RAD-ARC-MIB: View SNMP OID List / Download MIB

This trap alerts of major problems in the device.

This trap is sent upon starting or stopping Alarm Forwarding Mechanism.

This trap indicates Loss Of Signal.

This trap indicates Loss Of Frame.

This trap indicates Loss of Cell Delineation.

This trap indicates Signal Line Mismatch.

This trap indicates Loss of Pointer.

This trap indicates Line AIS.

This trap indicates Path AIS.

This trap indicates Line RDI.

This trap indicates Path RDIand Path RAI(Yellow) for DS1 interfaces.

This trap indicates Section Bit Interleave Parity.

This trap indicates Line Bit Interleave Parity.

This trap indicates Path Bit Interleave Parity.

This trap indicates Line Far End Block Error.

This trap indicates Path Far End Block Error.

This trap indicates T3 PLCP Loss Of Frame.

This trap indicates T3 Plcp Yellow.

This trap indicates T3 Plcp Bit Interleave Parity.

This trap indicates T3 Plcp Far End Block Error.

This trap indicates T3 Plcp Parity errors in P1/P2 bytes.

This trap is sent upon UAS start or end per port.

This trap is sent upon atmNteAlarmType start or end, for a cluster of VPs/VCs (according to atmNteLevel) with the same alarm on the same physical port. This trap replaces sending the same alarm for a big quantity (the quantity described in the product specification document) of VPs/VCs in order to prevent flooding the NMS and the network with traps.

This trap is sent upon HW failure per port.

max possible value for the installed card. For ACE2002 this trap will be sent for the following cases: Card insertion - if the total Input and/or Output Bandwidth is over allocated, then the specific card rate will be set to 0 and this trap will be sent with the Input/Output rates values. Upgrade from former version - when an over allocated Bandwidth is detected, this trap will be sent with atmConfIfInputRate=atmConfIfOutputRate=0xFFFFFFFF.

This trap indicates Loss of Continuity Check on a VP Connection.

This trap indicates AIS Reception on a VP Connection.

This trap indicates RDI Reception on a VP Connection.

This trap indicates Errored Cells on a VP Connection reported by PM.

This trap indicates Lost Cells on a VP Connection reported by PM.

This trap indicates Misinserted Cells on a VP Connection reported by PM.

This trap is sent upon UAS start or end per VP.

This trap is sent upon OAM LoopBack fail status per VP.

This trap indicates GCRA violation on a VP Connection reported by UPC device.

This trap indicates Loss of Continuity Check on a VC Connection.

This trap indicates AIS Reception on a VC.

This trap indicates RDI Reception on a VC Connection.

This trap indicates Errored Cells on a VC Connection reported by PM.

This trap indicates Lost Cells on a VC Connection reported by PM.

This trap indicates Misinserted Cells on a VC Connection reported by PM.

This trap indicates an unexpected cell from user or network port.

This trap is sent upon UAS start or end per VC.

This trap is sent upon OAM LoopBack fail status per VC.

This trap indicates GCRA violation on a VC Connection reported by UPC device.

The ATM interface Data table.

An entry in the ATM interface Data table.

The number of seconds that have elapsed since the beginning of the near end current error- measurement period.

The number of previous near end intervals for which valid data was collected. The value will be 96 unless the interface was brought online within the last 24 hours, in which case the value will be the number of complete 15 minute near end intervals since the interface has been online.

The ATM interface Current table.

An entry in the ATM interface Current table.

The counter associated with the number of transmitted cells, encountered by an ATM interface in the current 15 minute interval.

The counter associated with the number of received cells, encountered by an ATM interface in the current 15 minute interval.

The counter associated with the number of cells with corrected HEC errors, encountered by an ATM interface in the current 15 minute interval.

The counter associated with the number of cells with uncorrected HEC errors, encountered by an ATM interface in the current 15 minute interval.

The counter associated with the number of seconds with HEC errors, encountered by an ATM interface in the current 15 minute interval.

The ATM interface Interval table.

An entry in the ATM interface Interval table.

A number between 1 and 96, where 1 is the most recently completed 15 minute interval and 96 is the least recently completed 15 minutes interval (assuming that all 96 intervals are valid).

The counter associated with the number of transmitted cells , encountered by an ATM interface in one of the previous 96, individual 15 minute, intervals.

The counter associated with the number of received cells, encountered by an ATM interface in one of the previous 96, individual 15 minute, intervals.

The counter associated with the number of cells with corrected HEC errors, encountered by an ATM interface in one of the previous 96, individual 15 minute, intervals.

The counter associated with the number of cells with uncorrected HEC errors, encountered by an ATM interface in one of the previous 96, individual 15 minute, intervals.

The counter associated with the number of seconds with HEC errors, encountered by an ATM interface in one of the previous 96, individual 15 minute, intervals.

The ATM VP Current table.

An entry in the ATM VP Current table.

The VPI of the VPL.

The counter associated with the number of transmitted cells, encountered by the VPL of this ATM interface in the current 15 minute interval.

The counter associated with the number of received cells, encountered by the VPL of this ATM interface in the current 15 minute interval.

The counter associated with the number of cells violating GCRA0, encountered by the VPL of this ATM interface in the current 15 minute interval.

The counter associated with the number of cells violating GCRA1, encountered by the VPL of this ATM interface in the current 15 minute interval.

The counter associated with the number of received AIS cells, encountered by the VPL of this ATM interface in the current 15 minute interval.

The counter associated with the number of transmitted AIS cells, encountered by the VPL of this ATM interface in the current 15 minute interval. Not Supported in the first phase.

The counter associated with the number of received RDI cells, encountered by the VPL of this ATM interface in the current 15 minute interval.

The counter associated with the number of transmitted RDI cells, encountered by the VPL of this ATM interface in the current 15 minute interval.

The counter associated with the number of loss of continuity cells, encountered by the VPL of this ATM interface in the current 15 minute interval.

The counter associated with the number of Unavailable Seconds, encountered by the VPL of this ATM interface in the current 15 minute interval.

The counter associated with the number of Severerly Errored Seconds, encountered by the VPL of this ATM interface in the current 15 minute interval.

Amount of cells dropped in the current 15 minute interval of the VP connection.

The total number of valid ATM cells discarded by the traffic policing entity. This includes cells originally received with CLP=0 and CLP=1.

The total number of valid ATM cells received with CLP=0 and discarded by the traffic policing entity.

The total number of valid ATM cells transmitted by this VPL. This includes both CLP=0 and CLP=1 cells.

The total number of valid ATM cells transmitted with CLP=0 by this VPL.

The total number of valid ATM cells tagged by the traffic policing entity from CLP=0 to CLP=1 and transmitted by this VPL.

The maximum traffic rate encountered in the last interval of the VP connection (monitored once a second).

The average traffic rate during the last interval of the VP connection.

MCR - The minimum traffic rate encountered in the last interval of the VP connection (monitored once a second).

The total number of cells (CLP0 and CLP1) discarded due to congestion by the traffic shaper.

The total number of CLP0 cells discarded due to congestion by the traffic shaper.

The total number of CLP1 cells discarded due to congestion by the traffic shaper.

The ATM VP Current table for Performance Management.

An entry in the ATM VP Current table for Performance Management.

The VPI of the VPL.

The direction of performance management.

The counter associated with the number of transmitted CLP 0+1 cells, encountered by the VPL of this ATM interface in the current 15 minute interval.

The counter associated with the number of transmitted CLP 0 cells, encountered by the VPL of this ATM interface in the current 15 minute interval.

The counter associated with the number of received CLP 0+1 cells, encountered by the VPL of this ATM interface in the current 15 minute interval.

The counter associated with the number of received CLP 0 cells, encountered by the VPL of this ATM interface in the current 15 minute interval.

The counter associated with the number of errored cells, encountered by the VPL of this ATM interface in the current 15 minute interval.

The counter associated with the number of lost cells, encountered by the VPL of this ATM interface in the current 15 minute interval.

The counter associated with the number of misinserted cells, encountered by the VPL of this ATM interface in the current 15 minute interval.

The counter associated with the number of ECB, encountered by the VPL of this ATM interface in the current 15 minute interval.

The counter associated with the number of SECB, encountered by the VPL of this ATM interface in the current 15 minute interval.

The counter associated with the number of Errored Seconds, encountered by the VPL of this ATM interface in the current 15 minute interval.

The counter associated with the number of Severely Errored Seconds, encountered by the VPL of this ATM interface in the current 15 minute interval.

The counter associated with the number of Unavailable Seconds, encountered by the VPL of this ATM interface in the current 15 minute interval.

If the number of errors per interval is superior to the atmNteUPLTCR value, the quality of service of the interval is declared as unacceptable.

If the number of errors per 24 hours is superior to the atmNteDPLTCR value, the quality of service of the day is declared as degraded.

The ATM Vp Interval table.

An entry in the ATM Vp Interval table.

The VPI of the VPL.

A number between 1 and 96, where 1 is the most recently completed 15 minute interval and 96 is the least recently completed 15 minutes interval (assuming that all 96 intervals are valid).

The counter associated with the number of transmitted cells , encountered by an ATM interface/VP in one of the previous 96, individual 15 minute, intervals.

The counter associated with the number of received cells, encountered by an ATM interface/VP in one of the previous 96, individual 15 minute, intervals.

The counter associated with the number of cells violating GCRA0, encountered by an ATM interface/VP in one of the previous 96, individual 15 minute, intervals.

The counter associated with the number of cells violating GCRA1, encountered by an ATM interface/VP in one of the previous 96, individual 15 minute, intervals.

The counter associated with the number of received AIS cells, encountered by an ATM interface/VP in one of the previous 96, individual 15 minute, intervals.

The counter associated with the number of transmitted AIS cells, encountered by an ATM interface/VP in one of the previous 96, individual 15 minute, intervals. Not supported in the first phase.

The counter associated with the number of received RDI cells, encountered by an ATM interface/VP in one of the previous 96, individual 15 minute, intervals.

The counter associated with the number of transmitted RDI cells, encountered by an ATM interface/VP in one of the previous 96, individual 15 minute, intervals.

The counter associated with the number of Continuity Loss cells, encountered by an ATM interface/VP in one of the previous 96, individual 15 minute, intervals.

The counter associated with the number of Unavailable Seconds, encountered by an ATM interface/VP in one of the previous 96, individual 15 minute, intervals.

The counter associated with the number of Severerly Errored Seconds, encountered by an ATM interface/VP in one of the previous 96, individual 15 minute, intervals.

Amount of cells dropped in the 15 minute interval of the VP connection.

The total number of valid ATM cells discarded by the traffic policing entity. This includes cells originally received with CLP=0 and CLP=1.

The total number of valid ATM cells received with CLP=0 an discarded by the traffic policing entity.

The total number of valid ATM cells transmitted by this VPL. This includes both CLP=0 and CLP=1 cells.

The total number of valid ATM cells transmitted with CLP=0 by this VPL.

The total number of valid ATM cells tagged by the traffic policing entity from CLP=0 to CLP=1 and transmitted by this VPL.

The maximum traffic rate encountered in the last interval of the VP connection (monitored once a second) encountered by an ATM interface/VP in one of the previous 96, individual 15 minute, intervals.

The average traffic rate during the last interval of the VP connection , encountered by an ATM interface/VP in one of the previous 96, individual 15 minute, intervals.

MCR - The minimum traffic rate encountered in the last interval of the VP connection (monitored once a second) encountered by an ATM interface/VP in one of the previous 96, individual 15 minute, intervals.

The total number of cells (CLP0 and CLP1) discarded due to congestion by the traffic shaper.

The total number of CLP0 cells discarded due to congestion by the traffic shaper.

The total number of CLP1 cells discarded due to congestion by the traffic shaper.

The ATM Vp Interval table for Performance Management.

An entry in the ATM Vp Interval table for Performance Management.

The VPI of the VPL.

The direction of performance management.

A number between 1 and 96, where 1 is the most recently completed 15 minute interval and 96 is the least recently completed 15 minutes interval (assuming that all 96 intervals are valid).

The counter associated with the number of transmitted CLP 0+1 cells, encountered by an ATM interface/VP in one of the previous 96, individual 15 minute, intervals.

The counter associated with the number of transmitted CLP 0 cells, encountered by an ATM interface/VP in one of the previous 96, individual 15 minute, intervals.

The counter associated with the number of received CLP 0+1 cells, encountered by an ATM interface/VP in one of the previous 96, individual 15 minute, intervals.

The counter associated with the number of received CLP 0 cells, encountered by an ATM interface/VP in one of the previous 96, individual 15 minute, intervals.

The counter associated with the number of Errored cells, encountered by an ATM interface/VP in one of the previous 96, individual 15 minute, intervals.

The counter associated with the number of Lost cells, encountered by an ATM interface/VP in one of the previous 96, individual 15 minute, intervals.

The counter associated with the number of Misinserted cells, encountered by an ATM interface/VP in one of the previous 96, individual 15 minute, intervals.

The counter associated with the number of ECBs encountered by an ATM interface/VP in one of the previous 96, individual 15 minute, intervals.

The counter associated with the number of SECBs encountered by an ATM interface/VP in one of the previous 96, individual 15 minute, intervals.

The counter associated with the number of Errored Seconds, encountered by an ATM interface/VP in one of the previous 96, individual 15 minute, intervals.

The counter associated with the number of Severely Errored Seconds, encountered by an ATM interface/VP in one of the previous 96, individual 15 minute, intervals.

The counter associated with the number of Unavailable Seconds, encountered by an ATM interface/VP in one of the previous 96, individual 15 minute, intervals.

If the number of errors per interval is superior to the atmNteUPLTCR value, the quality of service of the interval is declared as unacceptable.

If the number of errors per 24 hours is superior to the atmNteDPLTCR value, the quality of service of the day is declared as degraded.

The VP QoS table.

.

This object is an index that specifies which period of time, the next 2 objects refer to. currentPeriod - the period since last systemResetAllStatsCmd received or since Start-up (if no systemResetAllStatsCmd was received since Start-up) until now. lastPeriod - the period between last two commands of systemResetAllStatsCmd. - If only one command occurred since Start-up: the period between Start-up and last command. - If no command occurred since Start-up: this period will not actually exist. In this case, he following 5 objects will be 0.

Elapsed Time in seconds. - for atmVpQoSPeriodRef = currentPeriod: The period since last systemResetAllStatsCmd received or since Start-up (if no systemResetAllStatsCmd was received since Start-up) until now. - for atmVpQoSPeriodRef = lastPeriod: The value of atmVpQoSElapsedTime when last systemResetAllStatsCmd was received.

Number of Unavailable Seconds for the reference period (atmVpQoSPeriodRef).

The PM VP QoS table.

.

The direction of performance management.

This object is an index that specifies which period of time, the next 5 objects refer to. currentPeriod - the period since last systemResetAllStatsCmd received or since Start-up (if no systemResetAllStatsCmd was received since Start-up) until now. lastPeriod - the period between last two commands of systemResetAllStatsCmd. - If only one command occurred since Start-up: the period between Start-up and last command. - If no command occurred since Start-up: this period will not actually exist. In this case, he following 5 objects will be 0.

Cell Loss Ratio counter for the reference period (atmVpPMQoSPeriodRef)- defined in accordance with I.356 , in %. The value will be multipuled by 100.

Cell Error Ratio counter for the reference period (atmVpPMQoSPeriodRef) defined in accordance with I.356 , in %. The value will be multipuled by 100.

Cell Misinsertion Ratio counter for the reference period (atmVpPMQoSPeriodRef) defined in accordance with I.356 , cells/sec .

The ATM VP shaper statistics table.

An entry in the ATM VP shaper statistics table.

The number of Cells that were discarded in the shaper on that VPC due to buffer overflow. This counter counts till it reaches its MAX value (20 bits) and then rolls over.

The number of Cells that are currently stored in the buffer. This parameter is limited to 20 bits.

The Maximum number of Cells that were stored in the buffer, since this VP was activated. This parameter is limited to 20 bits.

The occupation of the buffer according to a predefined threshold. empty - buffer is Empty full - buffer is Full below - buffer is Below the threshold above - buffer is Above the threshold. This is also the trigger to start EPD\PPD mechanism, if set for the VPC.

The number of Cells that were dropped in the shaper on that VPC due to EPD\PPD mechanism in the last second. This parameter is limited to 24 bits. Applicable for a EPD/PPD VP only.

The Total number of Cells that were dropped in the shaper on that VPC due to EPD\PPD mechanism in the last 15 minutes. This counter automatically reset itself every 15 minutes. Applicable for a EPD/PPD VP only.

The ATM VC Current table.

An entry in the ATM VC Current table.

The VPI of the VCL.

The VCI of the VCL.

The counter associated with the number of transmitted cells, encountered by the VCL of this ATM interface in the current 15 minute interval.

The counter associated with the number of received cells, encountered by the VCL of this ATM interface in the current 15 minute interval.

The counter associated with the number of cells violating GCRA0, encountered by the VCL of this ATM interface in the current 15 minute interval.

The counter associated with the number of cells violating GCRA1, encountered by the VCL of this ATM interface in the current 15 minute interval.

The counter associated with the number of received AIS cells, encountered by the VCL of this ATM interface in the current 15 minute interval.

The counter associated with the number of transmitted AIS cells, encountered by the VCL of this ATM interface in the current 15 minute interval. Not Supported in the first phase.

The counter associated with the number of received RDI cells, encountered by the VCL of this ATM interface in the current 15 minute interval.

The counter associated with the number of transmitted RDI cells, encountered by the VCL of this ATM interface in the current 15 minute interval.

The counter associated with the number of loss of continuity cells, encountered by the VCL of this ATM interface in the current 15 minute interval.

The counter associated with the number of Unavailable Seconds, encountered by the VCL of this ATM interface in the current 15 minute interval.

The counter associated with the number of Severerly Errored Seconds, encountered by the VCL of this ATM interface in the current 15 minute interval.

Amount of cells dropped in the current 15 minute interval of the VC connection.

The total number of valid ATM cells discarded by the traffic policing entity. This includes cells originally received with CLP=0 and CLP=1.

The total number of valid ATM cells received with CLP=0 an discarded by the traffic policing entity.

The total number of valid ATM cells transmitted by this VPL. This includes both CLP=0 and CLP=1 cells.

The total number of valid ATM cells transmitted with CLP=0 by this VPL.

The total number of valid ATM cells tagged by the traffic policing entity from CLP=0 to CLP=1 and transmitted by this VPL.

The maximum traffic rate encountered in the last interval of the VC connection (monitored once a second).

The average traffic rate during the last interval of the VC connection.

MCR - The minimum traffic rate encountered in the last interval of the VC connection (monitored once a second).

The total number of cells (CLP0 and CLP1) discarded due to congestion by the traffic shaper.

The total number of CLP0 cells discarded due to congestion by the traffic shaper.

The total number of CLP1 cells discarded due to congestion by the traffic shaper.

The ATM VC Current table for Performance Management.

An entry in the ATM VC Current table for Performance Management.

The VPI of the VCL.

The VCI of the VCL.

The direction of Performance Management.

The counter associated with the number of transmitted CLP 0+1 cells, encountered by the VCL of this ATM interface in the current 15 minute interval.

The counter associated with the number of transmitted CLP 0 cells, encountered by the VCL of this ATM interface in the current 15 minute interval.

The counter associated with the number of received CLP 0+1 cells, encountered by the VCL of this ATM interface in the current 15 minute interval.

The counter associated with the number of received CLP 0 cells, encountered by the VCL of this ATM interface in the current 15 minute interval.

The counter associated with the number of errored cells, encountered by the VCL of this ATM interface in the current 15 minute interval.

The counter associated with the number of lost cells, encountered by the VCL of this ATM interface in the current 15 minute interval.

The counter associated with the number of misinserted cells, encountered by the VCL of this ATM interface in the current 15 minute interval.

The counter associated with the number of ECBs encountered by the VCL of this ATM interface in the current 15 minute interval.

The counter associated with the number of SECBs encountered by the VCL of this ATM interface in the current 15 minute interval.

The counter associated with the number of Errored Seconds, encountered by the VCL of this ATM interface in the current 15 minute interval.

The counter associated with the number of Severely Errored Seconds, encountered by the VCL of this ATM interface in the current 15 minute interval.

The counter associated with the number of Severely Errored Seconds, encountered by the VCL of this ATM interface in the current 15 minute interval.

If the number of errors per interval is superior to the atmNteUPLTCR value, the quality of service of the interval is declared as unacceptable.

If the number of errors per 24 hours is superior to the atmNteDPLTCR value, the quality of service of the day is declared as degraded.

The ATM Vc Interval table.

An entry in the ATM Vc Interval table.

The VPI of the VCL.

The VCI of the VCL.

A number between 1 and 96, where 1 is the most recently completed 15 minute interval and 96 is the least recently completed 15 minutes interval (assuming that all 96 intervals are valid).

The counter associated with the number of transmitted cells , encountered by an ATM interface/VC in one of the previous 96, individual 15 minute, intervals.

The counter associated with the number of received cells, encountered by an ATM interface/VC in one of the previous 96, individual 15 minute, intervals.

The counter associated with the number of cells violating GCRA0, encountered by an ATM interface/VC in one of the previous 96, individual 15 minute, intervals.

The counter associated with the number of cells violating GCRA1, encountered by an ATM interface/VC in one of the previous 96, individual 15 minute, intervals.

The counter associated with the number of received AIS cells, encountered by an ATM interface/VC in one of the previous 96, individual 15 minute, intervals.

The counter associated with the number of transmitted AIS cells, encountered by an ATM interface/VC in one of the previous 96, individual 15 minute, intervals. Not supported in the first phase.

The counter associated with the number of received RDI cells, encountered by an ATM interface/VC in one of the previous 96, individual 15 minute, intervals.

The counter associated with the number of transmitted RDI cells, encountered by an ATM interface/VC in one of the previous 96, individual 15 minute, intervals.

The counter associated with the number of Continuity Loss cells, encountered by an ATM interface/VC in one of the previous 96, individual 15 minute, intervals.

The counter associated with the number of Unavailable Seconds, encountered by an ATM interface/VC in one of the previous 96, individual 15 minute, intervals.

The counter associated with the number of Severerly Errored Seconds, encountered by an ATM interface/VC in one of the previous 96, individual 15 minute, intervals.

Amount of cells dropped in the 15 minute interval of the VC connection.

The total number of valid ATM cells discarded by the traffic policing entity. This includes cells originally received with CLP=0 and CLP=1.

The total number of valid ATM cells received with CLP=0 an discarded by the traffic policing entity.

The total number of valid ATM cells transmitted by this VPL. This includes both CLP=0 and CLP=1 cells.

The total number of valid ATM cells transmitted with CLP=0 by this VPL.

The total number of valid ATM cells tagged by the traffic policing entity from CLP=0 to CLP=1 and transmitted by this VPL.

The maximum traffic rate encountered in the last interval of the VC connection (monitored once a second) encountered by an ATM interface/VC in one of the previous 96, individual 15 minute, intervals.

The average traffic rate during the last interval of the VC connection, encountered by an ATM interface/VC in one of the previous 96, individual 15 minute, intervals.

MCR - The minimum traffic rate encountered in the last interval of the VC connection (monitored once a second) encountered by an ATM interface/VC in one of the previous 96, individual 15 minute, intervals.

The total number of cells (CLP0 and CLP1) discarded due to congestion by the traffic shaper.

The total number of CLP0 cells discarded due to congestion by the traffic shaper.

The total number of CLP1 cells discarded due to congestion by the traffic shaper.

The ATM Vc Interval table for Performance Management.

An entry in the ATM Vc Interval table for Performance Management.

The VPI of the VCL.

The VCI of the VCL.

The direction of Performance Management.

A number between 1 and 96, where 1 is the most recently completed 15 minute interval and 96 is the least recently completed 15 minutes interval (assuming that all 96 intervals are valid).

The counter associated with the number of transmitted CLP 0+1 cells, encountered by an ATM interface/VC in one of the previous 96, individual 15 minute, intervals.

The counter associated with the number of transmitted CLP 0 cells, encountered by an ATM interface/VC in one of the previous 96, individual 15 minute, intervals.

The counter associated with the number of received CLP 0+1 cells, encountered by an ATM interface/VC in one of the previous 96, individual 15 minute, intervals.

The counter associated with the number of received CLP 0 cells, encountered by an ATM interface/VC in one of the previous 96, individual 15 minute, intervals.

The counter associated with the number of Errored cells, encountered by an ATM interface/VC in one of the previous 96, individual 15 minute, intervals.

The counter associated with the number of Lost cells, encountered by an ATM interface/VC in one of the previous 96, individual 15 minute, intervals.

The counter associated with the number of Misinserted cells, encountered by an ATM interface/VC in one of the previous 96, individual 15 minute, intervals.

The counter associated with the number of ECBs encountered by an ATM interface/VC in one of the previous 96, individual 15 minute, intervals.

The counter associated with the number of SECBs encountered by an ATM interface/VC in one of the previous 96, individual 15 minute, intervals.

The counter associated with the number of Errored Seconds, encountered by an ATM interface/VC in one of the previous 96, individual 15 minute, intervals.

The counter associated with the number of Severely Errored Seconds, encountered by an ATM interface/VC in one of the previous 96, individual 15 minute, intervals.

The counter associated with the number of Unavailable Seconds, encountered by an ATM interface/VC in one of the previous 96, individual 15 minute, intervals.

If the number of errors per interval is superior to the atmNteUPLTCR value, the quality of service of the interval is declared as unacceptable.

If the number of errors per 24 hours is superior to the atmNteDPLTCR value, the quality of service of the day is declared as degraded.

This table shows statistics of the structured Circuit-Emulation connections.

defines an entry in the atmCESAAL1StatsTable

number of cells discarded due to wrong sequence number

number of cells discarded due to bad AAL1 header error. this include correctable and uncorrectable CRC, plus bad parity.

number of events in which the AAL1 reassembler found that an SDT pointer isnt where it is expected, and the pointer must be reacquired.

number of buffer underflows events.

number of buffer overflows events.

The ATM VP QoS table.

An entry in the ATM VP table.

This object is an index that specifies which period of time, the next 2 objects refer to. currentPeriod - the period since last systemResetAllStatsCmd received or since Start-up (if no systemResetAllStatsCmd was received since Start-up) until now. lastPeriod - the period between last two commands of systemResetAllStatsCmd. - If only one command occurred since Start-up: the period between Start-up and last command. - If no command occurred since Start-up: this period will not actually exist. In this case, he following 5 objects will be 0.

Elapsed Time in seconds. - for atmVcQoSPeriodRef = currentPeriod: The period since last systemResetAllStatsCmd received or since Start-up (if no systemResetAllStatsCmd was received since Start-up) until now. - for atmVcQoSPeriodRef = lastPeriod: The value of atmVcQoSElapsedTime when last systemResetAllStatsCmd was received.

Number of Unavailable Seconds for the reference period (atmVcQoSPeriodRef).

The PM VC QoS table.

An entry in the VC PM QoS table.

The direction of performance management.

This object is an index that specifies which period of time, the next 5 objects refer to. currentPeriod - the period since last systemResetAllStatsCmd received or since Start-up (if no systemResetAllStatsCmd was received since Start-up) until now. lastPeriod - the period between last two commands of systemResetAllStatsCmd. - If only one command occurred since Start-up: the period between Start-up and last command. - If no command occurred since Start-up: this period will not actually exist. In this case, he following 5 objects will be 0.

Cell Loss Ratio counter for the reference period (atmVcPMQoSPeriodRef)- defined in accordance with I.356 , in %. The value will be multipuled by 100.

Cell Error Ratio counter for the reference period (atmVcPMQoSPeriodRef) defined in accordance with I.356 , in %. The value will be multipuled by 100.

Cell Miss-insertion Ratio counter for the reference period (atmVcPMQoSPeriodRef) defined in accordance with I.356 , cells/sec .

The ATM VC shaper statistics table.

An entry in the ATM VC shaper statistics table.

The number of Cells that were discarded in the shaper on that VCC due to buffer overflow. This counter counts till it reaches its MAX value (20 bits) and then rolls over.

The number of Cells that are currently stored in the buffer. This parameter is limited to 20 bits.

The Maximum number of Cells that were stored in the buffer, since this VC was activated. This parameter is limited to 20 bits.

The occupation of the buffer according to a predefined threshold. empty - buffer is Empty full - buffer is Full below - buffer is Below the threshold above - buffer is Above the threshold. This is also the trigger to start EPD\PPD mechanism, if set for the VCC.

The number of Cells that were dropped in the shaper on that VCC due to EPD\PPD mechanism in the last second. This parameter is limited to 24 bits. Applicable for a EPD/PPD VC only.

The Total number of Cells that were dropped in the shaper on that VPC due to EPD\PPD mechanism in the last 15 minutes. This counter automatically reset itself every 15 minutes. Applicable for a EPD/PPD VC only.

The agent will keep in this group the date & time corresponding to each interval.

The date & time for the given interval.

The interval number defining this entry.

The date corresponding to this interval.

The time corresponding to this interval.

A table containing the results of the initial testing of the device.

An entry in table.

A running index for the table.

The results of the initial testing of the device.

Setting the variable to clear(3) removes all entries in the Log Buffer of the agent. The agent will immediately reset the variable to off(2).

A copy of the log buffer.

An entry in table.

The index of the log buffer.

The log buffer entry message text.

When set to on(3), the agent will set all the configuration parameters to their default values. The variable is then reset to off(2) by the agent. The agent must be reset for the default configuration to apply.

A Cross Reference table. The table maintains an index of an object which is also the table index, and a counter that indicates how many times this object was referenced. When using this table for more than one referenced table, which uses the same range of indexes, then the index should be shifted by a unique offset per table. In ACE2002 this table is used for TD and for FR Desc. Thus, the index for FR Descriptor is: FR Descriptor index + offset. The offset is described in the ACE2002 NMS SRS.

The entries will be added by the agent upon an entry addition in the referenced tables (TD table, FR Descriptor etc.)

The index specifies an entry in the table of the object.

The counter counts the number of references that have been made to the object .

The trap is sent every time there is a change in the state of one of the LEDs.

The trap is sent whenever there is a transition from a no alarm state to a state with at least one active alarm. An active alarm state exists if: 1) The atmInterfaceActiveAlarms vector is different than 0. 2) The atmNteAlarmVpTable contains entries. 3) The atmNteAlarmVcTable contains entries. The trap is also sent when a transition into the no alarm state occurs. The second variable will be atmInterfaceActiveAlarms to indicate the kind of the alarm. The trap is not sent more than once in a 10 second interval.

The trap is sent every time a module is changed (Hot swapping). The second variable will be atmNteCardType to indicate the type of card that was inserted. The value empty(255) indicates that a card was taken out.

The trap is sent upon change in link as a result of redundancy. The ifIndex parameter indicates the current active link.

The Manager Table includes all the NMSs that receive traps from this agent. A single manager can receive traps on more than one PVC. The PVCs must be from the four allowed. The agent will set implicitly the correct ifIndex, VPI, VCI values to all relevant entries in the table when the user changes them for one of the PVCs.

A single manager and the PVC for receiving traps.

The IP address of the NMS.

A PVC index. The range is 1..8. There are four PVCs on the User Port and four PVCs on the Network Port. The default VPI, VCI values are specified below.

The ATM interface index of the management port.

The VPI of the management VCL. Default: 0.

The VCI of the management VCL. Defaults: 32,33,34,35.

The value of this attribute determines the type of traps the agent should mask and not send to this NMS. The value is differently determined for different products. There are mainly two methods: - an integer number, specifying the traps severity. - a sum of 2**n, where n is a bit assigned to a certain masked trap group. User should consult the product specification, to find out the method employed.

Creation/Deletion of rows in the table.

This parameter is relevant to Ethernet out of band host only (PVC=10). The Next Hop IP address of the entry route.

VLAN support (Tagging). no - No support to VLAN. yes - 4 VLAN bytes will be added to the frame.

VLAN ID. Range is 0..4095.

VLAN Frame priority.Range is 0..7.

The value of this object determines the alarm traps that the agent should mask and not send to this NMS. The value is an Octet String, where each bit is assigned to a certain trap. If the bit = 1, the trap will be masked. If the bit = 0, the trap will not be masked. More details on the masked traps exist in the product specification. For products that do not mask specific traps, the value of the bits will be 0.

This variable defines from which port/s this manager can configure the device. For IPmux 11 the value of this variable will be according to the ports combination: Network =1 User1=2 User2=4 (For Example: All ports = 7).

The Unacceptable ES Limit threshold for Performance Management.

The Degraded ES Limit threshold for Performance Management.

Setting the variable to clear(3) removes all entries in the Log Buffer of the agent. The agent will immediately reset the variable to off(2).

The Unacceptable SES Limit threshold for Performance Management.

The Degraded ES Limit threshold for Performance Management.

Protection Mode. MspOn - Multiplex section protection. pathOn - High order path protection. mspUniOn - Multiplex section Uni-directional protection. mspOneToN - Multiplex section protection.

Selects the working link when atmNteProtectionMode is off.

ForceSwitch - will force Switching from the working link to the backup link. Afterwards the agent will set atmNteProtectionSwitchLink back to off(1). atmNteProtectionMode must be either mspOn or pathOn.

OAM support mode, which determines the device location in a segment wise.

Defines if a F4 segment OAM cell is transmitted due to problems in the other port, i.e. physical layer alarm or F4 defect. This is valid only when the ACE101 has ATM UNI interfaces in both sides and is configured for Non-Intrusive mode. none - AIS is not sent to any of the ports. user - F4 AIS will be sent toward the user when defect is detected in the network port. network - F4 AIS will be sent toward the network when defect is detected in the user port. both - F4 AIS will be sent toward the network when defect is detected in the user port and toward the user when defect is detected in the network port.

Defines if an F4 OAM RDI cell is transmitted due to physical layer problems in the port (in addition to F4 RDI cells transmitted due to ATM layer problems). The type of F4 RDI (Segment or End-to-End) is according to the ACE-101 OAM mode. For example, If it is enabled for Network port, then physical layer defect will initiate the transmission of F4 RDI cell back to the trunk.

Loopback addressing mode. on - will enable loopback addressing. off - will disable loopback addressing.

Loopback source address. This field is relevant when atmNteConfOamAddMode is on.

OAM support per ATM interface.

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This parameter controls the generation of F4/F5 AIS and RDI due to lower order problems such as physical layer problems. For AIS: Defines if F4/F5 AIS cell is transmitted due to problems such as physical layer alarm or F4/F5 defect. This is applicable for all ports . off - Problems in this port will not trigger F4/F5 AIS transmition to the ajacent port (e.g. from USER to NETWORK) of a VPC/VCC. on - Problems in this port will trigger F4/F5 AIS transmition to the ajacent port (e.g. from USER to NETWORK) of a VPC/VCC. For RDI: Defines if F4/F5 RDI cell will be transmitted due to physical layer problems in that port (in addition to F4/F5 RDI cells transmitted due to ATM layer problems). For example, If it is enabled for Network port, then physical layer defect will initiate the transmission of F4/F5 RDI cell back to the trunk. The type of F4/F5 (Segment or End-to-End) is according to the configuration of the VPC/VCC.

CAC support mode. For ACE2002, the following are the applicable values: disable(1), enable(2), 10 - 1000.

Host IP interface table.

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A PVC index. The range is 1..8. There are four PVCs on the User Port and four PVCs on the Network Port.

The host interface IP address.

The host interface subnet mask.

ATM interface index. Will be 1 for user port, and 2 for network port.

VPI of the PVC connected to that host interface.

VCI of the PVC connected to that host interface.

Creation/Deletion of rows in the table.

The VPI of the redundant management VCL. This parameter is applicable only if atmNteRdnManagement=enable(3).

The VCI of the redundant management VCL. This parameter is applicable only if atmNteRdnManagement=enable(3).

The host interface Default Next Hop address. This address will be used as default next hop for every Bundle mapped to this Host.

VLAN Tag support. no - No support to VLAN. yes - 4 VLAN bytes will be added to each frame connected to this Host.

Default VLAN ID of this Host.

Default VLAN priority for this Host.

Shaper Mode. vpInbandMng - Vcc within a Vp for management.

Aggregate shaping output rate in Cells per Seconds units. Default value is the Network port rate.

TOS Mode.

This parameter determines the seqence of bits that will be used for TOS. For ACE101 this parameter is applicable only if atmNteTosMode = enable. Valid only for IP-TOS process.

Priorities options are High or Low. High priority will be represented by bit = 1. Low priority will be represented by bit = 0. Each TOS value will be represented by the bit location. For example, the string for TOS 2, 9, 15 with High priority, will be: |0000 0000|... ...|0000 0000|1000 0010|0000 0100| ...98 7654 3210 (Bit #) 8 ... 3 2 1 (Byte #).

Activity control for Manager Plug And Play. disable - disable the feature. offline - Automatic learn IP address into offline memory. online - Automatic learn IP address into online memory.

Applicable to ace2002. Slot 2 might be configured as user slot or as network slot.

The MAX number of connections supported by system. Setting this parameter will affect the number of MAX intervals supported. This parameter will affect the system only after reset. Changing this parameter from high value to a low value, will be accepted by agent only if the actual used connection <= the desired connection Max number. Applicable to ace2002.

Default Vpi for management.

Default Vci for management.

Internal use VPI, where shaperMode=vpInbandMng.

The redundancy management status.

The ifIndex of the Plug and Play VCC.

The Loopback state timeout in minutes. A value of zero means no timeout (for ever). Default is 5 min.

This table is a static table, which is created by agent once upon initialization. The created entries are actually, only the supported OAM features. This table enables addition of new features by adding new entries rather than adding scalar parameters. An OAM feature is defined by the indexes values combination.

An entry in the OAM table. Each entry in this table will indicate a special OAM.

The OAM cell path. endToEnd(1) - the entire path.

This object indicates a unique Indication Signal. aisAndRdi(1) - Alarm Indication Signal (AIS) and Remote Defect Indication (RDI) cell. loopback(2) - Loopback cell.

The level of the OAM cell. -- f4 (2) - VP level, f5 (3) - VC level.

This parameter determines if the specified OAM cells will be enabled.

The Default OAM Loopback Failure Threshold value that will be used for configuration.

The Maximum allowed burst size (cell units). This object is applicable for each Physical port.

This parameter affects the granularity of the guaranteed Rate (SCR+MCR) in spaced connection (cell/sec units). It is also defines the minimum guaranteed rate in spaced connection.

This parameter indicates the total input rate of the device in cells/sec.

This parameter indicates the total output rate of the device in cells/sec.

The Alarm Forwarding Mechanism will be operated for this table entries.

Each entry in this table is a pair of ports that the Alarm Forwarding Mechanism is determined for.

An Index of the port on which a fail occurs.

An Index of the port that will be affected upon the failure of the atmAlarmForwardingFailPort.

Creation/Deletion of rows in the table.

This parameter determines the level of failure that will operate the Alarm Forwarding Mechanism.

This parameter determines the Recovery Mode. manual - The user should stop the RDI transmission by using the atmAlarmForwardingRecoveryCommand. automatic - The RDI transmission will be automatically stopped upon atmAlarmForwardingFailPort recovery.

This parameter is a command. It is applicable when atmAlarmForwardingRecoveryMode = manual. on - Will stop the RDI transmission. After setting to On the agent will set this parameter back to Off.

An Index of the port on which the cell test will be sent.

The VPI on which the cell test will be sent.

The VCI on which the cell test will be sent.

The cell type.

The type of the Cell.

The OAM type of the Cell. This object is applicable if atmSysConfigCellTestPti = oamSegment/oamEndToEnd .

The payload of the cell. For OAM cell the payload is set automatically to 6A.

Quantity of cells to send.

Setting the variable to send(3) perfroms cell test. The agent will immediately reset the variable to off(2).

An extension to the ATM VP Cross Connect table (RFC2515 - atmVpCrossConnectTable).

An entry in the table.

The Connections name.

An extension to the ATM VC Cross Connect table (RFC2515 - atmVcCrossConnectTable).

An entry in the table.

The Connections name.

The IDs of the cards and of the system.

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An Index of the Unit ID table. The following units have IDs in this table: 1 - System 2 - ATM Board 3 - User Card 4 - Trunk 1 card 5 - Trunk 2 card 6 - Shaper 7 - Clock Unit 8 - Slot 1 card 9 - Slot 2 card 10 - Slot 3 card 11 - Slot 4 card 12 - Fan1. 13 - Fan2.

The ID of the Unit. For index = 6, the id will describe the validity of a shaper in the system: 0 - Shaper Not exist 1 - Shaper exist. For index = 7, the id will describe the validity of a clock in the system: 0 - Clock Not exist 1 - Clock exist. 2- Clock exist but failed. For index = 12,13 the id will describe the functionality of a FAN1 : 0 - OK 1 - Failed.

Hardware and Software version of the module.

The card type.

Status of the card in the selected slot. notActive - Connections are in NotReady state. No configuration is available for the card. The access to the card HW is blocked. This state is relevant for an extracted card, and for a case in which the card was deactivated. active - The module installed and functions. A card that in this state can be configured. inProgress - The status during proccessing of a command from atmNteCardCmd. empty - No information is valid for the selected slot. This status is relevant to a case in which the card configaration was deleted, or in case in which a slot was empty since the device startup.

Command on the card that is installed in the selected slot. The commands are applicable according to the value of atmNteCardStatus. See the specification document for details. deleteConfig - Deletes the card configuration. deactivate - All the connections state will be changed to NotReady. The card configuration will be blocked. activate - Does the same as done upon card insertion: Initiates the relevant parameters, activates the physical layer, ATM layer and logical layer.

The number of power supply units.

The main power supply in this unit.

The number of fan units.

The number of network ports.

The network port in use.

Ethernet + ATM - Bridging is done both between the Ethernet port and the ATM port and also between VCs.

Seconds in which cells dropped was occured in the current 15 minutes interval.

The system level Interval table.

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A number between 1 and 96, where 1 is the most recently completed 15 minute interval and 96 is the least recently completed 15 minutes interval (assuming that all 96 intervals are valid).

Seconds in which cells dropped was occured in 15 minutes interval.

This parameter identifies the event. On - the problem exist. Off - the problem not exist. InvalidLogin - Invalid login on local console. CorrectLogin - Successful login operation.

The MAX number of connections intervals supported by system. This parameter value is a function of atmNteConnectionsMaxNumber parameter. This parameter should affect the threshold values selected by user. Applicable to ace2002.

This object specifies the type of the alarm.

This object specifies the ATM level.

This object specifies a quantity of connections.

This parameter counts the total number of end-points that were configured with Loopback (LB).

This parameter counts the total number of end-points that were configured with Continuity Check (CC).

This parameter counts the total number of end-points that were configured with PM.

The ATM VC configuration table. The table is an extension to the atmVclTable of RFC-2515.

An entry in the ATM VC configuration table. ifIndex of the ATM layer.

Policing method desired for this VCL.

up(2) - Activate Continuity Check (CC). down(3) - Deactivate CC. source(4) - Activate OAM CC(Continuity Check) of local agent ( start sending Oam cells to the remote side ). sink(5) - Activate CC of remote agent ( start receiving Oam cells from remote side). listenToActivationCells (6) - Passive listener till gets an activation request originateActivationCells(7) - Sands Activation cell according to atmConfVcCCDirection.

up(2) - Start loopback OAM cells. down(3) - Stop sending loopback OAM cells. For ace2002: up(2) - Transmitting LB cells with llid all ones (i.e. FFFF..FF) down(3) - Not transmitting LB cells. llid(4) - Transmitting LB cells with llid indicated in the address field. segment(5) - Transmitting Segment LB cells with llid all ones. endToEnd(6) - Transmitting End to End LB cells with llid all ones. segmentLlid(7) - Transmitting Segment LB cells with llid indicated in the address field. endToEndLlid(8) - Transmitting LB cells with llid indicated in the address field. This parameter value might be in conflict with atmConfVcOamSupport value, since this parameter is for LB, while atmConfVcOamSupport is for any other OAM cells.

Destination address. For ace101: 2 bytes are used. For ace2002: 16 bytes are used.

Each bit indicates a selection of one option as the following description. All combinations are possible and legal. The codes are: 1 - EPD 2 - CLP 4 - EFCI. For ace2002: 1 - Packet Discard.

both(2) - Agent sends OAM CC cells and checks received OAM CC cells. none(3) - Agent does not send and does not check received OAM CC cells. source(4)- Agent sends OAM CC cells. sink(5) - Agent checks received OAM CC cells.

A date-time in which the VC was created.

OAM support mode, which determines the device location in a segment wise. endToEndAndSegment - In this mode the OAM cells are generated before the ABM (ATM Buffer Manager), so that the PCR and CDVT will not be affected.

manual(1) - CC Activation process is disable activator(2) - ACE-101 initiate CC Activation process listener(3) - ACE-101 wait to CC Activation request from remote side.

initial (1) - The CC activation process is not started. up (2) - Continuity Check (CC) activated. down (3) - CC deactivated. source (4) - OAM CC(Continuity Check) of local agent activated. sink (5) - OAM CC of remote agent activated. both (8) - OAM CC of local and remote agents activation. timeout (9) - Timeout occured on receiving answer from the remote agent. denied (10) - CC activation process rejected by remote agent. conflict (11) - local and remote sides requested activation simultaneously. manual (12) - OAM CC of local agent activated manually.

This parameter has both command and status meanings: off(2) - Set to Off will Stop traffic loop. Getting this value means that the loop is not running. on (3) - Set to On will start traffic loop. Getting this value means that the loop is currently running.

This object allows user to define the Indication that will be created upon a LB cell failure. disabled(2) - no indication will be created. segmentAis(3) - will cause Tx of a segment AIS. segmentRdi(4) - will cause Tx of a segment RDI. segmentAisAndRdi(5) - will cause Tx of a segment AIS & RDI. endToEndAis(6) - will cause Tx of an End to End AIS. endToEndRdi(7) - will cause Tx of an End to End RDI. endToEndAisAndRdi(8) - will cause Tx of an End to End AIS & RDI. Default: disabled(2).

The number of the LB failures before starting transmission of the Indication defined by atmConfVcLoopbackFailureInd. Range: 1..16. Default: 1.

The direction of OAM cell insertion. downStream(2) - The OAM cell will be inserted in downStream. upStream(3) - The OAM cell will be inserted in upStream.

VC Name.

This object indicates whether this VC is connected and if connected, what is it connected to.

This parameter indicates the VCLs OAM Descriptor index, according to the OAM Descriptor Configuration Table.

This table contains parameters for an OAM VP loopback test.

An entry in table atmLoopbackVpTable.

The interface index of the ATM layer.

The VPI of the OAM VPL.

-noActive(1) means that the loopback test has not been activated for this VP. -inProgress(2) means that the test has been activated and there is currently no problem. -failed(3) means there was problem during the test or after having stopped it -endSuccessfully(4) means that the test was stopped and all was OK.

Cell Delay Variation for this sampling.

Average delay without including lost cells.

Maximum delay without including lost cells.

Minimum delay.

Errored Sessions. Will be updated once in 5 seconds.

This table contains parameters for an OAM VC loopback test.

An entry in table.

The interface index of the ATM layer.

The VPI of the OAM VCL.

The VCI of the OAM VCL.

-noActive(1) means that the loopback test has not been activated for this VP. -inProgress(2) means that the test has been activated and there is currently no problem. -failed(3) means there was problem during the test or after having stopped it -endSuccessfully(4) means that the test was stopped and all was OK.

Cell Delay Variation for this sampling.

Average delay without including lost cells.

The maximum delay without including lost cells.

The minimum delay.

Errored Sessions. Will be updated once in 5 seconds.

This table contains parameters for an OAM VP loopback test, according interval number.

An entry in table.

The interface index of the ATM layer.

The VPI of the OAM VPL.

The relevant interval number.

-noActive(1) means that the loopback test has not been activated for this VP during this interval. -inProgress(2) has no meaning for an ended interval. -failed(3) means there was problem during the test or after having stopped it -endSuccessfully(4) means that the test was OK.

Cell Delay Variation for this interval.

Average delay without including lost cells for this interval.

The maximum delay without including lost cells for this interval.

The minimum delay for this interval.

Errored Sessions. Will be updated once in 5 seconds.

This table contains parameters for an OAM VC loopback test.

An entry in table.

The interface index of the ATM layer.

The VPI of the OAM VCL.

The VCI of the OAM VCL.

The relevant interval number.

-noActive(1) means that the loopback test has not been activated for this VC during this interval. -inProgress(2) has no meaning per interval. -failed(3) means there was problem for this test during this interval. -endSuccessfully(4) means that the test was OK.

Cell Delay Variation for this interval.

Average delay without including lost cells.

The maximum delay without including lost cells.

The minimum delay.

Errored Sessions. Will be updated once in 5 seconds.

This table contains parameters for VP performance monitoring.

An entry in table.

The interface index of the ATM layer.

The VPI of the Performance Monitoring VPL.

up(2) - Activate PM. down(3) - Deactivate PM. listenToActivationCells(4) - . originateActivationCells(5) - .

The direction of PM.

Valid block sizes (in cells): 128, 256, 512, 1024, 2048, 4096, 8192, 16384, 32768.

Creation/Deletion of rows in the table.

off (1) - Deactivate PM. fwd (2) - Activate Forward PM only. fwdAndBwdReport(3) - Activate Forward PM and Backward reporting.

off (1) - Deactivate PM. fwd (2) - Activate Forward PM only. fwdAndBwdReport(3) - Activate Forward PM and Backward reporting.

This table contains parameters for VC performance monitoring.

An entry in table.

The interface index of the ATM layer.

The VPI of the Performance Monitoring VCL.

The VCI of the PM VCL.

up(2) - Activate PM. down(3) - Deactivate PM. listenToActivationCells(4) - . originateActivationCells(5) - .

The direction of PM.

Valid block sizes (in cells): 128, 256, 512, 1024, 2048, 4096, 8192, 16384, 32768.

Creation/Deletion of rows in the table.

off (1) - Deactivate PM. fwd (2) - Activate Forward PM only. fwdAndBwdReport(3) - Activate Forward PM and Backward reporting.

off (1) - Deactivate PM. fwd (2) - Activate Forward PM only. fwdAndBwdReport(3) - Activate Forward PM and Backward reporting.

Module configuration table.

There is an entry in this table just for those modules that have parameters that are relevant to module level only.

The slot number.

This object lets the user decide what will be the CPU sharing between the ports of the module. This object is applicable for modules in which the same CPU handles the traffic of all ports. equal - All ports will have the same CPU resource. port1 - Port 1 will have higher priority than the other ports.

This object allows the user to Enable/Disable the Input priority mechanism. This object is applicable for modules with more than one port, in which the total ports input may be greater than the port output. disabled - all LAN VCCs will be transmitted through the same queue (queue 1). Upon congestion frames will be dropped randomly. enabled - the user should configure each port/connection priority. Upon congestion frames will be dropped according to priority.