ctron-sfcs-mib

ctron-sfcs-mib Download

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OID list for ctron-sfcs-mib

sfcsSysConfigAdminStatus
Sets the administrative state of the SFCS switching services for this virtual switch. This controls the SFCS state at a chassis level. Regardless of the per-interface state of each SFCS switching element and the state of active connections, writing the ...
sfcsSysConfigOperStatus
Indicates the current operating condition of this switch. enabled(1) -- running disabled(2) -- not running other(3) -- none of the following pending-disable(4) -- shut-down in progress pending-enable(5) -- start-up in p ...
sfcsSysConfigOperTime
Indicates the amount of time (# of time ticks) that this switch system has been in its current operational state.
sfcsSysConfigLastChange
Indicates the last time a change was made to the configuration entry for this switch.
sfcsSysConfigSwitchCapacity
Indicates the maximum front panel bandwidth based on current hardware configuration of the switch in Mbps
sfcsSysConfigMaxCnxEntries
Indicates the maximum number of connections which can be established on this switch.
sfcsSysConfigMaxStatEntries
Indicates the maximum number of stats enabled VCs for this switch.
sfcsSysConfigMaxUpcEntries
Indicates the maximum number of UPC enabled VCs for this switch.
sfcsSysConfigNumberANIMS
Indicates the number of ATM Network Inteface Modules currently configured on this switch.
sfcsSysConfigInterfaceCapability
Indicates the total bandwidth capability(of the engine) for this switch expressed in Mbps.
sfcsSysConfigTypeofSwitch
Indicates what type of switch this is. other(1) sfcellswitch(2) sfpacketswitch(3)
sfcsSysConfigPolicingSupport
Indicates whether or not this switch supports policing. supported(1) not supported(2)
sfcsSysConfigPnniNsapPrefix
This is the 13 byte NSAP prefix to use with address registration.
sfcsSysConfigPnniNodeLevel
This is the PNNI node level value. The range can be from 0 to 104.
sfcsSysConfigPnniAddessingMode
This is the PNNI addressing mode - that can range from 0 to 2. 0 - Auto Mode using MAC 1 - Auto Mode using board# 2 - Manual
sfcsSysConfigPnniAddessingAdmnStatus
This is the PNNI addressing admn status. Down - 2. Up - 1.
sfcsSysConfigFMVer
This is the Firmware Revision of the switch.
sfcsSysConfigCTMSlotMask
This is the slot mask for all ctm boards in the chassis. The least significant bit represents slot 1.
sfcsSysConfigMaxfreecva
This is the maximum number of CAC connection blocks that CAC will allow on its free list. The default is 1024. If too low CAC performance will degrade (thrashing control blocks), If too high, memory exhaustion may occur. ::= { sfcsSysConfigEnt 19 } SYNTAX ...
sfcsSysStatusTdmCellCount
Indicates the total number of cells being transfered across the TDM for the entire switch.
sfcsSysStatusTdmUtilization
Indicates the total percentage TDM utilization for the switch.
sfcsSysStatusCurrCnxEntries
Indicates the current number of connection entries for this switch.
sfcsSysStatusCurrUPCEntries
Indicates the current number of UPC entries for this switch.
sfcsSysStatusCurrStatsEntries
Indicates the current number of statistics entries for this switch.
sfcsSysStatusAllocatedBw
Indicates the current allocated bandwidth of the switch in bits per second.
sfcsSysConfigAdminReset
Resets this virtual switch. Writing a value of reset(2) will force a restart of the entire switch, without any graceful shutdown. Any active connections or services will be interrupted. other(1) -- none of the following reset(2) -- force a rese ...
sfcsSysConfigATOMPersistance
This enables or disables ATOM mib persistance. enabled(1) disabled(2)
sfcsSysConfigVcSize
This entry is the size of VCs allocated for all VPs in the switch.
sfcsSysConfigPowerUpDiags
This enables or disables power up diags. enabled(1) disabled(2)
sfcsSysBPClkSelect
This enables one of two backplane clocks from any slot. A valid entry is any number that correspond to a slot having a board supporting this mib. A write to this mib will fail if the board with the number selected is deriving its clock from the backplane. ...
sfcsConfigTable
This table contains the configuration and administrative information for each SFCS module. Essentially, a separate SFCS instance exists for each switch module. If SFCS is not configured on a module, than an entry will not exist.
sfcsConfigEntry
Each entry specifies the SFCS configuration for the SFCS module.
sfcsConfigSlotIndex
The primary index to the SFCS switch table. This identifies the chassis slot number for this switch module.
sfcsConfigAdminStatus
Sets the administrative state of the SFCS switching services for this SFCS module. This controls the SFCS state at a module level. Regardless of the per-interface state of each SFCS switching interface and the state of active connections, writing the va ...
sfcsConfigAdminReset
Resets this SFCS module. Writing a value of reset(2) will force a soft restart of the SFCS without any graceful shutdown. Any active connections or services will be interrupted. other(1) -- none of the following reset(2) -- force a reset
sfcsConfigOperStatus
Indicates the current operating condition of the SFCS module. enabled(1) -- running disabled(2) -- not running other(3) -- none of the following pending-disable(4) -- shut-down in progress pending-enable(5) -- star ...
sfcsConfigOperTime
Indicates the amount of time (# of time ticks) that this SFCS module has been in its current operational state.
sfcsConfigLastChange
Indicates the last time a change was made to the configuration entry for this SFCS switch module.
sfcsConfigVersion
Indicates the current revision level of the SFCS MIB for this switch module expressed as an integer.
sfcsConfigMibRev
Indicates in textual format the current revision level of the Cabletron SFCS MIB for this switch module.
sfcsConfigSwitchHostPort
Indicates the switch port that is attached to the host.
sfcsConfigHostCtrlATMAddr
Indicates the ATM address of the host. (SAR)
sfcsConfigSwitchCapacity
Indicates the front panel bandwidth based on the hardware that is currently installed, in Mbps. (number of ports and the port type)
sfcsConfigMaxCnxEntries
Indicates the maximum number of connections which can be established on this switch module.
sfcsConfigMaxStatEntries
Indicates the maximum number of stats enabled VCs for this switch module.
sfcsConfigMaxUpcEntries
Indicates the maximum number of UPC enabled VCs for this switch module.
sfcsConfigNumberANIMS
Indicates the number of ATM Network Inteface Modules currently configured on this switch module.
sfcsConfigBwCapability
Indicates the total bandwidth capability for this switch engine expressed in Mbps.
sfcsConfigMasterClock1Source
Indicates the clocking source for MasterClock1 on each board. The write will fail if it is also currently the source of the backplane. The write will also fail if the board does not support backplane clocking.
sfcsConfigMasterClock2Source
Indicates the clocking source for MasterClock2 on each board. The write will fail if it is also currently the source of the backplane. The write will also fail if the board does not support backplane clocking.
sfcsConfigMasterClock1Standby
Indicates the clocking stand-by for MasterClock1 on each board. The write will fail if it is also currently the source of the backplane. The write will also fail if the board does not support backplane clocking. If this value is none(7) and an interrupt o ...
sfcsConfigMasterClock2Standby
Indicates the clocking stand-by for MasterClock2 on each board. The write will fail if it is also currently the source of the backplane. The write will also fail if the board does not support backplane clocking. If this value is none(7) and an interrupt o ...
sfcsStatusTable
This table contains the status information for each SFCS switch module.
sfcsStatusEntry
Each entry contains the SFCS statistics for the SFCS instance.
sfcsStatusSlotIndex
The primary index to the SFCS switch table. This identifies the chassis slot number for this SFCS module.
sfcsStatusTdmCellCount
Indicates the total number of cells being transfered across the TDM for this switch module.
sfcsStatusTdmUtilization
Indicates the percentage TDM utilization for this switch module.
sfcsStatusCurrCnxEntries
Indicates the current number of connection entries for this switch module.
sfcsStatusCurrUPCEntries
Indicates the current number of UPC entries for this switch module.
sfcsStatusCurrStatsEntries
Indicates the current number of statistics entries for this switch module.
sfcsStatusCurrCtmAgent
Indicates the current board number of the ctm agent for this switch module.
sfcsUPCTable
This table contains the Usage Parameter Control info for this SFCS module.
sfcsUPCEntry
Each entry contains the UPC data for the SFCS instance.
sfcsUPCSlotIndex
The primary index to the SFCS switch table. This identifies the slot number for this SFCS module.
sfcsUPCAdminStatus
Sets the administrative state of the SFCS module's UPC engine. enabled(1) disabled(2) other(3)
sfcsUPCOperStatus
Indicates the operational state of the SFCS module's UPC engine.
sfcsUPCReset
Resets the UPC engine for this SFCS module. other(1) reset(2)
sfcsUPCOperTime
Indicates the amount of time (# of time ticks) that the UPC engine has been active for this switch module.
sfcsStatsEngineTable
This table contains information for the Statistics engine for a particular switch module.
sfcsStatsEngineEntry
Each entry contains the statistics engine data for the SFCS module.
sfcsStatsEngineSlotIndex
The primary index to the SFCS stats engine table. This identifies the chassis slot number for this SFCS module.
sfcsStatsEngineAdminStatus
Sets the administrative state of the SFCS switch statistics engine. Writing a value of enabled(1) causes these counters to become active for this SFCS switch instance. Writing a value of disabled(2) causes these counters to become inactive for this SFCS ...
sfcsStatsEngineOperStatus
Indicates the operational state of the SFCS switch statistics engine for this switch module. enabled(1) disabled(2) other(3)
sfcsStatsEngineReset
Resets the SFCS switch counters for this SFCS module. Writing a value of reset(2) resets the SFCS switch counters to 0 and causes sfcsStatsEngineOperTime to also be reset to 0. other(1) reset(2)
sfcsStatsEngineOperTime
Indicates the amount of time (# of time ticks) that the SFCS switch statistics have been active for this switch module.
sfcsPacketDiscardEngineTable
This table contains information for the Packet Discard engine for a particular switch module.
sfcsPacketDiscardEngineEntry
Each entry contains the packet discard engine data for the SFCS module.
sfcsPacketDiscardEngineSlotIndex
The primary index to the SFCS packet discard engine table. This identifies the chassis slot number for this SFCS module.
sfcsPacketDiscardEngineAdminStatus
Sets the administrative state of the SFCS switch packet discard engine. Writing a value of enabled(1) causes these packet discard registers to become active for this SFCS switch instance. Writing a value of disabled(2) causes these packet discard regist ...
sfcsPacketDiscardEngineOperStatus
Indicates the operational state of the SFCS switch packet discard engine for this switch module. enabled(1) disabled(2) other(3)
sfcsPacketDiscardEngineReset
Resets the SFCS switch registers for this SFCS module. Writing a value of reset(2) resets the SFCS switch packet discard registers to 0 and causes sfcsPacketDiscardEngineOperTime to also be reset to 0. other(1) reset(2)
sfcsPacketDiscardEngineEPDPercentage
Sets the Early Packet Discard threshold percentage for every port, and every priority on a single blade.
sfcsPacketDiscardEngineOperTime
Indicates the amount of time (# of time ticks) that the SFCS switch packet discard engine has been active for this switch module.
sfcsANIMConfigTable
This table contains the configuration information for each SFCS ANIM instance.
sfcsANIMConfigEntry
Each entry contains the SFCS config info for the SFCS instance.
sfcsANIMConfigANIMIndex
This index specifies which ANIM we are dealing with. This reference is in the same format as MIB II's InterfaceIndex.
sfcsANIMConfigAdminStatus
Sets the administrative state of the SFCS switch ANIM. enabled(1) disabled(2) other(3)
sfcsANIMConfigOperStatus
Indicates the operational state of the SFCS switch ANIM for this SFCS ANIM instance. enabled(1) disabled(2) other(3)
sfcsANIMConfigANIMType
Indicates the type of physical interface for this ANIM. The types are described in ctron.oids
sfcsANIMConfigNumInterfaces
Indicates the number of operational interfaces for this ANIM.
sfcsANIMConfigLineRate
Indicates the line rate per port for this ANIM in Mbps.
sfcsANIMConfigToMB
This is the ANIM clock source to board.
sfcsANIMConfigMBClockSelect
This indicates the ANIM clock source.
sfcsANIMStatsTable
This table contains the statistics information for each SFCS ANIM instance.
sfcsANIMStatsEntry
Each entry contains the SFCS statistics for the SFCS instance.
sfcsANIMStatsANIMIndex
The primary index which specifies which ANIM instance we are dealing with. This index is formatted like MIB II's Interface Index.
sfcsANIMStatsRxCells
Indicates the number of cells received from this ANIM's interfaces.
sfcsANIMStatsTxCells
Indicates the number of cells transmitted from this ANIM's interfaces.
sfcsANIMPicTable
This table contains the PIC information for each SFCS ANIM instance.
sfcsANIMPicEntry
Each entry contains the SFCS PIC info for the SFCS instance.
sfcsANIMPicSlot
Specific slot which the module that realizes this PIC resides. If the PIC is associated with the chassis and not a specific module then this value will be 0.
sfcsANIMPicIndex
Uniquely identifies the instance of a PIC in a particular slot.
sfcsANIMPicLocation
Defines location of the PIC chip. This takes on any of the encoding values defined below for backplane, module, daughter board, brim.
sfcsANIMPicStatus
Provides the status of the specific PIC chip. the values are defined as follows: other(1) - firmware can not determine status present(2) - PIC seems to be functional notPresent(3) - PIC not found but expected checkSum(4) - A check sum error occured error ...
sfcsANIMPicVersion
Reflects the version of the PIC implementation that this PIC conforms to. This has the format x.yy . If non-existent, this object will be set to all blanks(ascii 32).
sfcsANIMPicModuleType
Defines the standard module type value as defined in ctron-oids.
sfcsANIMPicMfgPN
Describes the manufacturing level part number of the module associated with this PIC. This information is encoded as follows: 7 Characters Part Number 2 Characters Rework Location. If any field of this object is non-existent, it will be set to all ...
sfcsANIMPicMfgSN
Describes the manufacturing level serial number of the module associated with this PIC. This information is encoded as follows: 3 bytes - Date code (year/week) 4 bytes - Serial number 2 bytes - Manufacture location 3 bytes - Board level revision If any f ...
sfcsANIMPicMfgPartNumb
This object presents the part number portion of the ctPicMfgPN object. This object contains the same information however in a more human readable format. If non-existent, this object will be set to all blanks(ascii 32).
sfcsANIMPicMfgSerialNumb
This object presents the serial number portion of the ctPicMfgSN object. This object contains the same information however in a more human readable format. If non-existent, this object will be set to all blanks(ascii 32).
sfcsANIMPicMfgReworkLocation
The 2 character code that defines the location this module was last reworked. This object contains the same information as presented in ctPicMfgPN object however in a more human readable format. If non-existent, this object will be set to all blanks(asci ...
sfcsANIMPicMfgMfgLocation
The two character code that defines the location this module was manufactured at. This object contains the same information as presented in ctPicMfgSN object however in a more human readable format. If non-existent, this object will be set to all blanks( ...
sfcsANIMPicMfgDateCode
The 3 byte date code field when this module was last reworked. This is in year/week format. This object contains the same information as presented in ctPicMfgSN object however in a more human readable format. If non-existent, this object will be set to ...
sfcsANIMPicMfgRevisionCode
The 3 character board level revision code field of this module. This object contains the same information as presented in ctPicMfgSN object however in a more human readable format. If non-existent, this object will be set to all blanks (ascii 32).
sfcsANIMPicTLPN
Describes the top level part number of the module associated with this PIC. This information is encoded as follows: 7 Characters Part Number 2 Characters Rework Location. If any field of this object is non-existent, it will be set to all blanks(asc ...
sfcsANIMPicTLSN
Describes the top level serial number of the module associated with this PIC. This information is encoded as follows: 3 bytes - Date code (year/week) 4 bytes - Serial number 2 bytes - Manufacture location 3 bytes - Top level revision If any field of this ...
sfcsANIMPicTLPartNumb
This object presents the part number portion of the ctPicTLPN object. This object contains the same information however in a more human readable format. If non-existent, this object will be set to all blanks(ascii 32).
sfcsANIMPicTLSerialNumb
This object presents the serial number portion of the ctPicTLSN object. This object contains the same information however in a more human readable format. If non-existent, this object will be set to all blanks(ascii 32).
sfcsANIMPicTLReworkLocation
The 2 character code that defines the location this module was last reworked. This object contains the same information as presented in ctPicTLPN object however in a more human readable format. If non-existent, this object will be set to all blanks(ascii ...
sfcsANIMPicTLMfgLocation
The two character code that defines the location this module was manufactured at. This object contains the same information as presented in ctPicTLSN object however in a more human readable format. If non-existent, this object will be set to all blanks(a ...
sfcsANIMPicTLDateCode
The 3 byte date code field when this module was last reworked. This is in year/week format. This object contains the same information as presented in ctPicTLSN object however in a more human readable format. If non-existent, this object will be set to a ...
sfcsANIMPicTLRevisionCode
The 3 character top level revision code field of this module. This object contains the same information as presented in ctPicTLSN object however in a more human readable format. If non-existent, this object will be set to all blanks (ascii 32).
sfcsANIMPicTLPcbRevision
Defines the Cabletron revision of the art work for this module. If non-existent, this object will be set to all blanks(ascii 32).
sfcsANIMPicMacAddr
The base MAC address(ethernet format)assigned to the module. If this field is not used then it should have a value of a zero length string. If non-existent, this object will be set to all blanks(ascii 32).
sfcsANIMPicNumbRsvdAddrs
The number of reserved MAC addresses starting at the address as defined in ctPicMacAddr. If no MAC addresses are reserved this object should have a value of 0.
sfcsANIMPicBoardLevelRevision
Defines the Cabletron board level revision level code for this module. If non-existent, this object will be set to blanks (ascii 32).
sfcsANIMPicModuleTypeString
Describes the module associated with this PIC in a human readable format. If non-existent, this object will be set to blanks (ascii 32).
sfcsANIMPicDcDcConverterType
Describes the voltage of the installed DCDC Converter input and output lines. If the Module does not contain a DCDC Converter this object will be set to blanks (ascii 32).
sfcsANIMPicDcDcConverterInputPower
Describes the maximum allowed input power for the DCDC input line. If the Module does not contain a DCDC Converter this object will be set to blanks (ascii 32).
sfcsANIMPicSmb1PromVersion
Describes the current version of the SMB1 prom. If the Module does not contain an SMB1 prom this object will be set to blanks (ascii 32).
sfcsInterfaceConfigTable
This table contains the configuration information of each configured SFCS switch interface. If SFCS is not configured on a port, than an entry will not exist.
sfcsInterfaceConfigEntry
Each entry specifies the SFCS configuration for the SFCS switch interface for which the entry exists.
sfcsInterfaceConfigInterfaceIndex
The index which specifies which interface we are dealing with.
sfcsInterfaceConfigType
Sets the type of interface access attribute for the SFCS interfaces. Access ports allow single user or shared access and perform statisics and control; network ports are equivalent to trunk ports with no access control; host management port indicates the ...
sfcsInterfacePeakBufferUseage
An accumulated snap shot of the current peak queue depth for the configured buffer queues. This information is obtained from a read/reset register.
sfcsInterfaceConfigNumberOfQueues
Indicates the number of priority queues configured on this interface.
sfcsInterfaceConfigSigStackID
Indicates the user signalling stack ID for this interface.
sfcsInterfaceConfigClockingSource
The interface clocking source.
sfcsInterfaceStatsTable
This table contains the cell counts for each SFCS switch interface.
sfcsInterfaceStatsEntry
Specifies the SFCS cell counts for the SFCS interface for which this entry exists.
sfcsInterfaceStatsInterfaceIndex
The index which specifies which interface we are dealing with.
sfcsInterfaceStatsRxErrors
Indicates the number of receive path lookup invalid and out of range errors.
sfcsInterfaceStatsVPILookupInvalidErrors
Indicates the number of VPI lookup invalid and out of range errors.
sfcsInterfaceStatsRxCnxLookupInvalidErrors
Indicates the number of receive connection lookup invalid errors.
sfcsInterfaceStatsRxCellCnt
Indicates the number of receive cells on this interface.
sfcsInterfaceStatsTxCellCnt
Indicates the number of transmit cells on this interface.
sfcsInterfaceStatsOverflowDropCellCnt
Indicates the number of cells that were dropped due to queue overflows.
sfcsQueueConfigTable
This table contains the configuration information for all queues on the SFCS.
sfcsQueueConfigEntry
Each entry specifies the queue information for the SFCS switch for which the entry exists.
sfcsQueueConfigInterfaceIndex
The index which specifies which interface we are dealing with.
sfcsQueueConfigQueueIndex
The index which specifies which transmit queue we are dealing with.
sfcsQueueConfigQueueSize
Indicates the size of the transmit queue for this queue instance.
sfcsQueueConfigQueueBandwidth
Indicates the percentage of this interface's bandwidth utilized by this particular queue.
sfcsQueueConfigClpDropThreshold
Indicates the queue level to start dropping CLP=1 cells for this queue. This level is expressed as the percentage of this queue's size.
sfcsQueueConfigCongestionThreshold
Indicates the level to consider this queue congested. This level is expressed as the percentage of this queue's size.
sfcsQueueConfigEFCILowThreshold
Indicates the lower threshold used for EFCI for this queue instance. This level is expressed as the percentage of this queue's size.
sfcsQueueConfigRMThreshold
Indicates the remote management queue threshold expressed as a percentage of the queue's size. When this level is hit, a management message is sent to the sender notifying it to slow down.
sfcsQueueConfigEPDThreshold
Indicates the Early Packet Discard threshold expressed as a percentage of the queue's size. When this level is exceeded the Transmit ASIC starts to drop all cells entering this queue.
sfcsQueueStatsTable
This table contains the statistics information for all queues on the SFCS.
sfcsQueueStatsEntry
Each entry specifies the queue information for the SFCS switch for which the entry exists.
sfcsQueueStatsInterfaceIndex
The index which specifies which interface we are dealing with.
sfcsQueueStatsQueue
The index which specifies which queue we are dealing with.
sfcsQueueStatsTxClpCellsDiscarded
Indicates the number of cells with CLP=1 that were discarded for this queue instance.
sfcsQueueStatsTxCellsDropped
Indicates the number of cells that overflowed the buffer for this queue instance.
sfcsQueueStatsQueuePeakLevel
Indicates the peak level since last read for this queue instance.
sfcsQueueStatsTxCellCnt
Indicates the transmit cell count on a per queue basis. A value of zero indicates not available
sfcsCnxCfgTable
This table contains the connection configuration information.
sfcsCnxCfgEntry
Each entry specifies the connection configuration information for the SFCS switch connection instance.
sfcsCnxCfgCrossConnectIndex
A unique value to identify this cross-connect.
sfcsCnxCfgCrossConnectLowIfIndex
The value of this object is equal to the low MIB II IfIndex value of the ATM interface port for this cross-connect.
sfcsCnxCfgCrossConnectLowVpi
The value of this object is equal to the low VPI value at the ATM interface associated with the cross-connect that is identified by sfcsCnxCfgCrossConnectIndex.
sfcsCnxCfgCrossConnectLowVci
The value of this object is equal to the low VCI value at the ATM interface associated with this cross-connect that is identified by sfcsCnxCfgCrossConnectIndex.
sfcsCnxCfgCrossConnectHighIfIndex
The value of this object is equal to the high MIB II IfIndex value of the ATM interface port for this cross-connect.
sfcsCnxCfgCrossConnectHighVpi
The value of this object is equal to the high VPI value at the ATM interface associated with the cross-connect that is identified by sfcsCnxCfgCrossConnectIndex.
sfcsCnxCfgCrossConnectHighVci
The value of this object is equal to the high VCI value at the ATM interface associated with this cross-connect that is identified by sfcsCnxCfgCrossConnectIndex.
sfcsCnxCfgType
Indicates the connection type for this VC. point-to-point-vpl(1) point-to-mpoint-vpl(2) mpoint-to-mpoint-vpl(3) point-to-point-vcl(4) point-to-mpoint-vcl(5) mpoint-to-mpoint-vcl(6)
sfcsCnxCfgTmType
Indicates the type of traffic management used on this VC. other (1) efci (2) er (3)
sfcsCnxCfgUPCEnable
Indicates whether or not UPC policing is enabled on this VC. A VC can be bi-directional or uni-directional. Due to this, the UPC bit is a masking based on directionality. Where direction is in terms of high interface (H) and low interface (L). (Where not ...
sfcsCnxCfgStatsEnable
Indicates whether statistics will be kept on this VC. enabled(1) disabled(2) other(3)
sfcsCnxCfgStatsTableCounterSizes
Indicates the size of the drop counter for this VC. thirtytwobittagcounter (1) thirtytwobitdropcounter (2) sixteenbiteachcounter (3)
sfcsCnxCfgOwner
Indicates the owner of this cross connect. other(1) own(2) dontown(3)
sfcsCnxStatsTable
This table contains the connection configuration information.
sfcsCnxStatsEntry
Each entry specifies the connection statistics information for the SFCS switch connection instance.
sfcsCnxStatsCrossConnectIndex
A unique value to identify this cross-connect.
sfcsCnxStatsCrossConnectLowIfIndex
The value of this object is equal to the low MIB II IfIndex value of the ATM interface port for this cross-connect.
sfcsCnxStatsCrossConnectLowVpi
The value of this object is equal to the low VPI value at the ATM interface associated with the cross-connect that is identified by sfcsCnxStatsCrossConnectIndex.
sfcsCnxStatsCrossConnectLowVci
The value of this object is equal to the low VCI value at the ATM interface associated with this cross-connect that is identified by sfcsCnxStatsCrossConnectIndex.
sfcsCnxStatsCrossConnectHighIfIndex
The value of this object is equal to the high MIB II IfIndex value of the ATM interface port for this cross-connect.
sfcsCnxStatsCrossConnectHighVpi
The value of this object is equal to the high VPI value at the ATM interface associated with the cross-connect that is identified by sfcsCnxStatsCrossConnectIndex.
sfcsCnxStatsCrossConnectHighVci
The value of this object is equal to the high VCI value at the ATM interface associated with this cross-connect that is identified by sfcsCnxStatsCrossConnectIndex.
sfcsCnxStatsLoToHiHTxCells
Indicates the transmitted cell count for this connection. This entry specifies the count from the low port/vpi/vci to the high port/vpi/vci
sfcsCnxStatsLoToHiDroppedCells
Indicates the dropped cell count for this connection instance. This entry specifies the count from the low port/vpi/vci to the high port/vpi/vci.
sfcsCnxStatsLoToHiTaggedCells
Indicates the tagged cell count for this connection instance. This entry specifies the count from the low port/vpi/vci to the high port/vpi/vci.
sfcsCnxStatsHiToLoHTxCells
Indicates the transmitted cell count for this connection. This entry specifies the count from the high port/vpi/vci to the low port/vpi/vci
sfcsCnxStatsHiToLoDroppedCells
Indicates the dropped cell count for this connection instance. This entry specifies the count from the high port/vpi/vci to the low port/vpi/vci.
sfcsCnxStatsHiToLoTaggedCells
Indicates the tagged cell count for this connection instance. This entry specifies the count from the high port/vpi/vci to the low port/vpi/vci.
sfcsCnxErrorTable
This table contains the connection error information supplied by the atmAPI mib.
sfcsCnxErrorEntry
A list of VCC connection request failures. This table is indexed the same way as the atmVcCrossConnectTable in the AToM mib.
sfcsCnxErrorCode
Specifies the error reason for failure of the connection setup. 01 fatal_error 02 moe_table_out_of_range 03 moe_mem_not_allocated 04 mem_fetch_double_reqst 05 lo_port_invalid 06 lo_port_locked 07 lo_vpi_invalid 08 lo_vci_invalid 09 hi_port_invalid 10 hi_p ...
sfcsCnxErrorTimeStamp
Indicates the value of the sysUpTime when this connection request failed. We will support this field only if the element management uses this table.
sfcsCnxErrorRowStatus
The administrative control of this entry. The owner could delete this entry after reading it, to prevent this table from growing too big. other (1) inactive (2) active (3) delete (4)
sfcsCnxAPIEntry
The connection API leaf provides a method for contool for creating PVCs. This always returns a value of 0. ::= { sfcsConnectionAPI 1 } -- The SFCS Switch CTM Group SYNTAX SEQUENCE OF SfcsCTMInterfaceConfigEntry ACCESS not-accessible STATUS mandatory D ...
sfcsCTMInterfaceConfigEntry
Each entry specifies the SFCS configuration for the SFCS switch interface for which the entry exists.
sfcsCTMInterfaceConfigInterfaceIndex
The index which specifies which interface we are dealing with.
sfcsCTMInterfaceConfigType
Sets the type of interface access attribute for the SFCS interfaces. Access ports allow single user or shared access and perform statisics and control; network ports are equivalent to trunk ports with no access control; host management port indicates the ...
sfcsCTMInterfaceConfigNumberOfQueues
Indicates the number of priority queues configured on this interface.
sfcsCTMInterfaceConfigSigStackID
Indicates the user signalling stack ID for this interface.
sfcsCTMInterfaceConfigClocking
The anim clocking source. one - use the generated-transmit-clock two - use the channel-recovered-clock three - use the system-master-clock four - option not supported by this interface
sfcsCTMInterfaceConfigNextVPI
Indicates the next vpi for this interface.
sfcsCTMInterfaceConfigNextVCI
Indicates the next vci for this interface.
sfcsCTMInterfaceStatsTable
This table contains the cell counts for each SFCS switch interface.
sfcsCTMInterfaceStatsEntry
Specifies the SFCS cell counts for the SFCS interface for which this entry exists.
sfcsCTMInterfaceStatsInterfaceIndex
The index which specifies which interface we are dealing with.
sfcsCTMInterfaceStatsRxErrors
Indicates the number of receive path lookup invalid and out of range errors.
sfcsCTMInterfaceStatsVPILookupInvalidErrors
Indicates the number of VPI lookup invalid and out of range errors.
sfcsCTMInterfaceStatsRxCnxLookupInvalidErrors
Indicates the number of receive connection lookup invalid errors.
sfcsCTMInterfaceStatsRxCellCnt
Indicates the number of receive cells on this interface.
sfcsCTMInterfaceStatsTxCellCnt
Indicates the number of transmit cells on this interface.
sfcsCTMInterfaceStatsOverflowDropCellCnt
Indicates the number of cells that were dropped due to queue overflows.
sfcsCTMQueueConfigTable
This table contains the configuration information for all queues on the SFCS.
sfcsCTMQueueConfigEntry
Each entry specifies the queue information for the SFCS switch for which the entry exists.
sfcsCTMQueueConfigInterfaceIndex
The index which specifies which interface we are dealing with.
sfcsCTMQueueConfigQueueIndex
The index which specifies which transmit queue we are dealing with.
sfcsCTMQueueConfigQueueSize
Indicates the size of the transmit queue for this queue instance.
sfcsCTMQueueConfigQueueBandwidth
Indicates the percentage of this interface's bandwidth utilized by this particular queue.
sfcsCTMQueueConfigClpDropThreshold
Indicates the queue level to start dropping CLP=1 cells for this queue. This level is expressed as the percentage of this queue's size.
sfcsCTMQueueConfigCongestionThreshold
Indicates the level to consider this queue congested. This level is expressed as the percentage of this queue's size.
sfcsCTMQueueConfigEFCILowThreshold
Indicates the lower threshold used for EFCI for this queue instance. This level is expressed as the percentage of this queue's size.
sfcsCTMQueueConfigRMThreshold
Indicates the remote management queue threshold expressed as a percentage of the queue's size. When this level is hit, a management message is sent to the sender notifying it to slow down.
sfcsCTMQueueStatsTable
This table contains the statistics information for all queues on the SFCS.
sfcsCTMQueueStatsEntry
Each entry specifies the queue information for the SFCS switch for which the entry exists.
sfcsCTMQueueStatsInterfaceIndex
The index which specifies which interface we are dealing with.
sfcsCTMQueueStatsQueue
The index which specifies which queue we are dealing with.
sfcsCTMQueueStatsTxClpCellsDiscarded
Indicates the number of cells with CLP=1 that were discarded for this queue instance.
sfcsCTMQueueStatsTxCellsDropped
Indicates the number of cells that overflowed the buffer for this queue instance.
sfcsCTMQueueStatsQueuePeakLevel
Indicates the peak level since last read for this queue instance.
sfcsCTMQueueStatsTxCellCnt
Indicates the transmit cell count on a per queue basis. A value of zero indicates not available
sfcsBwNimsTable
This table contains the Nim Oid and the Nim Administrative Status reading functions.
sfcsBwNimsEntry
Each entry contains a Nim Oid and the Nim Administrative Status.
sfcsBwNimsIndex
This index specifies which NIM we are dealing with. This reference is in the same format as MIB II's Interface index.
sfcsBwNimsAdminStatus
Indicates the administrative status of this Nim. 10 - Active 20 - Inactive
sfcsBWNimsBuffCount
The number of transmit buffers for this NIM
sfcsBWNimsPortCount
The number of ports for this NIM
sfcsBWNimsPrioCount
The number of priority queues for this NIM
sfcsBwPortsTable
This table contains the Port Oid, Port Administrative Status and the forward/reverse physical bandwidth reading functions.
sfcsBwPortsEntry
Each entry contains the Port Oid, Port Administrative Status and the forward/reverse physical bandwidth.
sfcsBwPortsIndex
This index specifies which Port we are dealing with. This reference is in the same format as MIB II's Interface index.
sfcsBwPortsAdminStatus
Indicates the administrative status of this Port. 10 - Active 20 - Inactive
sfcsBwPortsPhysBwFwd
This is the forward physical bandwidth of the port in cells/sec.
sfcsBwPortsPhysBwRev
This is the reverse physical bandwidth of the port in cells/sec.
sfcsBwPortsZone
The range of the current bw operational point for this port. If a value has never been set the value will be -1.
sfcsBwPortsMetric
The current bw operational point for this port. If a value has never been set the value will be -1.
sfcsBwPortPoolLimitsTable
This table contains
sfcsBwPortPoolLimitsEntry
Each entry contains
sfcsBwPortPoolLimitsIndex
This index specifies which Port we are dealing with. This reference is in the same format as MIB II's Interface index.
sfcsBwPortPoolLimitsPoolIndex
This index specifies which Pool within Port we are dealing with. This reference is in the same format as MIB II's Interface index.
sfcsBwPortPoolLimitsMaxAllocBwFwd
Upper Limit for BW to be allocated forward direction. It is defaulted to the physical BW and is set by administrative action. Can't be set to a value greater than physical BW
sfcsBwPortPoolLimitsMaxAllocBwRev
Upper Limit for BW to be allocated reverse direction. It is defaulted to the physical BW and is set by administrative action. Can't be set to a value greater than physical BW
sfcsBwPortPoolLimitsBwAllocStrat
Determines which of 3 sets of formulas will be used for computing the amount of variable bandwidth to be allocated. Conservative allocates the full amount of variable bandwidth, Moderate allocates approximately half of the variable bandwidth, Liberal supp ...
sfcsBwPortPoolLimitsBwConstant
A ratio used in formulas for computing the amount of variable bandwidth to be allocated. Valid values are 1-255 which is the numerator of a fraction whose fixed denominator is 256. Thus the value 255 is really 255/256 the most conservative value; the valu ...
sfcsBwPortPoolLimitsCBRLimitFwd
A ratio used in allocating the allocatable bandwidth among the various Service classes. This value is the amount of the overall allocatable bw that can be allocated to CBR. The values are 1-255. For a more detailed description of value useage see sfcsBwPo ...
sfcsBwPortPoolLimitsCBRLimitRev
A ratio used in allocating the allocatable bandwidth among the various Service classes. This value is the amount of the overall allocatable bw that can be allocated to CBR. The values are 1-255. For a more detailed description of value useage see sfcsBwPo ...
sfcsBwPortPoolLimitsABRLimitFwd
A ratio used in allocating the allocatable bandwidth among the various Service classes. This value is the amount of the overall allocatable bw that can be allocated to ABR. The values are 1-255. For a more detailed description of value useage see sfcsBwPo ...
sfcsBwPortPoolLimitsABRLimitRev
A ratio used in allocating the allocatable bandwidth among the various Service classes. This value is the amount of the overall allocatable bw that can be allocated to ABR. The values are 1-255. For a more detailed description of value useage see sfcsBwPo ...
sfcsBwPortPoolLimitsVBRLimitFwd
A ratio used in allocating the allocatable bandwidth among the various Service classes. This value is the amount of the overall allocatable bw that can be allocated to VBR. The values are 1-255. For a more detailed description of value useage see sfcsBwPo ...
sfcsBwPortPoolLimitsVBRLimitRev
A ratio used in allocating the allocatable bandwidth among the various Service classes. This value is the amount of the overall allocatable bw that can be allocated to VBR. The values are 1-255. For a more detailed description of value useage see sfcsBwPo ...
sfcsBwPortPoolLimitsUBRLimitFwd
A ratio used in allocating the allocatable bandwidth among the various Service classes. This value is the amount of the overall allocatable bw that can be allocated to UBR. The values are 1-255. For a more detailed description of value useage see sfcsBwPo ...
sfcsBwPortPoolLimitsUBRLimitRev
A ratio used in allocating the allocatable bandwidth among the various Service classes. This value is the amount of the overall allocatable bw that can be allocated to UBR. The values are 1-255. For a more detailed description of value useage see sfcsBwPo ...
sfcsBwPortPoolLimitsUBRConnLimitFwd
A Limit to the number of UBR connections which can be established through this port. The limit applies to both user connections and management connections. The default is no limit. (If it has never been set, the value will be -1.)
sfcsBwPortPoolLimitsUBRConnLimitRev
A Limit to the number of UBR connections which can be established through this port. The limit applies to both user connections and management connections. The default is no limit. (If it has never been set, the value will be -1.)
sfcsBwPortPoolStatTable
This table contains
sfcsBwPortPoolStatEntry
Each entry contains
sfcsBwPortPoolStatsIndex
This index specifies which Port we are dealing with. This reference is in the same format as MIB II's Interface index.
sfcsBwPortPoolStatsPoolIndex
This index specifies which Pool within Port we are dealing with. This reference is in the same format as MIB II's Interface index.
sfcsBwPortPoolStatConnCntFwd
The current total number of calls in the forward direction.
sfcsBwPortPoolStatConnCntRev
The current total number of calls in the reverse direction.
sfcsBwPortPoolStatAllocBwFwd
The current amount of allocated Bw in the forward direction.
sfcsBwPortPoolStatAllocBwRev
The current amount of allocated Bw in the reverse direction.
sfcsBwPortPoolStatAvailBwFwd
The current amount of available Bw in the forward direction.
sfcsBwPortPoolStatAvailBwRev
The current amount of available Bw in the reverse direction.
sfcsBwPortPoolStatPeakBwFwd
The peak amount of allocated Bw in the forward direction since the port was initialized OR the switch was reset.
sfcsBwPortPoolStatPeakBwRev
The peak amount of allocated Bw in the reverse direction since the port was initialized OR the switch was reset.
sfcsBwPortPoolStatRejConnFwd
The number of connections which were rejected because of insufficient forward bandwidth since the port was initialized or the switch was reset last.
sfcsBwPortPoolStatRejConnRev
The number of connections which were rejected because of insufficient reverse bandwidth since the port was initialized or the switch was reset last.
sfcsBwPortPoolStatPrevAdverMAXCRFwd
The amount of physical forward BW reported to PNNI in the latest reporting period.
sfcsBwPortPoolStatPrevAdverMAXCRRev
The amount of physical reverse BW reported to PNNI in the latest reporting period.
sfcsBwPortPoolStatPrevAdverAvailCRFwd
The amount of avail forward BW reported to PNNI in the latest reporting period.
sfcsBwPortPoolStatPrevAdverAvailCRRev
The amount of avail reverse BW reported to PNNI in the latest reporting period.
sfcsBwPortPoolStatCBRConnCntFwd
The number of currently established CBR connections for the forward direction.
sfcsBwPortPoolStatCBRConnCntRev
The number of currently established CBR connections for the reverse direction.
sfcsBwPortPoolStatCBRConnRejFwd
The number of CBR forward connections rejected since the port was initialized or the switch was reset last.
sfcsBwPortPoolStatCBRConnRejRev
The number of CBR reverse connections rejected since the port was initialized or the switch was reset last.
sfcsBwPortPoolStatCBRAllocBwFwd
The amount of forward allocated Bw that is CBR service class.
sfcsBwPortPoolStatCBRAllocBwRev
The amount of reverse allocated Bw that is CBR service class.
sfcsBwPortPoolStatCBRAggPCRFwd
The aggregated forward PCR for all established CBR connections.
sfcsBwPortPoolStatCBRAggPCRRev
The aggregated reverse PCR for all established CBR connections.
sfcsBwPortPoolStatCBRPrevAdverMAXCTD
The maxCTD for the forward direction reported to PNNI for the last update period for CBR service class.
sfcsBwPortPoolStatCBRPrevAdverCDV
The CDV for the forward direction reported to PNNI for the last update period for CBR service class.
sfcsBwPortPoolStatABRConnCntFwd
The number of currently established ABR connections for the forward direction.
sfcsBwPortPoolStatABRConnCntRev
The number of currently established ABR connections for the reverse direction.
sfcsBwPortPoolStatABRConnRejFwd
The number of ABR forward connections rejected since the port was initialized or the switch was reset last.
sfcsBwPortPoolStatABRConnRejRev
The number of ABR reverse connections rejected since the port was initialized or the switch was reset last.
sfcsBwPortPoolStatABRAllocBwFwd
The amount of forward allocated Bw that is ABR service class.
sfcsBwPortPoolStatABRAllocBwRev
The amount of reverse allocated Bw that is ABR service class.
sfcsBwPortPoolStatABRAggPCRFwd
The aggregated forward PCR for all established ABR connections.
sfcsBwPortPoolStatABRAggPCRRev
The aggregated reverse PCR for all established ABR connections.
sfcsBwPortPoolStatABRPrevAdverMAXCTD
The maxCTD for the forward direction reported to PNNI for the last update period for ABR service class.
sfcsBwPortPoolStatABRPrevAdverCDV
The CDV for the forward direction reported to PNNI for the last update period for ABR service class.
sfcsBwPortPoolStatVBRConnCntFwd
The number of currently established VBR connections for the forward direction.
sfcsBwPortPoolStatVBRConnCntRev
The number of currently established VBR connections for the reverse direction.
sfcsBwPortPoolStatVBRConnRejFwd
The number of VBR forward connections rejected since the port was initialized or the switch was reset last.
sfcsBwPortPoolStatVBRConnRejRev
The number of VBR reverse connections rejected since the port was initialized or the switch was reset last.
sfcsBwPortPoolStatVBRAllocBwFwd
The amount of forward allocated Bw that is VBR service class.
sfcsBwPortPoolStatVBRAllocBwRev
The amount of reverse allocated Bw that is VBR service class.
sfcsBwPortPoolStatVBRAggPCRFwd
The aggregated forward PCR for all established VBR connections.
sfcsBwPortPoolStatVBRAggPCRRev
The aggregated reverse PCR for all established VBR connections.
sfcsBwPortPoolStatVBRPrevAdverMAXCTD
The maxCTD for the forward direction reported to PNNI for the last update period for VBR service class.
sfcsBwPortPoolStatVBRPrevAdverCDV
The CDV for the forward direction reported to PNNI for the last update period for VBR service class.
sfcsBwPortPoolStatUBRConnCntFwd
The number of currently established UBR connections for the forward direction.
sfcsBwPortPoolStatUBRConnCntRev
The number of currently established UBR connections for the reverse direction.
sfcsBwPortPoolStatUBRConnRejFwd
The number of UBR forward connections rejected since the port was initialized or the switch was reset last.
sfcsBwPortPoolStatUBRConnRejRev
The number of UBR reverse connections rejected since the port was initialized or the switch was reset last.
sfcsBwPortPoolStatUBRAllocBwFwd
The amount of forward allocated Bw that is UBR service class.
sfcsBwPortPoolStatUBRAllocBwRev
The amount of reverse allocated Bw that is UBR service class.
sfcsBwPortPoolStatUBRAggPCRFwd
The aggregated forward PCR for all established UBR connections.
sfcsBwPortPoolStatUBRAggPCRRev
The aggregated reverse PCR for all established UBR connections.
sfcsBwPortPoolStatUBRPrevAdverMAXCTD
The maxCTD for the forward direction reported to PNNI for the last update period for UBR service class.
sfcsBwPortPoolStatUBRPrevAdverCDV
The CDV for the forward direction reported to PNNI for the last update period for UBR service class.
sfcsBwPortPoolTrapMgmtTable
This table contains
sfcsBwPortPoolTrapMgmtEntry
Each entry contains
sfcsBwPortPoolTrapMgmtIndex
This index specifies which Port we are dealing with. This reference is in the same format as MIB II's Interface index.
sfcsBwPortPoolTrapMgmtPoolIndex
This index specifies which Pool within Port we are dealing with. This reference is in the same format as MIB II's Interface index. (If it has never been set, the value will be -1.)
sfcsBwPortPoolTrapMgmtAllocBwTholdHiFwd
The upper threshold for the Alloc BW fwd trap. When an allocation causes the currently allocated bw to exceed this value the trap is generated. (If it has never been set, the value will be -1.)
sfcsBwPortPoolTrapMgmtAllocBwTholdHiRev
The upper threshold for the Alloc BW rev trap. When an allocation causes the currently allocated bw to exceed this value the trap is generated. (If it has never been set, the value will be -1.)
sfcsBwPortPoolTrapMgmtAllocBwTholdLoFwd
The lower threshold for the Alloc BW fwd trap. When an allocation causes the currently allocated bw be below this value the trap is generated. (If it has never been set, the value will be -1.)
sfcsBwPortPoolTrapMgmtAllocBwTholdLoRev
The lower threshold for the Alloc BW rev trap. When an allocation causes the currently allocated bw be below this value the trap is generated. (If it has never been set, the value will be -1.)
sfcsBwPortPoolTrapMgmtPeakBwTholdFwd
The upper threshold for the Peak BW fwd trap. When an allocation causes the allocated BW to exceed this value the trap is generated. (If it has never been set, the value will be -1.)
sfcsBwPortPoolTrapMgmtPeakBwTholdRev
The upper threshold for the Peak BW rev trap. When an allocation causes the allocated BW to exceed this value the trap is generated. (If it has never been set, the value will be -1.)
sfcsBwPortPoolTrapMgmtHoldDownTime
The time between traps of the same type. If a trap of a particular type is generated for a particular port, another of that type for that port will not be generated until the hold down time has expired. (If it has never been set, the value will be -1.)
sfcsBwPortPoolTrapMgmtCBRConnCntTholdHiFwd
The upper threshold for the CBR connection count Fwd trap. When an allocation causes the CBR connection count to exceed this value, the trap is generated. (If it has never been set, the value will be -1.)
sfcsBwPortPoolTrapMgmtCBRConnCntTholdHiRev
The upper threshold for the CBR connection count Rev trap. When an allocation causes the CBR connection count to exceed this value, the trap is generated. (If it has never been set, the value will be -1.)
sfcsBwPortPoolTrapMgmtCBRConnCntTholdLoFwd
The lower threshold for the CBR connection count Fwd trap. When an allocation causes the CBR connection count to fall below this value, the trap is generated. (If it has never been set, the value will be -1.)
sfcsBwPortPoolTrapMgmtCBRConnCntTholdLoRev
The lower threshold for the CBR connection count Rev trap. When an allocation causes the CBR connection count to fall below this value, the trap is generated. (If it has never been set, the value will be -1.)
sfcsBwPortPoolTrapMgmtCBRAllocBwTholdHiFwd
The upper threshold for the CBR Allocated Bw Fwd trap. When an allocation causes the CBR Allocated Bw to exceed this value, the trap is generated. (If it has never been set, the value will be -1.)
sfcsBwPortPoolTrapMgmtCBRAllocBwTholdHiRev
The upper threshold for the CBR connection count Rev trap. When an allocation causes the CBR connection count to exceed this value, the trap is generated. (If it has never been set, the value will be -1.)
sfcsBwPortPoolTrapMgmtCBRAllocBwTholdLoFwd
The lower threshold for the CBR Allocated Bw Fwd trap. When an allocation causes the CBR Allocated Bw to fall below this value, the trap is generated. (If it has never been set, the value will be -1.)
sfcsBwPortPoolTrapMgmtCBRAllocBwTholdLoRev
The lower threshold for the CBR Allocated Bw Rev trap. When an allocation causes the CBR Allocated Bw to fall below this value, the trap is generated. (If it has never been set, the value will be -1.)
sfcsBwPortPoolTrapMgmtABRConnCntTholdHiFwd
The upper threshold for the ABR connection count Fwd trap. When an allocation causes the ABR connection count to exceed this value, the trap is generated. (If it has never been set, the value will be -1.)
sfcsBwPortPoolTrapMgmtABRConnCntTholdHiRev
The upper threshold for the ABR connection count Rev trap. When an allocation causes the ABR connection count to exceed this value, the trap is generated. (If it has never been set, the value will be -1.)
sfcsBwPortPoolTrapMgmtABRConnCntTholdLoFwd
The lower threshold for the ABR connection count Fwd trap. When an allocation causes the ABR connection count to fall below this value, the trap is generated. (If it has never been set, the value will be -1.)
sfcsBwPortPoolTrapMgmtABRConnCntTholdLoRev
The lower threshold for the ABR connection count Rev trap. When an allocation causes the ABR connection count to fall below this value, the trap is generated. (If it has never been set, the value will be -1.)
sfcsBwPortPoolTrapMgmtABRAllocBwTholdHiFwd
The upper threshold for the ABR Allocated Bw Fwd trap. When an allocation causes the ABR Allocated Bw to exceed this value, the trap is generated. (If it has never been set, the value will be -1.)
sfcsBwPortPoolTrapMgmtABRAllocBwTholdHiRev
The upper threshold for the ABR Allocated Bw Rev trap. When an allocation causes the ABR Allocated Bw to exceed this value, the trap is generated. (If it has never been set, the value will be -1.)
sfcsBwPortPoolTrapMgmtABRAllocBwTholdLoFwd
The lower threshold for the ABR Allocated Bw Fwd trap. When an allocation causes the ABR Allocated Bw to fall below this value, the trap is generated. (If it has never been set, the value will be -1.)
sfcsBwPortPoolTrapMgmtABRAllocBwTholdLoRev
The lower threshold for the ABR Allocated Bw Rev trap. When an allocation causes the ABR Allocated Bw to fall below this value, the trap is generated. (If it has never been set, the value will be -1.)
sfcsBwPortPoolTrapMgmtVBRConnCntTholdHiFwd
The upper threshold for the VBR connection count Fwd trap. When an allocation causes the VBR connection count to exceed this value, the trap is generated. (If it has never been set, the value will be -1.)
sfcsBwPortPoolTrapMgmtVBRConnCntTholdHiRev
The upper threshold for the VBR connection count Rev trap. When an allocation causes the VBR connection count to exceed this value, the trap is generated. (If it has never been set, the value will be -1.)
sfcsBwPortPoolTrapMgmtVBRConnCntTholdLoFwd
The lower threshold for the VBR connection count Fwd trap. When an allocation causes the VBR connection count to fall below this value, the trap is generated. (If it has never been set, the value will be -1.)
sfcsBwPortPoolTrapMgmtVBRConnCntTholdLoRev
The lower threshold for the VBR connection count Rev trap. When an allocation causes the VBR connection count to fall below this value, the trap is generated. (If it has never been set, the value will be -1.)
sfcsBwPortPoolTrapMgmtVBRAllocBwTholdHiFwd
The upper threshold for the VBR Allocated Bw Fwd trap. When an allocation causes the VBR Allocated Bw to exceed this value, the trap is generated. (If it has never been set, the value will be -1.)
sfcsBwPortPoolTrapMgmtVBRAllocBwTholdHiRev
The upper threshold for the VBR Allocated Bw Rev trap. When an allocation causes the VBR Allocated Bw to exceed this value, the trap is generated. (If it has never been set, the value will be -1.)
sfcsBwPortPoolTrapMgmtVBRAllocBwTholdLoFwd
The lower threshold for the VBR Allocated Bw Fwd trap. When an allocation causes the VBR Allocated Bw to fall below this value, the trap is generated. (If it has never been set, the value will be -1.)
sfcsBwPortPoolTrapMgmtVBRAllocBwTholdLoRev
The lower threshold for the VBR Allocated Bw Rev trap. When an allocation causes the VBR Allocated Bw to fall below this value, the trap is generated. (If it has never been set, the value will be -1.)
sfcsBwPortPoolTrapMgmtUBRConnCntTholdHiFwd
The upper threshold for the UBR connection count Fwd trap. When an allocation causes the UBR connection count to exceed this value, the trap is generated. (If it has never been set, the value will be -1.)
sfcsBwPortPoolTrapMgmtUBRConnCntTholdHiRev
The upper threshold for the UBR connection count Rev trap. When an allocation causes the UBR connection count to exceed this value, the trap is generated. (If it has never been set, the value will be -1.)
sfcsBwPortPoolTrapMgmtUBRConnCntTholdLoFwd
The lower threshold for the UBR connection count Fwd trap. When an allocation causes the UBR connection count to fall below this value, the trap is generated. (If it has never been set, the value will be -1.)
sfcsBwPortPoolTrapMgmtUBRConnCntTholdLoRev
The lower threshold for the UBR connection count Rev trap. When an allocation causes the UBR connection count to fall below this value, the trap is generated. (If it has never been set, the value will be -1.)
sfcsBwPortPoolTrapMgmtUBRAllocBwTholdHiFwd
The upper threshold for the UBR Allocated Bw Fwd trap. When an allocation causes the UBR Allocated Bw to exceed this value, the trap is generated. (If it has never been set, the value will be -1.)
sfcsBwPortPoolTrapMgmtUBRAllocBwTholdHiRev
The upper threshold for the UBR Allocated Bw Rev trap. When an allocation causes the UBR Allocated Bw to exceed this value, the trap is generated. (If it has never been set, the value will be -1.)
sfcsBwPortPoolTrapMgmtUBRAllocBwTholdLoFwd
The lower threshold for the UBR Allocated Bw Fwd trap. When an allocation causes the UBR Allocated Bw to fall below this value, the trap is generated. (If it has never been set, the value will be -1.)
sfcsBwPortPoolTrapMgmtUBRAllocBwTholdLoRev
The lower threshold for the UBR Allocated Bw Rev trap. When an allocation causes the UBR Allocated Bw to fall below this value, the trap is generated. (If it has never been set, the value will be -1.)
sfcsBWPortPoolTrapMgmtBuffUpThold
The upper threshold for buffer allocation trap .
sfcsBWPortPoolTrapMgmtBuffLoThold
The lower threshold for buffer allocation trap .
sfcsBWPortPoolTrapMgmtConnRejThold
The lower threshold for conn rejects trap .
sfcsBuffPrioTable
This table contains the rows of all the buffer pools.
sfcsBuffPrioEntry
Each entry contains the rows of all the buffer pools.
sfcsBuffPrioPortIndex
This index specifies which port we are dealing with. This reference is in the same format as MIB II's Interface index.
sfcsBuffPrioPriority
This index specifies which priority we are dealing with.
sfcsBuffPrioAssignCtl
The status of how assignment is controlled. Static,Manual,Adaptive.
sfcsBuffPrioMinCtl
The minimum number of cells which can be assigned to this port/prioity.
sfcsBuffPrioAssigned
The number of cells which are currently assigned to this port/priority.
sfcsBuffPrioAllocated
The number of assigned cells which are currently allocated to VCs for this port/priority.
sfcsBuffPrioAvailable
The number of assigned cells which are free to be allocated.
sfcsBuffPrioPeakAlloc
The peak number of cells which have been allocated to this port/priority.
sfcsBuffPrioConnRejs
The number of connections rejected because of a lack of buffers.
sfcsBuffPrioUpTholdTrap
The upper threshold of allocations to trigger an upper thold trap.
sfcsBuffPrioLoTholdTrap
The lower threshold of allocations to trigger a lower thold trap.
sfcsBuffPrioConnRejThold
The lower threshold of conn rejects trap because of inadequate buffers.
sfcsProxyConfigTable
This table contains the config info and a port reading function.
sfcsProxyConfigEntry
Each entry contains ANIM Proxy config info or a function.
sfcsProxyConfigANIMIndex
This index specifies which ANIM Proxy we are dealing with. This reference is in the same format as MIB II's Interface index.
sfcsProxyConfigNUMPORTS
Indicates the number of ports per Proxy which is always 4.
sfcsProxyConfigTxMemSize
Indicates the size of the port's Transmission memory in K. The memory size is always 1K.
sfcsProxyConfigRxMaxPduSize
Indicates the size of the port's Transmission memory in K. The memory size is always 1K.
sfcsProxyConfigBandWidth
Indicates the bandwidth for the port, which is ?????
sfcsProxyConfigTransmitDone
Checks if the Transmission has finished.
sfcsProxyConfigReceiveFifoState
Checks if the port's receive Fifo is full or not.
sfcsProxyConfigPortTransmitMode
Controls Transmission of cells in port Transmit memory.
sfcsProxyConfigReceiveFifoReset
Controls the receive buffer's memory. Reset clears memory.
sfcsProxyConfigTxFifoReset
Controls the port's transmit memory. Reset clears memory.
sfcsProxyConfigReceiveMode
Controls whether or not the port receives cells.
sfcsProxyConfigCaptureMode
Controls how much of the cell is received.
sfcsProxyConfigInitPort
Setting this returns the port to the initial setup.
sfcsProxyConfigLoad
Transmit load for port.
sfcsProxyConfigGumbo
Unreadable octet string used for control information.
sfcsProxyTransTable
This table contains the arguments and the function for the Transmit function.
sfcsProxyTransEntry
The entries are the arguments for the Transmit function.
sfcsProxyTransANIMIndex
This index specifies which ANIM Port we are dealing with. This reference is in the same format as MIB II's Interface Index.
sfcsProxyTransEncodeNewPdu
Setting this encodes a new PDU based on the current PDU parameters into the port's transmit memory.
sfcsProxyTransVPI
This is the VPI for the PDU.
sfcsProxyTransVCI
This is the VCI for the PDU.
sfcsProxyTransPTI
Payload Type Indicator: the value of the 3 bit Payload Type field in the header. The most signifigant bit indicates user or control data, the next bit indicates congestion, and the last bit indicates AAL encoding.
sfcsProxyTransCLP
The cell loss priority: 1 or 0.
sfcsProxyTransPayloadType
The payload type for the cell.
sfcsProxyTransPayloadLength
The length of the payload in bytes.
sfcsProxyTransPayloadData
If the payload type is user input, this is the payload itself.
sfcsProxyTransCount
Number of copies of the pdu to encode in port transmit memory.
sfcsProxyTransPayloadAdaptionLayer
The format of the payload: either raw cells or AAL5.
sfcsProxyTransMpxMethod
The format of the payload: either raw cells or AAL5.
sfcsProxyTransControl
Controls how many times to send what's in the port's transmit memory.
sfcsProxyTransGumbo
Returns the vpi, vci, pti, clp, payload_type, payload_length, count, PAL, mpx method, and control entires for this table in a string where the entries are separated by semicolons.
sfcsProxyReadTable
This table contains information read from the cells in the receive fifo.
sfcsProxyReadEntry
The entries are the information about the cells or the PDU.
sfcsProxyReadANIMIndex
This index specifies which ANIM Port we are dealing with. This reference is in the same format as the MIB II Interface Index.
sfcsProxyReadMode
How the receive fifo is read.
sfcsProxyReadNewPdu
Pops a new Pdu from the receive fifo to be examined and read.
sfcsProxyReadGumbo
Unreadable control information.
sfcsProxyReadVPI
This is the VPI for the PDU.
sfcsProxyReadVCI
This is the VCI for the PDU.
sfcsProxyReadPTI
Payload Type Indicator: the value of the 3 bit Payload Type field in the header. The most signifigant bit indicates user or control data, the next bit indicates congestion, and the last bit indicates AAL encoding.
sfcsProxyReadCLP
The cell loss priority: 1 or 0.
sfcsProxyReadDataLength
The length of the PDU in bytes.
sfcsProxyReadData
The actual data of the PDU.
sfcsProxyReadPal
The format of the payload: either raw cells or AAL5.
sfcsProxyReadInbyteslosts
The number of bytes that were dropped while reading. Usually because they occurred before the Start of Cell was discovered.
sfcsProxyReadInCells
The number of cells read since this port was last reset.
sfcsProxyReadInError
The number of pdu's that had to be dropped due to errors.
sfcsProxyReadInCellReadError
The number of cells that had to be dropped due to errors.
sfcsProxyReadInHecError
The number of cell headers that contained errors.
sfcsProxyReadInTooBigError
The number of pdu's that were too large to be received.
sfcsProxyReadInCRCError
The number of pdu's that failed the CRC check.
sfcsProxyReadInLengthMismatchError
The length stored in the pdu did not match the actual length of the pdu read in.
sfcsProxyReadInTotalCells
Total number of cells read in by the snapshot.

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MIBs list