netsap', the value of this object is meaningless and an attempt to set it will result in an inconsistentValue error.

OBJECT-TYPE

The value of tmnxCcagPathCcMac specifies the MAC address of the virtual LAG that maps to tmnxCcagPathId and tmnxCcagPathCcType. The default value of this object is derived from the chassis MAC address pool.

OBJECT-TYPE

The value of tmnxCcagPathCcMtu specifies the MTU of the path indexed by tmnxCcagId, tmnxCcagPathId, and tmnxCcagPathCcType. When the value is '0', the real MTU is calculated internally.

OBJECT-TYPE

The value of tmnxCcagPathCcUserAssignedMac indicates whether the value of tmnxCcagPathCcMac has been explicitly assigned or inherited from tmnxCcagPathCcHwMac, 'true' and 'false', respectively.

OBJECT-TYPE

The value of tmnxCcagPathCcHwMac is the system assigned MAC address of the virtual LAG that maps to tmnxCcagPathId and tmnxCcagPathCcType. When tmnxCcagPathCcUserAssignedMac is 'false', tmnxCcagPathCcMac inherits its value from this object.

OBJECT-TYPE

The tmnxMcmTable has an entry for each Mda Carrier module (MCM) on the 7710 system. This table was obsoleted in release 20.2.

OBJECT-TYPE

Each row entry represents a MCM in a chassis in the 7710 system. Entries in the table cannot be created and deleted via SNMP SET operations. When a tmnxChassisEntry is created, a tmnxMcmEntry is created in the chassis. Before a tmnxChassisEntry can be deleted, each tmnxMcmEntry for the chassis must be in the proper state for removal.

OBJECT-TYPE

The unique value which identifies this MDA slot within a specific IOM card in the system. Since the MCM occupies two MDA slots in the chassis this value can only be an odd number. This object was obsoleted in release 20.2.

OBJECT-TYPE

A bit-mask that indicates what MCM types can be physically supported in this chassis. This object was obsoleted in release 20.2.

OBJECT-TYPE

A bit-mask that identifies the administratively assigned (pre-provisioned) MCM type that should occupy this chassis. If tmnxMcmAssignedType has a value of 'unassigned', this slot has not yet been pre-provisioned. There must not be more than one bit set at a time in tmnxMcmAssignedType. This object was obsoleted in release 20.2.

OBJECT-TYPE

A bit-mask that identifies the MCM type that is physically inserted into this chassis. If the chassis has been pre-provisioned, tmnxMcmAssignedType is not equal 'unassigned', and the value of tmnxMcmEquippedType is not the same as tmnxMcmAssignedType, a mismatch alarm will be raised. If the chassis has not been pre-provisioned, and the value of tmnxMcmEquippedType is not one of the supported types as specified by tmnxMcmSupportedTypes, a mismatch alarm will be raised. There will not be more than one bit set at a time in tmnxMcmEquippedType. This object was obsoleted in release 20.2.

OBJECT-TYPE

The value of tmnxMcmHwIndex is the index into the tmnxHwTable for the row entry that represents the hardware component information for this MCM. This object was obsoleted in release 20.2.

OBJECT-TYPE

The card type table has an entry for each Nokia 7710 series Mda Carrier Module (MCM) model. This table was obsoleted in release 20.2.

OBJECT-TYPE

Each row entry represents an Nokia 7710 series MCM model. Rows in this table are created by the agent at initialization and cannot be created or destroyed by SNMP Get or Set requests.

OBJECT-TYPE

The unique index value which identifies this type of Nokia 7710 series MCM model. This object was obsoleted in release 20.2.

OBJECT-TYPE

The administrative name that identifies this type of Nokia 7710 series MCM model. This name string may be used in CLI commands to specify a particular card model type. This object was obsoleted in release 20.2.

OBJECT-TYPE

A detailed description of this Nokia 7710 series MCM model. This object was obsoleted in release 20.2.

OBJECT-TYPE

When tmnxMcmTypeStatus has a value of 'true' it indicates that this MCM is supported in this revision of the management software. When it has a value of 'false' there is no support. This object was obsoleted in release 20.2.

OBJECT-TYPE

The value of tmnxIPsecIsaGrpTableLastChanged indicates the sysUpTime at the time of the last modification to tmnxIPsecIsaGrpTable by adding, deleting an entry or change to a writable object in the table. If no changes were made to the table since the last re-initialization of the local network management subsystem, then this object contains a zero value.

OBJECT-TYPE

Table to store entries for Groups of IPSec Integrated Service Adaptors. The table tmnxIPsecIsaGrpTable used to create and remove IPsec ISA groups. An IPsec ISA group is used to represent multiple hardware adaptors as a single entity. This allows for warm redundancy to be run between two IPsec ISAs.

OBJECT-TYPE

Information about a single IPsec group entry.

OBJECT-TYPE

The value of tmnxIPsecIsaGrpId specifies the id of a TmnxIPsecIsaGrpEntry and is the primary index for the table.

OBJECT-TYPE

The tmnxIPsecIsaGrpRowStatus object is used to create and delete rows in the tmnxIPsecIsaGrpTable.

OBJECT-TYPE

The value of tmnxIPsecIsaGrpLastChanged indicates the sysUpTime at the time of the last modification of this entry. If no changes were made to the entry since the last re-initialization of the local network management subsystem, then this object contains a zero value.

OBJECT-TYPE

The value of tmnxIPsecIsaGrpDescription specifies the user-provided description for each tmnxIPsecIsaGrpEntry in the table tmnxIPsecIsaGrpTable.

OBJECT-TYPE

The value of tmnxIPsecIsaGrpAdminState specifies the administrative state of the tmnxIPsecIsaGrpEntry.

OBJECT-TYPE

The value of tmnxIPsecIsaGrpOperState indicates the operational status of tmnxIPsecIsaGrpEntry.

OBJECT-TYPE

The value of tmnxIPsecIsaGrpIsaChassis specifies the chassis on which the tmnxIPsecIsaGrpPrimaryIsa and tmnxIPsecIsaGrpBackupIsa are present.

OBJECT-TYPE

The value of tmnxIPsecIsaGrpPrimaryIsa specifies the primary IPsec ISA to be used for this module group.

OBJECT-TYPE

The value of tmnxIPsecIsaGrpBackupIsa specifies the backup IPsec ISA to be used for this module group.

OBJECT-TYPE

The value of tmnxIPsecIsaGrpActiveIsa indicates the active ISA that is being used for this module group. This object has meaning only when tmnxIPsecIsaGrpPrimaryIsa or tmnxIPsecIsaGrpBackupIsa is configured to a non-default value. In all other cases, the value of this object is equal to zero.

OBJECT-TYPE

The value of tmnxIPsecIsaGrpTunnels indicates the number of IPSec tunnels being used for this module group.

OBJECT-TYPE

The value of tmnxIPsecIsaGrpMaxTunnels indicates the maximum number of IPSec tunnels available for this module group.

OBJECT-TYPE

The value of tmnxIPsecIsaGrpTunnelReassembly specifies the maximum number of milliseconds to wait to receive all fragments of a particular IPSec or GRE packet for reassembly. The tmnxGreTunnelReassembly value set to zero indicates that reassembly is disabled. An 'inconsistentValue' error is returned if the value is not a multiple of 100 milliseconds.

OBJECT-TYPE

The value of tmnxIPsecIsaGrpOperFlags indicates the operational flags to determine the status of tmnxIPsecIsaGrpEntry.

OBJECT-TYPE

The value of tmnxIPsecIsaGrpMultiActive specifies whether this tunnel group will load-balance IPsec traffic on multiple MDAs.

OBJECT-TYPE

The value of tmnxIPsecIsaGrpActiveMda specifies the number of active MDAs to be used by this tunnel-group to load-balance IPsec traffic.

OBJECT-TYPE

The value of tmnxIPsecIsaGrpIpTunnels indicates the number of IP tunnels being used for this module group.

OBJECT-TYPE

The value of tmnxIPsecIsaGrpIpMaxTunnels indicates the maximum number of IP tunnels available for this module group.

OBJECT-TYPE

The value of tmnxIPsecIsaGrpIPsecRespondOnly specifies whether the IPsec tunnel will respond to requests only and does not initiate exchanges with the peer.

OBJECT-TYPE

The value of tmnxIPsecIsaGrpIsaScaleMode specifies the set of supported scaling modes for each ISA in this group. The scaling modes can be one of: tunnelLimit2k (1) - maximum 2048 tunnels (e.g., IPsec, GRE and IP) per ISA tunnelLimit32k (2) - maximum 32678 tunnels per ISA tunnelLimit64k (3) - maximum 65536 tunnels per ISA tunnelLimit8 (4) - maximum 8 tunnels per ISA tunnelLimit32 (5) - maximum 32 tunnels per ISA When creating a row, this object must be specified in the same SNMP PDU as tmnxIPsecIsaGrpRowStatus. The value of this object cannot be changed once the row is created. Platform tmnxIPsecIsaGrpIsaScaleMode Default --------- ----------------------------------- VSR 'tunnelLimit2k(1)' SAR-Hm 'tunnelLimit8(4)' SAR-Hm 'tunnelLimit32(5)' Otherwise 'tunnelLimit32k(2)'

OBJECT-TYPE

The value of tmnxIPsecIsaGrpDpCpuUsageCollEn specifies whether or not the data-plane CPU usage historical statistics collection is enabled for this group.

OBJECT-TYPE

The value of tmnxIPsecIsaGrpTrafficFwdCollEn specifies whether or not the gateway traffic forwarding statistics collection is enabled for this group. This object is deprecated in release 16.0. Any configuration on this object will be ignored.

OBJECT-TYPE

The value of tmnxHsmdaMdaSchOvrTblLastChangd indicates the sysUpTime at the time of the last modification of tmnxHsmdaMdaSchOvrTable. If no changes were made to the table since the last re-initialization of the local network management subsystem, then this object contains a zero value. This object is obsoleted in 10.0 Release.

OBJECT-TYPE

The tmnxHsmdaMdaSchOvrTable has an entry for each MDA-level HSMDA scheduler override configured on this system. This table is obsoleted in 10.0 Release.

OBJECT-TYPE

Each row represents a particular MDA-level HSMDA scheduler override. Entries are created and deleted by the user.

OBJECT-TYPE

The value of tmnxHsmdaMdaSchOvrRowStatus is used for the creation and deletion of MDA-level HSMDA scheduler overrides. When the tmnxMDAAssignedType of the tmnxMDAEntry indexed by the same indices of this table is a non-HSMDA MDA Type, creation will fail and return a 'noCreation' error.

OBJECT-TYPE

The value of tmnxHsmdaMdaSchOvrLastChanged indicates the sysUpTime at the time of the last modification of this entry. If no changes were made to the entry since the last re-initialization of the local network management subsystem, then this object contains a zero value.

OBJECT-TYPE

The value of tmnxHsmdaMdaSchOvrMaxRate specifies the explicit maximum frame based bandwidth limit, in megabits per second, for this HSMDA scheduler. A value of -2 indicates no override. This object overrides TIMETRA-QOS-MIB::tHsmdaSchedulerPlcyMaxRate.

OBJECT-TYPE

The value of tmnxHsmdaMdaSchOvrGrp1Rate specifies the explicit maximum frame based bandwidth limit, in megabits per second, for group 1 for this HSMDA scheduler. A value of -2 indicates no override. This object overrides TIMETRA-QOS-MIB::tHsmdaSchedulerPlcyGrp1Rate.

OBJECT-TYPE

The value of tmnxHsmdaMdaSchOvrGrp2Rate specifies the explicit maximum frame based bandwidth limit, in megabits per second, for group 2 for this HSMDA scheduler. A value of -2 indicates no override. This object overrides TIMETRA-QOS-MIB::tHsmdaSchedulerPlcyGrp2Rate.

OBJECT-TYPE

The value of tmnxHsmdaMdaSchOvrClass1Rate specifies the explicit maximum frame based bandwidth limit, in megabits per second, for this HSMDA scheduler policy level. A value of -2 indicates no override. This object overrides TIMETRA-QOS-MIB::tHsmdaSchedulerPlcyLvl1Rate.

OBJECT-TYPE

The value of tmnxHsmdaMdaSchOvrClass1WtInGrp specifies the weight the HSMDA scheduler policy should apply to this policy level within the group it belongs to. The value of tmnxHsmdaMdaSchOvrClass1WtInGrp will only be used if this policy level has been assigned to a group by setting tHsmdaSchedulerPlcyLvl1GrpId to a non-zero value. A value of -2 indicates no override. This object overrides TIMETRA-QOS-MIB::tHsmdaSchedulerPlcyLvl1WgtInGrp.

OBJECT-TYPE

The value of tmnxHsmdaMdaSchOvrClass2Rate specifies the explicit maximum frame based bandwidth limit, in megabits per second, for this HSMDA scheduler policy level. A value of -2 indicates no override. This object overrides TIMETRA-QOS-MIB::tHsmdaSchedulerPlcyLvl2Rate.

OBJECT-TYPE

The value of tmnxHsmdaMdaSchOvrClass2WtInGrp specifies the weight the HSMDA scheduler policy should apply to this policy level within the group it belongs to. The value of tmnxHsmdaMdaSchOvrClass2WtInGrp will only be used if this policy level has been assigned to a group by setting tHsmdaSchedulerPlcyLvl2GrpId to a non-zero value. A value of -2 indicates no override. This object overrides TIMETRA-QOS-MIB::tHsmdaSchedulerPlcyLvl2WgtInGrp.

OBJECT-TYPE

The value of tmnxHsmdaMdaSchOvrClass3Rate specifies the explicit maximum frame based bandwidth limit, in megabits per second, for this HSMDA scheduler policy level. A value of -2 indicates no override. This object overrides TIMETRA-QOS-MIB::tHsmdaSchedulerPlcyLvl3Rate.

OBJECT-TYPE

The value of tmnxHsmdaMdaSchOvrClass3WtInGrp specifies the weight the HSMDA scheduler policy should apply to this policy level within the group it belongs to. The value of tmnxHsmdaMdaSchOvrClass3WtInGrp will only be used if this policy level has been assigned to a group by setting tHsmdaSchedulerPlcyLvl3GrpId to a non-zero value. A value of -2 indicates no override. This object overrides TIMETRA-QOS-MIB::tHsmdaSchedulerPlcyLvl3WgtInGrp.

OBJECT-TYPE

The value of tmnxHsmdaMdaSchOvrClass4Rate specifies the explicit maximum frame based bandwidth limit, in megabits per second, for this HSMDA scheduler policy level. A value of -2 indicates no override. This object overrides TIMETRA-QOS-MIB::tHsmdaSchedulerPlcyLvl4Rate.

OBJECT-TYPE

The value of tmnxHsmdaMdaSchOvrClass4WtInGrp specifies the weight the HSMDA scheduler policy should apply to this policy level within the group it belongs to. The value of tmnxHsmdaMdaSchOvrClass4WtInGrp will only be used if this policy level has been assigned to a group by setting tHsmdaSchedulerPlcyLvl4GrpId to a non-zero value. A value of -2 indicates no override. This object overrides TIMETRA-QOS-MIB::tHsmdaSchedulerPlcyLvl4WgtInGrp.

OBJECT-TYPE

The value of tmnxHsmdaMdaSchOvrClass5Rate specifies the explicit maximum frame based bandwidth limit, in megabits per second, for this HSMDA scheduler policy level. A value of -2 indicates no override. This object overrides TIMETRA-QOS-MIB::tHsmdaSchedulerPlcyLvl5Rate.

OBJECT-TYPE

The value of tmnxHsmdaMdaSchOvrClass5WtInGrp specifies the weight the HSMDA scheduler policy should apply to this policy level within the group it belongs to. The value of tmnxHsmdaMdaSchOvrClass5WtInGrp will only be used if this policy level has been assigned to a group by setting tHsmdaSchedulerPlcyLvl5GrpId to a non-zero value. A value of -2 indicates no override. This object overrides TIMETRA-QOS-MIB::tHsmdaSchedulerPlcyLvl5WgtInGrp.

OBJECT-TYPE

The value of tmnxHsmdaMdaSchOvrClass6Rate specifies the explicit maximum frame based bandwidth limit, in megabits per second, for this HSMDA scheduler policy level. A value of -2 indicates no override. This object overrides TIMETRA-QOS-MIB::tHsmdaSchedulerPlcyLvl6Rate.

OBJECT-TYPE

The value of tmnxHsmdaMdaSchOvrClass6WtInGrp specifies the weight the HSMDA scheduler policy should apply to this policy level within the group it belongs to. The value of tmnxHsmdaMdaSchOvrClass6WtInGrp will only be used if this policy level has been assigned to a group by setting tHsmdaSchedulerPlcyLvl6GrpId to a non-zero value. A value of -2 indicates no override. This object overrides TIMETRA-QOS-MIB::tHsmdaSchedulerPlcyLvl6WgtInGrp.

OBJECT-TYPE

The value of tmnxHsmdaMdaSchOvrClass7Rate specifies the explicit maximum frame based bandwidth limit, in megabits per second, for this HSMDA scheduler policy level. A value of -2 indicates no override. This object overrides TIMETRA-QOS-MIB::tHsmdaSchedulerPlcyLvl7Rate.

OBJECT-TYPE

The value of tmnxHsmdaMdaSchOvrClass7WtInGrp specifies the weight the HSMDA scheduler policy should apply to this policy level within the group it belongs to. The value of tmnxHsmdaMdaSchOvrClass7WtInGrp will only be used if this policy level has been assigned to a group by setting tHsmdaSchedulerPlcyLvl7GrpId to a non-zero value. A value of -2 indicates no override. This object overrides TIMETRA-QOS-MIB::tHsmdaSchedulerPlcyLvl7WgtInGrp.

OBJECT-TYPE

The value of tmnxHsmdaMdaSchOvrClass8Rate specifies the explicit maximum frame based bandwidth limit, in megabits per second, for this HSMDA scheduler policy level. A value of -2 indicates no override. This object overrides TIMETRA-QOS-MIB::tHsmdaSchedulerPlcyLvl8Rate.

OBJECT-TYPE

The value of tmnxHsmdaMdaSchOvrClass8WtInGrp specifies the weight the HSMDA scheduler policy should apply to this policy level within the group it belongs to. The value of tmnxHsmdaMdaSchOvrClass8WtInGrp will only be used if this policy level has been assigned to a group by setting tHsmdaSchedulerPlcyLvl8GrpId to a non-zero value. A value of -2 indicates no override. This object overrides TIMETRA-QOS-MIB::tHsmdaSchedulerPlcyLvl8WgtInGrp.

OBJECT-TYPE

The tmnxFPTable has an entry for each Forwarding Plane configuration. An entry is created in this table whenever an entry for card is created in tmnxCardTable. This entry is relevant only for IOM3/IMM.

OBJECT-TYPE

Each row entry represents a Forwarding Plane (FP) configuration.

OBJECT-TYPE

The value of tmnxFPNum identifies the Forwarding Plane.

OBJECT-TYPE

The value of tmnxFPMcPathMgmtBwPlcyName specifies the multicast policy name configured for the FP. tmnxFPMcPathMgmtBwPlcyName can be set only if the policy exists in TIMETRA-MCAST-PATH-MGMT-MIB::tmnxMcPathBwPlcyTable.

OBJECT-TYPE

The value of tmnxFPMcPathMgmtAdminState specifies administrative state of the multicast path for the FP.

OBJECT-TYPE

The value of tmnxFPLastChanged indicates the timestamp of last change to this row in tmnxFPTable.

OBJECT-TYPE

The value of tmnxFPHiBwMcastSource specifies if this FP should attempt to allocate separate fabric planes to allocate high bandwidth multicast traffic taps. tmnxFPHiBwMcastGroup must be set in the same SNMP request PDU with tmnxFPHiBwMcastSource or an 'inconsistentValue' error will be returned.

OBJECT-TYPE

The value of tmnxFPHiBwMcastAlarm specifies if a tmnxChassisHiBwMcastAlarm alarm is raised if there are more than one high bandwidth multicast traffic taps sharing a plane.

OBJECT-TYPE

The value of tmnxFPHiBwMcastTapCount indicates the number of high bandwidth multicast traffic taps on this FP.

OBJECT-TYPE

The value of tmnxFPHiBwMcastGroup specifies the group of high bandwidth multicast traffic taps to which this tap belongs. A value of '0' specifies that this tap is not a member of any High Bandwidth Multicast group. tmnxFPHiBwMcastGroup must be set in the same SNMP request PDU with tmnxFPHiBwMcastSource or an 'inconsistentValue' error will be returned.

OBJECT-TYPE

The value of tmnxFPWredBufAllocMin specifies the minimum WRED (Weighted Random Early Detection) queue aggregate buffer allocation which will be set aside for WRED queue buffer pools.

OBJECT-TYPE

The value of tmnxFPWredBufAllocMax specifies the maximum WRED queue aggregate buffer allocation which will be set aside for WRED queue buffer pools.

OBJECT-TYPE

The value of tmnxFPWredResvCbsMin specifies the minimum buffers within the WRED pool that will be set aside for WRED queues operating within their configured CBS (Committed Buffer Size) thresholds.

OBJECT-TYPE

The value of tmnxFPWredResvCbsMax specifies the maximum buffers within the WRED pool that will be set aside for WRED queues operating within their configured CBS (Committed Buffer Size) thresholds.

OBJECT-TYPE

The value of tmnxFPWredSlopePolicy specifies the name of slope policy being used within WRED pool.

OBJECT-TYPE

The value of tmnxFPWredAdminState specifies administrative state of the egress WRED queue support on the card.

OBJECT-TYPE

The value of tmnxFPHiBwMcastDefaultPathsOnly specifies whether only the default paths are to be High Bandwidth Multicast (HBM) (typically paths 0 and 15) and the remaining paths are non-HBM 'true (1)', or all paths are configured HBM on the forwarding path 'false (2)'. This object is only meaningful if tmnxFPHiBwMcastSource is set to the value 'true (1)'.

OBJECT-TYPE

The value of tmnxFPDCpuProtDynEnfrcPlcrPool specifies number of policers that are set aside that can be instantiated as dynamic enforcement policers when Distributed CPU Protection is configured with dynamic enforcement.

OBJECT-TYPE

The value of tmnxFPStablePoolSizing specifies whether the forwarding plane (FP) should split the buffers in a fixed way. When the value of tmnxFPStablePoolSizing is set to 'true', the forwarding plane will evenly split the buffers between all possible MDAs. Then, each MDA buffers will be split between all possible ports based on port max bandwidth adjusted by the port's modify-buffer-allocation-rate percentages. The value of tmnxFPStablePoolSizing cannot be set to 'true' when either tmnxCardNamedPoolAdminMode or tmnxCardNamedPoolOperMode is set to 'inService'. Likewise, the value of tmnxCardNamedPoolAdminMode or tmnxCardNamedPoolOperMode cannot be set to 'inService' when tmnxFPStablePoolSizing is set to 'true'.

OBJECT-TYPE

The value of tmnxFPIngressBufferAllocation specifies the buffer allocation on a given forwarding plane (FP) which will be set aside for ingress pools.

OBJECT-TYPE

The value of tmnxFPPlcyAcctStatsPool specifies the number of stats resources to reserve for policy-accounting on this forwarding plane (FP). The value of zero indicates no stats resources are allocated to policy accounting.

OBJECT-TYPE

The value of tmnxFPPlcyAcctStatsInUse indicates the total number of statistics resources currently in use.

OBJECT-TYPE

The value of tmnxFPInitExtractDropPrioMode specifies the scheme used to select the initial drop priority of extracted control plane traffic. The initial drop priority of extracted packets can either be of low or high priority. The drop priority can be subsequently altered by mechanisms such as cpu-protection. High priority traffic receives preferential treatment in control plane congestion situations at the expense of low priority traffic. Values: uniform (1) - initialize the drop priority of all extracted control traffic as high priority l3Classify (2) - initialize the drop priority of all layer 3 extracted control traffic based on the QoS classification of the packets - this is useful in networks where the DSCP and EXP markings can be trusted as the primary method to distinguish, protect and isolate good terminating protocol traffic from unknown or potentially harmful protocol traffic

OBJECT-TYPE

The value of tmnxFPEgrHsPoolPolicy specifies the egress QoS High Scale scheduler policy for this port. This object must correspond to the index of a row in TIMETRA-QOS-MIB::tHsPoolPolicyTable, otherwise an 'inconsistentValue' error will be returned. When this forwarding plane is on non-High Scale card type, the value for tmnxFPEgrHsPoolPolicy will be ignored. If this forwarding plane is on High Scale card type, the default for this object will be the string 'default'.

OBJECT-TYPE

The value of tmnxFPEgrHsFixedHighThreshDelta specifies the egress QoS High threshold delta for this port. This object must correspond.

OBJECT-TYPE

The value of tmnxFPMcPathMgmtPriInUseBw indicates the in use ingress multicast bandwidth for the primary forwarding path.

OBJECT-TYPE

The value of tmnxFPMcPathMgmtSecInUseBw indicates the in use ingress multicast bandwidth for the secondary forwarding path.

OBJECT-TYPE

The value of tmnxFPMcPathMgmtBlkHoleInUseBw indicates the bandwidth of the ingress multicast traffic that is being black holed on the FP.

OBJECT-TYPE

The value of tmnxFPGeneration indicates the generation of the FP network processor.

OBJECT-TYPE

The value of tmnxFPIngNetQueuePolicy indicates the network queue policy being used to define the queueing structure for this object.

OBJECT-TYPE

The value of tmnxFPQosFPResourcePolicy indicates the FP resource policy policy being used to define the queueing structure for this object. For FP4 default value is 'default' and it is empty for other FPs.

OBJECT-TYPE

The value of tmnxFPAccIngQGrpTableLastChgd indicates the timestamp of last change to the tmnxFPAccIngQGrpTable.

OBJECT-TYPE

The value of tmnxFPAccIngQGrpTable defines access Ingress Queue Group Table for providing, via SNMP, the capability of defining the forwarding-plane specific queue groups from the queue-groups existing in the TIMETRA-QOS-MIB::tQosIngQGroupTable.

OBJECT-TYPE

The value of tmnxFPAccIngQGrpEntry defines an entry in the tmnxFPAccIngQGrpTable. Entries are created/deleted in this table by SNMP sets to tmnxFPAccIngQGrpRowStatus.

OBJECT-TYPE

The value of tmnxFPAccIngQGrpName defines the forwarding-plane Ingress Queue Group name. It, along with tmnxFPAccIngQGrpInstanceId uniquely identifies a forwarding-plane ingress queue group in the managed system.

OBJECT-TYPE

The value of tmnxFPAccIngQGrpInstanceId defines the unique instance of the forwarding-plane ingress Queue Group. It, along with tmnxFPAccIngQGrpName, uniquely identifies a forwarding-plane ingress queue group in the managed system.

OBJECT-TYPE

The value of tmnxFPAccIngQGrpRowStatus allows entries to be created and deleted in the tmnxFPAccIngQGrpTable. The creation of an entry in this table will succeed only if the queue-group being created exists in TIMETRA-QOS-MIB::tQosIngQGroupTable.

OBJECT-TYPE

The value of tmnxFPAccIngQGrpLastChgd indicates the value of sysUpTime when the queue entry was last modified.

OBJECT-TYPE

The value of tmnxFPAccIngQGrpAcctgPolId specifies the accounting-policy to be used with this forwarding-plane ingress queue-group. A non-zero value indicates the tmnxLogApPolicyId index identifying the policy entry in the tmnxLogApTable from the TIMETRA-LOG-MIB which is associated with this queue-group. The value zero indicates that the agent should use the default accounting policy, if one exists.

OBJECT-TYPE

The value of tmnxFPAccIngQGrpCollectStats specifies whether statistics should be collected on this forwarding-plane ingress queue-group.

OBJECT-TYPE

The value of tmnxFPAccIngQGrpDescr specifies the description for this forwarding-plane queue-group.

OBJECT-TYPE

The value of tmnxFPAccIngQGrpPolicerPol specifies the name of the policer control policy to be used with this forwarding-plane ingress queue-group.

OBJECT-TYPE

The value of tmnxFPNetIngQGrpTableLastChgd indicates the timestamp of last change to the tmnxFPNetIngQGrpTable.

OBJECT-TYPE

The value of tmnxFPNetIngQGrpTable defines access Ingress Queue Group Table for providing, via SNMP, the capability of defining the forwarding-plane specific queue groups from the queue-groups existing in the TIMETRA-QOS-MIB::tQosIngQGroupTable.

OBJECT-TYPE

The value of tmnxFPNetIngQGrpEntry defines an entry in the tmnxFPNetIngQGrpTable. Entries are created/deleted in this table by SNMP sets to tmnxFPNetIngQGrpRowStatus.

OBJECT-TYPE

The value of tmnxFPNetIngQGrpName defines the forwarding-plane Ingress Queue Group name. It, along with tmnxFPNetIngQGrpInstanceId uniquely identifies a forwarding-plane ingress queue group in the managed system.

OBJECT-TYPE

The value of tmnxFPNetIngQGrpInstanceId defines the unique instance of the forwarding-plane ingress Queue Group. It, along with tmnxFPNetIngQGrpName, uniquely identifies a forwarding-plane ingress queue group in the managed system.

OBJECT-TYPE

The value of tmnxFPNetIngQGrpRowStatus allows entries to be created and deleted in the tmnxFPNetIngQGrpTable. The creation of an entry in this table will succeed only if the queue-group being created exists in TIMETRA-QOS-MIB::tQosIngQGroupTable.

OBJECT-TYPE

The value of tmnxFPNetIngQGrpLastChgd indicates the value of sysUpTime when the queue entry was last modified.

OBJECT-TYPE

The value of tmnxFPNetIngQGrpAcctgPolId specifies the accounting-policy to be used with this forwarding-plane ingress queue-group. A non-zero value indicates the tmnxLogApPolicyId index identifying the policy entry in the tmnxLogApTable from the TIMETRA-LOG-MIB which is associated with this queue-group. The value zero indicates that the agent should use the default accounting policy, if one exists.

OBJECT-TYPE

The value of tmnxFPNetIngQGrpCollectStats specifies whether statistics should be collected on this forwarding-plane ingress queue-group.

OBJECT-TYPE

The value of tmnxFPNetIngQGrpDescr specifies the description for this forwarding-plane queue-group.

OBJECT-TYPE

The value of tmnxFPNetIngQGrpPolicerPol specifies the name of the policer control policy to be used with this forwarding-plane ingress queue-group.

OBJECT-TYPE

The fabric type table has an entry for each Nokia SROS series Fabric card type.

OBJECT-TYPE

Each row entry represents an Nokia SROS series Fabric card. Rows in this table are created by the agent at initialization and cannot be created or destroyed by SNMP Get or Set requests.

OBJECT-TYPE

The unique index value which identifies this type of Nokia SROS series Fabric card type.

OBJECT-TYPE

The administrative name that identifies this type of Nokia SROS series Fabric card. This name string may be used in CLI commands to specify a particular fabric card type.

OBJECT-TYPE

A detailed description of this Nokia SROS series Fabric card.

OBJECT-TYPE

When tmnxFabricTypeStatus has a value of 'true' it indicates that this Fabric is supported in this revision of the management software. When it has a value of 'false' there is no support.

OBJECT-TYPE

The tmnxFPNetIngQGrpPStatTable contains forwarding-plane ingress QoS queue group policer statistics on network side.

OBJECT-TYPE

The value of tmnxFPNetIngQGrpPStatEntry defines an entry in the tmnxFPNetIngQGrpPStatTable. It represents statistics about a specific QoS ingress queue group policer.

OBJECT-TYPE

The value of tmnxFPNetIngQGrpPStatPolicerId specifies the index of the ingress QoS policer of this forwarding-plane queue group on network.

OBJECT-TYPE

The value of tmnxFPNetIngQGrpPStatMode indicates the stat mode used by this policer.

OBJECT-TYPE

The value of tmnxFPNetIngQgPStOffHPrioPkts indicates the number of high priority packets, as determined by the ingress queue group policer, offered by the Pchip to the Qchip.

OBJECT-TYPE

The value of tmnxFPNetIngQgPStOffHPrioPktsL indicates the lower 32 bits of tmnxFPNetIngQgPStOffHPrioPkts.

OBJECT-TYPE

The value of tmnxFPNetIngQgPStOffHPrioPktsH indicates the upper 32 bits of tmnxFPNetIngQgPStOffHPrioPkts.

OBJECT-TYPE

The value of tmnxFPNetIngQgPStDrpHPrioPkts indicates the number of high priority packets, as determined by the ingress queue group policer, dropped by the Pchip due to: MBS exceeded, buffer pool limit exceeded, etc.

OBJECT-TYPE

The value of tmnxFPNetIngQgPStDrpHPrioPktsL indicates the lower 32 bits of tmnxFPNetIngQgPStDrpHPrioPkts.

OBJECT-TYPE

The value of tmnxFPNetIngQgPStDrpHPrioPktsH indicates the upper 32 bits of tmnxFPNetIngQgPStDrpHPrioPkts.

OBJECT-TYPE

The value of tmnxFPNetIngQgPStOffLPrioPkts indicates the number of low priority packets, as determined by the ingress queue group policer, offered by the Pchip to the Qchip.

OBJECT-TYPE

The value of tmnxFPNetIngQgPStOffLPrioPktsL indicates the lower 32 bits of tmnxFPNetIngQgPStOffLPrioPkts.

OBJECT-TYPE

The value of tmnxFPNetIngQgPStOffLPrioPktsH indicates the upper 32 bits of tmnxFPNetIngQgPStOffLPrioPkts.

OBJECT-TYPE

The value of tmnxFPNetIngQgPStDrpLPrioPkts indicates the number of low priority packets, as determined by the ingress queue group policer, dropped by the Pchip due to: MBS exceeded, buffer pool limit exceeded, etc.

OBJECT-TYPE

The value of tmnxFPNetIngQgPStDrpLPrioPktsL indicates the lower 32 bits of tmnxFPNetIngQgPStDrpLPrioPkts.

OBJECT-TYPE

The value of tmnxFPNetIngQgPStDrpLPrioPktsH indicates the upper 32 bits of tmnxFPNetIngQgPStDrpLPrioPkts.

OBJECT-TYPE

The value of tmnxFPNetIngQgPStOffHPrioOcts indicates the number of high priority octets, as determined by the ingress queue group policer, offered by the Pchip to the Qchip.

OBJECT-TYPE

The value of tmnxFPNetIngQgPStOffHPrioOctsL indicates the lower 32 bits of tmnxFPNetIngQgPStOffHPrioOcts.

OBJECT-TYPE

The value of tmnxFPNetIngQgPStOffHPrioOctsH indicates the upper 32 bits of tmnxFPNetIngQgPStOffHPrioOcts.

OBJECT-TYPE

The value of tmnxFPNetIngQgPStDrpHPrioOcts indicates the number of high priority octets, as determined by the ingress queue group policer, dropped by the Pchip due to: MBS exceeded, buffer pool limit exceeded, etc.

OBJECT-TYPE

The value of tmnxFPNetIngQgPStDrpHPrioOctsL indicates the lower 32 bits of tmnxFPNetIngQgPStDrpHPrioOcts.

OBJECT-TYPE

The value of tmnxFPNetIngQgPStDrpHPrioOctsH indicates the upper 32 bits of tmnxFPNetIngQgPStDrpHPrioOcts.

OBJECT-TYPE

The value of tmnxFPNetIngQgPStOffLPrioOcts indicates the number of low priority octets, as determined by the ingress queue group policer, offered by the Pchip to the Pchip.

OBJECT-TYPE

The value of tmnxFPNetIngQgPStOffLPrioOctsL indicates the lower 32 bits of tmnxFPNetIngQgPStOffLPrioOcts.

OBJECT-TYPE

The value of tmnxFPNetIngQgPStOffLPrioOctsH indicates the upper 32 bits of tmnxFPNetIngQgPStOffLPrioOcts.

OBJECT-TYPE

The value of tmnxFPNetIngQgPStDrpLPrioOcts indicates the number of low priority octets, as determined by the ingress queue group policer, dropped by the Pchip due to: MBS exceeded, buffer pool limit exceeded, etc.

OBJECT-TYPE

The value of tmnxFPNetIngQgPStDrpLPrioOctsL indicates the lower 32 bits of tmnxFPNetIngQgPStDrpLPrioOcts.

OBJECT-TYPE

The value of tmnxFPNetIngQgPStDrpLPrioOctsH indicates the upper 32 bits of tmnxFPNetIngQgPStDrpLPrioOcts.

OBJECT-TYPE

The value of tmnxFPNetIngQgPStFwdInProfPkts indicates the number of in-profile packets (rate below CIR) forwarded by the ingress Pchip.

OBJECT-TYPE

The value of tmnxFPNetIngQgPStFwdInProfPktsL indicates the lower 32 bits of tmnxFPNetIngQgPStFwdInProfPkts.

OBJECT-TYPE

The value of tmnxFPNetIngQgPStFwdInProfPktsH indicates the upper 32 bits of tmnxFPNetIngQgPStFwdInProfPkts.

OBJECT-TYPE

The value of tmnxFPNetIngQgPStFwdOutProfPkts indicates the number of out-of-profile packets (rate above CIR) forwarded by the ingress Pchip.

OBJECT-TYPE

The value of tmnxFPNetIngQgPStFwdOutProfPktsL indicates the lower 32 bits of tmnxFPNetIngQgPStFwdOutProfPkts.

OBJECT-TYPE

The value of tmnxFPNetIngQgPStFwdOutProfPktsH indicates the upper 32 bits of tmnxFPNetIngQgPStFwdOutProfPkts.

OBJECT-TYPE

The value of tmnxFPNetIngQgPStFwdInProfOcts indicates the number of in-profile octets (rate below CIR) forwarded by the ingress Pchip.

OBJECT-TYPE

The value of tmnxFPNetIngQgPStFwdInProfOctsL indicates the lower 32 bits of tmnxFPNetIngQgPStFwdInProfOcts.

OBJECT-TYPE

The value of tmnxFPNetIngQgPStFwdInProfOctsH indicates the upper 32 bits of tmnxFPNetIngQgPStFwdInProfOcts.

OBJECT-TYPE

The value of tmnxFPNetIngQgPStFwdOutProfOcts indicates the number of out-of-profile octets (rate above CIR) forwarded by the ingress Pchip.

OBJECT-TYPE

The value of tmnxFPNetIngQgPStFwdOutProfOctsL indicates the lower 32 bits of tmnxFPNetIngQgPStFwdOutProfOcts.

OBJECT-TYPE

The value of tmnxFPNetIngQgPStFwdOutProfOctsH indicates the upper 32 bits of tmnxFPNetIngQgPStFwdOutProfOcts.

OBJECT-TYPE

The value of tmnxFPNetIngQgPStUncolPktsOff indicates the number of uncolored packets offered to the ingress Pchip.

OBJECT-TYPE

The value of tmnxFPNetIngQgPStUncolPktsOffL indicates the lower 32 bits of tmnxFPNetIngQgPStUncolPktsOff.

OBJECT-TYPE

The value of tmnxFPNetIngQgPStUncolPktsOffH indicates the upper 32 bits of tmnxFPNetIngQgPStUncolPktsOff.

OBJECT-TYPE

The value of tmnxFPNetIngQgPStUncolOctsOff indicates the number of uncolored octets offered to the ingress Pchip.

OBJECT-TYPE

The value of tmnxFPNetIngQgPStUncolOctsOffL indicates the lower 32 bits of tmnxFPNetIngQgPStUncolOctsOff.

OBJECT-TYPE

The value of tmnxFPNetIngQgPStUncolOctsOffH indicates the higher 32 bits of the value of tmnxFPNetIngQgPStUncolOctsOff.

OBJECT-TYPE

The tmnxFPAccIngQGrpPStatTable contains forwarding-plane ingress QoS queue group policer statistics on access side.

OBJECT-TYPE

The value of tmnxFPAccIngQGrpPStatEntry defines an entry in the tmnxFPAccIngQGrpPStatTable. It represents statistics about a specific QoS ingress queue group policer.

OBJECT-TYPE

The value of tmnxFPAccIngQGrpPStatPolicerId specifies the index of the ingress QoS policer of this forwarding-plane queue group on access.

OBJECT-TYPE

The value of tmnxFPAccIngQGrpPStatMode indicates the stat mode used by this policer.

OBJECT-TYPE

The value of tmnxFPAccIngQgPStOffHPrioPkts indicates the number of high priority packets, as determined by the ingress queue group policer, offered by the Pchip to the Qchip.

OBJECT-TYPE

The value of tmnxFPAccIngQgPStOffHPrioPktsL indicates the lower 32 bits of tmnxFPAccIngQgPStOffHPrioPkts.

OBJECT-TYPE

The value of tmnxFPAccIngQgPStOffHPrioPktsH indicates the upper 32 bits of tmnxFPAccIngQgPStOffHPrioPkts.

OBJECT-TYPE

The value of tmnxFPAccIngQgPStDrpHPrioPkts indicates the number of high priority packets, as determined by the ingress queue group policer, dropped by the Pchip due to: MBS exceeded, buffer pool limit exceeded, etc.

OBJECT-TYPE

The value of tmnxFPAccIngQgPStDrpHPrioPktsL indicates the lower 32 bits of tmnxFPAccIngQgPStDrpHPrioPkts.

OBJECT-TYPE

The value of tmnxFPAccIngQgPStDrpHPrioPktsH indicates the upper 32 bits of tmnxFPAccIngQgPStDrpHPrioPkts.

OBJECT-TYPE

The value of tmnxFPAccIngQgPStOffLPrioPkts indicates the number of low priority packets, as determined by the ingress queue group policer, offered by the Pchip to the Qchip.

OBJECT-TYPE

The value of tmnxFPAccIngQgPStOffLPrioPktsL indicates the lower 32 bits of tmnxFPAccIngQgPStOffLPrioPkts.

OBJECT-TYPE

The value of tmnxFPAccIngQgPStOffLPrioPktsH indicates the upper 32 bits of tmnxFPAccIngQgPStOffLPrioPkts.

OBJECT-TYPE

The value of tmnxFPAccIngQgPStDrpLPrioPkts indicates the number of low priority packets, as determined by the ingress queue group policer, dropped by the Pchip due to: MBS exceeded, buffer pool limit exceeded, etc.

OBJECT-TYPE

The value of tmnxFPAccIngQgPStDrpLPrioPktsL indicates the lower 32 bits of tmnxFPAccIngQgPStDrpLPrioPkts.

OBJECT-TYPE

The value of tmnxFPAccIngQgPStDrpLPrioPktsH indicates the upper 32 bits of tmnxFPAccIngQgPStDrpLPrioPkts.

OBJECT-TYPE

The value of tmnxFPAccIngQgPStOffHPrioOcts indicates the number of high priority octets, as determined by the ingress queue group policer, offered by the Pchip to the Qchip.

OBJECT-TYPE

The value of tmnxFPAccIngQgPStOffHPrioOctsL indicates the lower 32 bits of tmnxFPAccIngQgPStOffHPrioOcts.

OBJECT-TYPE

The value of tmnxFPAccIngQgPStOffHPrioOctsH indicates the upper 32 bits of tmnxFPAccIngQgPStOffHPrioOcts.

OBJECT-TYPE

The value of tmnxFPAccIngQgPStDrpHPrioOcts indicates the number of high priority octets, as determined by the ingress queue group policer, dropped by the Pchip due to: MBS exceeded, buffer pool limit exceeded, etc.

OBJECT-TYPE

The value of tmnxFPAccIngQgPStDrpHPrioOctsL indicates the lower 32 bits of tmnxFPAccIngQgPStDrpHPrioOcts.

OBJECT-TYPE

The value of tmnxFPAccIngQgPStDrpHPrioOctsH indicates the upper 32 bits of tmnxFPAccIngQgPStDrpHPrioOcts.

OBJECT-TYPE

The value of tmnxFPAccIngQgPStOffLPrioOcts indicates the number of low priority octets, as determined by the ingress queue group policer, offered by the Pchip to the Pchip.

OBJECT-TYPE

The value of tmnxFPAccIngQgPStOffLPrioOctsL indicates the lower 32 bits of tmnxFPAccIngQgPStOffLPrioOcts.

OBJECT-TYPE

The value of tmnxFPAccIngQgPStOffLPrioOctsH indicates the upper 32 bits of tmnxFPAccIngQgPStOffLPrioOcts.

OBJECT-TYPE

The value of tmnxFPAccIngQgPStDrpLPrioOcts indicates the number of low priority octets, as determined by the ingress queue group policer, dropped by the Pchip due to: MBS exceeded, buffer pool limit exceeded, etc.

OBJECT-TYPE

The value of tmnxFPAccIngQgPStDrpLPrioOctsL indicates the lower 32 bits of tmnxFPAccIngQgPStDrpLPrioOcts.

OBJECT-TYPE

The value of tmnxFPAccIngQgPStDrpLPrioOctsH indicates the upper 32 bits of tmnxFPAccIngQgPStDrpLPrioOcts.

OBJECT-TYPE

The value of tmnxFPAccIngQgPStFwdInProfPkts indicates the number of in-profile packets (rate below CIR) forwarded by the ingress Pchip.

OBJECT-TYPE

The value of tmnxFPAccIngQgPStFwdInProfPktsL indicates the lower 32 bits of tmnxFPAccIngQgPStFwdInProfPkts.

OBJECT-TYPE

The value of tmnxFPAccIngQgPStFwdInProfPktsH indicates the upper 32 bits of tmnxFPAccIngQgPStFwdInProfPkts.

OBJECT-TYPE

The value of tmnxFPAccIngQgPStFwdOutProfPkts indicates the number of out-of-profile packets (rate above CIR) forwarded by the ingress Pchip.

OBJECT-TYPE

The value of tmnxFPAccIngQgPStFwdOutProfPktsL indicates the lower 32 bits of tmnxFPAccIngQgPStFwdOutProfPkts.

OBJECT-TYPE

The value of tmnxFPAccIngQgPStFwdOutProfPktsH indicates the upper 32 bits of tmnxFPAccIngQgPStFwdOutProfPkts.

OBJECT-TYPE

The value of tmnxFPAccIngQgPStFwdInProfOcts indicates the number of in-profile octets (rate below CIR) forwarded by the ingress Pchip.

OBJECT-TYPE

The value of tmnxFPAccIngQgPStFwdInProfOctsL indicates the lower 32 bits of tmnxFPAccIngQgPStFwdInProfOcts.

OBJECT-TYPE

The value of tmnxFPAccIngQgPStFwdInProfOctsH indicates the upper 32 bits of tmnxFPAccIngQgPStFwdInProfOcts.

OBJECT-TYPE

The value of tmnxFPAccIngQgPStFwdOutProfOcts indicates the number of out-of-profile octets (rate above CIR) forwarded by the ingress Pchip.

OBJECT-TYPE

The value of tmnxFPAccIngQgPStFwdOutProfOctsL indicates the lower 32 bits of tmnxFPAccIngQgPStFwdOutProfOcts.

OBJECT-TYPE

The value of tmnxFPAccIngQgPStFwdOutProfOctsH indicates the upper 32 bits of tmnxFPAccIngQgPStFwdOutProfOcts.

OBJECT-TYPE

The value of tmnxFPAccIngQgPStUncolPktsOff indicates the number of uncolored packets offered to the ingress Pchip.

OBJECT-TYPE

The value of tmnxFPAccIngQgPStUncolPktsOffL indicates the lower 32 bits of tmnxFPAccIngQgPStUncolPktsOff.

OBJECT-TYPE

The value of tmnxFPAccIngQgPStUncolPktsOffH indicates the upper 32 bits of tmnxFPAccIngQgPStUncolPktsOff.

OBJECT-TYPE

The value of tmnxFPAccIngQgPStUncolOctsOff indicates the number of uncolored octets offered to the ingress Pchip.

OBJECT-TYPE

The value of tmnxFPAccIngQgPStUncolOctsOffL indicates the lower 32 bits of tmnxFPAccIngQgPStUncolOctsOff.

OBJECT-TYPE

The value of tmnxFPAccIngQgPStUncolOctsOffH indicates the higher 32 bits of the value of tmnxFPAccIngQgPStUncolOctsOff.

OBJECT-TYPE

The value of tFPAccIngQGrpPlcrOvrTblLstChgd indicates the timestamp of last change to the tFPAccIngQGrpPlcrOvrTable.

OBJECT-TYPE

The value of tFPAccIngQGrpPlcrOvrTable contains forwarding-plane QoS ingress queue group policer overrides on access side.

OBJECT-TYPE

The value of tFPAccIngQGrpPlcrOvrEntry defines an entry in the tFPAccIngQGrpPlcrOvrTable. It represents policer overrides about a specific forwarding-plane QoS ingress queue group policer.

OBJECT-TYPE

The value of tFPAccIngQGrpPlcrOvrPolicerId specifies the index of the ingress QoS policer of this forwarding-plane queue group on access.

OBJECT-TYPE

The value of tFPAccIngQGrpPlcrOvrRowStatus specifies the Row Status of the entry. This tFPAccIngQGrpPlcrOvrRowStatus object allows creation/deletion of rows in this table.

OBJECT-TYPE

The value of tFPAccIngQGrpPlcrOvrLastChgd indicates the timestamp of last change to this row in tFPAccIngQGrpPlcrOvrTable.

OBJECT-TYPE

The value of tFPAccIngQGrpPlcrOvrAdminPIR specifies the administrative PIR specified by the user.

OBJECT-TYPE

The value of tFPAccIngQGrpPlcrOvrAdminCIR specifies the administrative CIR specified by the user.

OBJECT-TYPE

The value of tFPAccIngQGrpPlcrOvrStatMode specifies the mode of statistics collected by the policer on this forwarding-plane QoS ingress queue group.

OBJECT-TYPE

The value of tFPAccIngQGrpPlcrOvrMBS specifies the maximum amount of buffer space (in bytes) allowed for the queue by the policer on this forwarding-plane QoS ingress queue group.