ctron-wan-mib Download

wanNumConnections

This objects describes the number of wan connections on the platform. A wan connection may have one or two physical ports of which only one can be active at any time.

wanConnTable

A list of wan connection entries. The number of wan connection entries is given by the value of wanNumConnections.

wanConnEntry

A wan connection entry containing objects relating to the particular wan connection.

wanConnIndex

A unique value for each wan connection. Its value ranges between 1 and the value wanNumConnections.

wanConnNumPhysPorts

The number of physical ports that exist on this wan connection.

wanConnDefaultPhysPort

The default physical port for this connection. This indicates the physical port that should be used on this wan connection. If redundancy is not enabled, this physical port will always be used. If redundancy is enabled, the physical port given here will ...

wanConnActivePhysPort

The physical port that is currently active for this wan connection. The value of this object indicates the wanPhysPortIndex for the active port.

wanPhysPortTable

A list of the descriptions of the physical ports of this platform. The number of entries is given by the value of wanConnNumPhysPort for each Wan Connection.

wanPhysPortEntry

A physical port entry. It contains objects relating to a given physical port

wanPhysPortConnectionIndex

A value indicating the wan connection this physical port is located on.

wanPhysPortIndex

A unique value for each physical port on a wan connection. Its value ranges between 1 and the value wanConnNumPhysPorts.

wanPhysPortType

The type of physical port that this entry describes. None indicates that the physical port has no connector.

wanPhysPortSpecificMib

This object identifies an instance of the index object in the first group of objects in the MIB specific to the physical port.

wanInterfaceTable

The interface table for a physical port on a wan connection. It is a list of items that are pertinent to the interfaces that are part of this physical port. The number of entries is dependent on the wanPhysPortType for the interface. If the wanPhysPortTyp ...

wanInterfaceEntry

A wan connection physical port interface entry. It contains objects relating to an interface that is defined for this physical port and this wan connection.

wanInterfaceConnectionIndex

This value is the wan connection that this interface exists on.

wanInterfacePhysPortIndex

This value is the physical port of the wan connection that this interface exists on.

wanInterfaceEntryIndex

A unique value for each interface of this physical port. It is a value between 1 and the number of interfaces that exist for the current port. The number of interfaces for each type of port is: 24 for a port type (wanPhysPortType) of 't1', 30 for a port t ...

wanInterfaceEntryIfIndex

The ifIndex of the interface. This is the index of this entry in the ifTable.

wanInterfaceEntryProtocol

The protocol that should be run on this interface. Values are equivalent to those defined for ifType in Mib-II. Accepted values are product dependent.

wanInterfaceEntryCompression

Indicates whether data compression should take place on this interface.

wanInterfaceEntryMTU

The MTU to be negotiated for this interface. This will not be updated with the actual MTU, which can be found in the ifTable.

wanInterfaceEntryLineCoding

This object describes the variety of Zero Code suppression on this interface. For an interface on a Ds1 Port, the valid values depend on the value of the Ds1ConfigLineCode object. If that object is set to ds1xB8ZS, then this object can be set to none, JBZ ...

wanInterfaceEntryCrcLength

The Length of the CRC for this interface. Not all platforms will allow all options.

wanInterfaceEntryLexProtocolEnable

This switch acts in concert with the wanInterfaceEntryProtocol object. To activate LEX, this object should first be set to enable (1), then set the wanInterfaceEntryProtocol to PPP. The enable will have no effect if PPP is not selected. If the wanInter ...

wanInterfaceEntryLexProtocolStatus

This object reflects the current state of the link. The device is said to be bound to the router when the physical link is OK, the LEX negotiation is successful, and the router has been configured correctly to communicate with this particular LAN Extende ...

wanInterfaceEntryCompRatio

The ratio of uncompressed to compressed transmitted data. If the data compression status is off, 1:1 will be displayed

wanInterfaceEntryCompStatus

On indicates that the compression has been successfully negotiated and is operating. Off indicates that the compression negotiation has failed and compression is not operating at this time, or compression has been terminated by either peer.

wanInterfaceEntryBackUpIfEnable

This object is used to select the Call-backup option. A value of 1 is used to enable the option and a value of 2 to disable it.

wanDs1ExtensionsTable

This table is an extension to the standard ds1 configuration table. It is a list of items that are pertinent to ds1 ports on a platform. There is one entry per ds1 physical port on the platform

wanDs1ExtensionsEntry

A ds1 extensions entry containing objects relating to the particular ds1 physical port

wanDs1ExtensionsEntryIndex

A unique value for each ds1 physical port on the platform.

wanDs1ExtensionsNumInterfaces

The number of interfaces on this physical port. This number indicates the number of entries this physical port uses in the ifTable.

wanDs1ExtensionsToggleFracTable

Setting this object to 1 will cause the Ds1 Fractional Table to be updated with the new values, as entered. Setting this object to 2, will cause the Ds1 Fractional Table to view as the table being entered. Setting this object to 3, will cause the Ds1 Frac ...

wanDs1ExtensionsLineBuildOut

The line build out setting for this ds1 physical port. Unknown indicates that the setting is neither readable or writable.

wanDs1ExtensionsCFADuration

The length of time (in seconds), that the ds1 port will remain in the Carrier Failure Alarm state after the alarm condition has cleared.

wanDs1ExtensionsDIEnable

Enables or disables Drop and Insert functionality on a D/I WPIM. If enabled, all zero assigned timeslots will designate D/I interface channels, if disabled all zero channels will designate dummy channels as on a T1 or E1. If this object is set to diDataE ...

wanDs1ExtensionsTotalValidIntervals

The number of previous intervals for which valid data was collected for the DS1 mib, which is currently RFC1406. This counter is similar to RFC1406 dsx1ValidIntervals except that the count represents the total number of complete 15 minute intervals s ...

wanDs1ExtensionsBertTestMode

This object is used to request that a type of process be in control of the testing function. This is used to differentiate between automated test procedures and those manually controlled by a user. When read, this object reflects which type of process is ...

wanDs1ExtensionsBertRun

Controls the sending of test data over this physical port. The data is a pattern described by wanDs1ExtensionsBertTestPattern.

wanDs1ExtensionsBertCurrentResults

Indicates the results of the testing for the last completed sampling period. A non-negative number is the error rate in bits per million bits.

wanDs1ExtensionsBertCumulativeResults

Indicates the total number of errors since the testing was enabled. It is not a rate.

wanDs1ExtensionsBertPeakResults

Indicates the highest value of wanDs1ExtensionsBertCurrentResults since the testing was enabled. A non-negative number is the error rate in bits per million bits.

wanDs1ExtensionsBertAverageResult

Indicates the average value of wanDs1ExtensionsBertCurrentResults since the testing was enabled. A non-negative number is the error rate in bits per million bits.

wanDs1ExtensionsBertTestPattern

This object is used to specify the pattern of the test data.

wanDs1ExtensionsBertSamplePeriod

This object is the duration of time in seconds at which the current test results will be periodically written to wanDs1ExtensionsBertCurrentResults. The range is 1 to 3600, with a default value of 10.

wanDs1ExtensionsBertNumPeriods

The number of sampling periods that have elapsed during the current test run.

wanDs1ExtensionsBertTestTraps

This object is used to enable or disable the sending of a trap at the conclusion of the measurement period. The trap will contain the information described by ctDs1BertCurrentResults. The default value is disabled.

wanDs1ExtensionsBertDataStatus

This object provides the operating status of the transmission of test data packets.

wanRs232ExtensionsTable

This table is an extension to the standard rs232-like mib. It is a list of items that are pertinent to rs232-like ports on a platform. There is one entry per synchronous physical port on the platform.

wanRs232ExtensionsEntry

A rs232-like extensions entry containing objects relating to the particular rs232-like physical port.

wanRs232ExtensionsEntryIndex

A unique value for each rs232-like physical port on the platform.

wanRs232ExtensionsCTSEnable

This object indicates whether the platform should generate CTS. When disabled the platform will not generate CTS, when enabled, the platform will generate CTS. The actual state of the CTS line is available in the rs-232 like mib.

wanRs232ExtensionsDSREnable

This object indicates whether the platform should generate DSR. When disabled the platform will not generate DSR, when enabled, the platform will generate DSR. The actual state of the DSR line is available in the rs-232 like mib.

frDcpCircuitTable

A table containing data compression information about specific Data Link Connection Identifiers and corresponding virtual circuit. This information is used to support the frCircuitTable following RFC-1315.

frDcpCircuitEntry

The data compression information regarding a single Data Link Connection Identifier.

frDcpCircuitIfIndex

The ifIndex value of ifEntry that this DCP virtual circuit object is layered onto.

frDcpCircuitDlci

The Data Link Connection Identifier for this DCP virtual circuit object.

frDcpCircuitEnable

Indicates whether data compression should take place on this particular end side virtual circuit.

frDcpCircuitStatus

On indicates that the compression has been successfully negotiated and is operating. Off indicates that the compression negotiation has failed and compression is not operating at this time, or compression has been terminated by either peer.

frDcpCircuitRatio

The ratio of uncompressed to compressed transmitted data. If the data compression status is off, 1:1 will be displayed

ddsConfigTable

The DDS Configuration Table

ddsConfigEntry

An Entry in the DDS Configuration Table

ddsLineIndex

A unique value for each dds physical port on the platform

ddsIfIndex

Index associated with this dds physical port

ddsLineMode

DDS-PRI is full duplex 56k link, No framing in loop data so loop speed is also 56k. Data stream: --d1 d2 d3 d4 d5 d6 d7-- DDS-CC is full duplex 64k link. Does not require framing bit but uses a same format as SC, ninth bit position is lumped with primary ...

ddsLineCoding

This object describes the variety of Zero Code suppression on this interface. JBZS refers to Jammed Bit Zero suppression, which forces a 1 bit every 8 bit periods. None refers to a mode in which some other means is used to insure pulse density requiremen ...

ddsLoopbackConfig

This variable represents the loop-back configuration of the DDS interface. ddsNoLoop means the interface is not in loop-back state, and LineLoop means the the received data is looped back out.

ddsLineStatus

This describes the current operational status of DDS line.

ddsTxClockSource

The source of Transmit clock. ddsLoopTiming - indicates that the recovered receive clock is used as transmit clock. ddsLocalTiming - indicates that a local clock source is used.

ddsPortInSpeed

This variable describes the current operational receive speed of DDS line. It is a read only value based entirely on DDS type (CC or PRI).

ddsPortOutSpeed

This variable describes the current operational transmit speed of DDS line. It is a read only value based entirely on DDS type CC or PRI

ds1AlarmGlobalAdmin

Used to enable and disable the DS1 Alarm Monitoring Application for all DS1 circuits on the device.

ds1AlarmGlobalAutoRecovery

Used to enable and disable the DS1 Alarm Automatic Recovery feature for all DS1 circuits on the device. For those devices that support ds1 alarm monitoring, but do not support the automatic recovery feature, this object always returns disabled, and perfor ...

ds1AlarmGlobalTrapEnable

Used to enable and disable the DS1 Alarm SNMP Trap generation feature for all DS1 circuits on the device. This object operates in conjunction with configuration of objects in the ctron-trap-mib.txt

ds1AlarmGlobalESCount

Used in conjuction with ctDs1AlarmESInterval to set the threshold for alarm generation when the number of Errored Seconds for a specified time interval, measured in minutes, is exceeded. The default Errored Seconds alarm condition is 100 errored seconds ...

ds1AlarmGlobalESInterval

Used in conjuction with ds1AlarmGlobalESCount to set the threshold for alarm generation when the number of Errored Seconds for a specified time interval, measured in minutes, is exceeded. The default Errored Seconds alarm condition is 100 errored seconds ...

ds1AlarmGlobalBPVErrorRate

Used to specify the negative exponent of 10, used in monitoring Bipolar Violations (Code Violations for E1) over intervals defined by ds1AlarmGlobalBPVInterval. For example, for a ds1AlarmGlobalBPVErrorRate value of 6 used with a ds1AlarmGlobalBPVInterval ...

ds1AlarmGlobalBPVInterval

Used to specify the interval, used in monitoring Bipolar Violations (Code Violations for E1) with thresholds defined by ds1AlarmGlobalBPVErrorRate. For example, for a ds1AlarmGlobalBPVErrorRate value of 6 used with a ds1AlarmGlobalBPVInterval of 15, an al ...

ds1AlarmGlobalManualRecovery

To cause a manual recovery to occur on all Ds1 circuits, this object is set to a 1. It is always read as a 1. The recovery will occur only when automatic recovery is disabled.

ds1AlarmConfigTable

Table containing objects used to configure DS1 alarm functionality on a per DS1 basis.

ds1AlarmConfigEntry

A description of a single entry.

ds1PhysNum

The value for this object is equal to the value of a unique physical connection identifier associated with this DS1 which is clearly labeled on the device. For those products that do not have a DS1 identifier labeled on the device, the value for this obje ...

ds1AlarmAdmin

Used to enable and disable the DS1 Alarm Monitoring Application for this DS1 circuit.

ds1AlarmAutoRecovery

Used to enable and disable the DS1 Alarm Automatic Recovery feature for this DS1 circuit. For those devices that support ds1 alarm monitoring, but do not support the automatic recovery feature, this object always returns disabled, and performs no action w ...

ds1AlarmTrapEnable

Used to enable and disable the DS1 Alarm SNMP Trap generation feature for this DS1 circuit. This object operates in conjunction with configuration of objects in the ctron-trap-mib.txt

ds1AlarmESCount

Used in conjuction with ctDs1AlarmESInterval to set the threshold for alarm generation when the number of Errored Seconds for a specified time interval, measured in minutes, is exceeded. The default Errored Seconds alarm condition is 100 errored seconds ...

ds1AlarmESInterval

Used in conjuction with ctDs1AlarmESCount to set the threshold for alarm generation when the number of Errored Seconds for a specified time interval, measured in minutes, is exceeded. The default Errored Seconds alarm condition is 100 errored seconds ove ...

ds1AlarmBPVErrorRate

Used to specify the negative exponent of 10, used in monitoring Bipolar Violations (Code Violations for E1) over intervals defined by ds1AlarmBPVInterval. For example, for a ds1AlarmBPVErrorRate value of 6 used with a ds1AlarmBPVInterval of 15, an alarm ...

ds1AlarmBPVInterval

Used to specify the interval, used in monitoring Bipolar Violations (Code Violations for E1) with thresholds defined by ds1AlarmBPVErrorRate. For example, for a ds1AlarmBPVErrorRate value of 6 used with a ds1AlarmBPVInterval of 15, an alarm is generated ...

ds1AlarmManualRecovery

To cause a manual recovery to occur, this object is set to a 1. It is always read as a 1. The recovery will occur only when automatic recovery is disabled.

ipPQAdmin

Used to enable and disable the IP Priority Queue Forwarding Application.

iPPQMaxEntries

Returns the maximum number of IP address entries supported by the IP Priority Queue application on this device.

iPPQNumEntries

Get the number of IP address entries currently programmed in the ipPQAddressTable.

iPPQAddAddress

Add an IP address to the ipPQAddressTable. Always read as a 0.0.0.0.

iPPQDelAddress

Delete an IP address from the ipPQAddressTable. Always read as a 0.0.0.0.

ipPQAddressTable

Table containing IP addresses, used in an IP Priority Queue Forwarding function.

ipPQAddressEntry

A description of a single entry.

ipPQAddressId

A unique value identifying an element in a sequence of IP PQ address entries.

ipPQIPAddress

Returns an IP address associated with a specific entry in this table.

ctWanHDSLPerformance15mTable

HDSL 15 minute performance table. This table provides the accumulated counts of errored seconds (ES) and unavailable seconds (UAS) for the HDSL line including the local, remote units and any doublers in between during a 15 minutes period for the last 24 h ...

ctWanHDSLPerformance15mEntry

Entries in the 15 minute performance table

ctWanHDSLPerformance15mConnIndex

Identify the HDSL connection within the device, indexing from 1 to the maximum allowed number of HDSL connections in the device.

ctWanHDSLPerformance15mSlotIndex

Define which 15-minute slot history of the HDSL within the 24 hour period. Indexing from 1 - 97 with the first index representing the current 15-minute history

ctWanHDSLHLULoop1UAS15m

Unavailable seconds (UAS) on LOOP 1 of the local line unit during the 15-minute period.

ctWanHDSLHLULoop1ES15m

Errored seconds (ES) on LOOP 1 of the local line unit during the 15-minute period.

ctWanHDSLHLULoop2UAS15m

Unavailable seconds (UAS) on LOOP 2 of the local line unit during the 15-minute period.

ctWanHDSLHLULoop2ES15m

Errored seconds (ES) on LOOP 2 of the local line unit during the 15-minute period.

ctWanHDSLHRULoop1UAS15m

Unavailable seconds (UAS) on LOOP 1 of the remote line unit during the 15-minute period.

ctWanHDSLHRULoop1ES15m

Errored seconds (ES) on LOOP 1 of the remote line unit during the 15-minute period.

ctWanHDSLHRULoop2UAS15m

Unavailable seconds (UAS) on LOOP 2 of the remote line unit during the 15-minute period.

ctWanHDSLHRULoop2ES15m

Errored seconds (ES) on LOOP 2 of the remote line unit during the 15-minute period.

ctWanHDSLDb1NetworkLoop1UAS15m

Unavailable seconds (UAS) on LOOP 1 of the first doubler unit's network side during the 15-minute period.

ctWanHDSLDb1NetworkLoop1ES15m

Errored seconds (ES) on LOOP 1 of the first doubler unit's network side during the 15-minute period.

ctWanHDSLDb1NetworkLoop2UAS15m

Unavailable seconds (UAS) on LOOP 2 of the first doubler unit's network side during the 15-minute period.

ctWanHDSLDb1NetworkLoop2ES15m

Errored seconds (ES) on LOOP 2 of the first doubler unit's network side during the 15-minute period.

ctWanHDSLDb1CustomerLoop1UAS15m

Unavailable seconds (UAS) on LOOP 1 of the first doubler unit's customer side during the 15-minute period.

ctWanHDSLDb1CustomerLoop1ES15m

Errored seconds (ES) on LOOP 1 of the first doubler unit's customer side during the 15-minute period.

ctWanHDSLDb1CustomerLoop2UAS15m

Unavailable seconds (UAS) on LOOP 2 of the first doubler unit's customer side during the 15-minute period.

ctWanHDSLDb1CustomerLoop2ES15m

Errored seconds (ES) on LOOP 2 of the first doubler unit's customer side during the 15-minute period.

ctWanHDSLDb2NetworkLoop1UAS15m

Unavailable seconds (UAS) on LOOP 1 of the second doubler unit's network side during the 15-minute period.

ctWanHDSLDb2NetworkLoop1ES15m

Errored seconds (ES) on LOOP 2 of the second doubler unit's network side during the 15-minute period.

ctWanHDSLDb2NetworkLoop2UAS15m

Unavailable seconds (UAS) on LOOP 2 of the second doubler unit's network side during the 15-minute period.

ctWanHDSLDb2NetworkLoop2ES15m

Errored seconds (ES) on LOOP 2 of the second doubler unit's network side during the 15-minute period.

ctWanHDSLDb2CustomerLoop1UAS15m

Unavailable seconds (UAS) on LOOP 1 of the second doubler unit's customer side during the 15-minute period.

ctWanHDSLDb2CustomerLoop1ES15m

Errored seconds (ES) on LOOP 1 of the second doubler unit's customer side during the 15-minute period.

ctWanHDSLDb2CustomerLoop2UAS15m

Unavailable seconds (UAS) on LOOP 2 of the second doubler unit's customer side during the 15-minute period.

ctWanHDSLDb2CustomerLoop2ES15m

Errored seconds (ES) on LOOP 2 of the second doubler unit's customer side during the 15-minute period.

ctWanHDSLPerformance24hTable

HDSL 24-hour performance table. This table provides the accumulated counts of errored seconds (ES) and unavailable seconds (UAS) for the HDSL line including the local, remote units and any doublers in between during a 24-hour period for the last 7 days. T ...

ctWanHDSLPerformance24hEntry

Entries in the 24-hour ctWanHDSLPerformance table

ctWanHDSLPerformance24hConnIndex

Identify the HDSL connection within the device, indexing from 1 to the maximum allowed number of HDSL connections in the device.

ctWanHDSLPerformance24hSlotIndex

Define which 24-hour slot history of the HDSL within the last 7 days period. Indexing from 1 - 8 with the first index representing the current 24 hour history

ctWanHDSLHLULoop1UAS24h

Unavailable seconds (UAS) on LOOP 1 of the local line unit during the 24-hour period.

ctWanHDSLHLULoop1ES24h

Errored seconds (ES) on LOOP 1 of the local line unit during the 24-hour period.

ctWanHDSLHLULoop2UAS24h

Unavailable seconds (UAS) on LOOP 2 of the local line unit during the 24-hour period.

ctWanHDSLHLULoop2ES24h

Errored seconds (ES) on LOOP 2 of the local line unit during the 24-hour period.

ctWanHDSLHRULoop1UAS24h

Unavailable seconds (UAS) on LOOP 1 of the remote line unit during the 24-hour period.

ctWanHDSLHRULoop1ES24h

Errored seconds (ES) on LOOP 1 of the remote line unit during the 24-hour period.

ctWanHDSLHRULoop2UAS24h

Unavailable seconds (UAS) on LOOP 2 of the remote line unit during the 24-hour period.

ctWanHDSLHRULoop2ES24h

Errored seconds (ES) on LOOP 2 of the remote line unit during the 24-hour period.

ctWanHDSLDb1NetworkLoop1UAS24h

Unavailable seconds (UAS) on LOOP 1 of the first doubler unit's network side during the 24-hour period.

ctWanHDSLDb1NetworkLoop1ES24h

Errored seconds (ES) on LOOP 1 of the first doubler unit's network side during the 24-hour period.

ctWanHDSLDb1NetworkLoop2UAS24h

Unavailable seconds (UAS) on LOOP 2 of the first doubler unit's network side during the 24-hour period.

ctWanHDSLDb1NetworkLoop2ES24h

Errored seconds (ES) on LOOP 2 of the first doubler unit's network side during the 24-hour period.

ctWanHDSLDb1CustomerLoop1UAS24h

Unavailable seconds (UAS) on LOOP 1 of the first doubler unit's customer side during the 24-hour period.

ctWanHDSLDb1CustomerLoop1ES24h

Errored seconds (ES) on LOOP 1 of the first doubler unit's customer side during the 24-hour period.

ctWanHDSLDb1CustomerLoop2UAS24h

Unavailable seconds (UAS) on LOOP 2 of the first doubler unit's customer side during the 24-hour period.

ctWanHDSLDb1CustomerLoop2ES24h

Errored seconds (ES) on LOOP 2 of the first doubler unit's customer side during the 24-hour period.

ctWanHDSLDb2NetworkLoop1UAS24h

Unavailable seconds (UAS) on LOOP 1 of the second doubler unit's network side during the 24-hour period.

ctWanHDSLDb2NetworkLoop1ES24h

Errored seconds (ES) on LOOP 1 of the second doubler unit's network side during the 24-hour period.

ctWanHDSLDb2NetworkLoop2UAS24h

Unavailable seconds (UAS) on LOOP 2 of the second doubler unit's network side during the 24-hour period.

ctWanHDSLDb2NetworkLoop2ES24h

Errored seconds (ES) on LOOP 2 of the second doubler unit's network side during the 24-hour period.

ctWanHDSLDb2CustomerLoop1UAS24h

Unavailable seconds (UAS) on LOOP 1 of the second doubler unit's customer side during the 24-hour period.

ctWanHDSLDb2CustomerLoop1ES24h

Errored seconds (ES) on LOOP 1 of the second doubler unit's customer side during the 24-hour period.

ctWanHDSLDb2CustomerLoop2UAS24h

Unavailable seconds (UAS) on LOOP 2 of the second doubler unit's customer side during the 24-hour period.

ctWanHDSLDb2CustomerLoop2ES24h

Errored seconds (ES) on LOOP 2 of the second doubler unit's customer side during the 24-hour period.

ctWanHDSLStatisticsTable

This table collects the statistics for the Signal noise ratio (SNR), and the pulse attenuation of the HDSL line, including the local, remote units and the doublers in between.

ctWanHDSLStatisticsEntry

Entries of the HDSL statistics table

ctWanHDSLStatisticsHLUConnIndex

Identify the HDSL connection occupied in the device, indexing from 1 to the maximum allowed connections in the device.

ctWanHDSLSNRHLULoop1

Current SNR on LOOP 1 of the local line unit.

ctWanHDSLSNRLowHLULoop1

Lowest SNR on LOOP 1 of the local line unit.

ctWanHDSLSNRHighHLULoop1

Highest SNR on LOOP 1 of the local line unit.

ctWanHDSLSNRHLULoop2

Current SNR on LOOP 2 of the local line unit.

ctWanHDSLSNRLowHLULoop2

Lowest SNR on LOOP 2 of the local line unit.

ctWanHDSLSNRHighHLULoop2

Highest SNR on LOOP 2 of the local line unit.

ctWanHDSLPulseAttenuationHLULoop1

pulse Attenuation on LOOP 1 of the local line unit.

ctWanHDSLPulseAttenuationHLULoop2

pulse Attenuation on LOOP 2 of the local line unit.

ctWanHDSLBitStat1HLU

A byte value which contains product specific information: bit 0 - System in AIS on the local line unit. 1 - System in AIS on the remote line unit. 2 - Channels are reversed on the remote line unit. 3 - Channels are reversed on the doubler 1. 4 - Channels ...

ctWanHDSLSNRHRULoop1

Current SNR on LOOP 1 of the remote line unit.

ctWanHDSLSNRLowHRULoop1

Lowest SNR on LOOP 1 of the remote line unit.

ctWanHDSLSNRHighHRULoop1

Highest SNR on LOOP 1 of the remote line unit.

ctWanHDSLSNRHRULoop2

Current SNR on LOOP 2 of the remote line unit.

ctWanHDSLSNRLowHRULoop2

Lowest SNR on LOOP 2 of the remote line unit.

ctWanHDSLSNRHighHRULoop2

Highest SNR on LOOP 2 of the remote line unit.

ctWanHDSLPulseAttenuationHRULoop1

pulse Attenuation on LOOP 1 of the remote line unit.

ctWanHDSLPulseAttenuationHRULoop2

pulse Attenuation on LOOP 2 of the remote line unit.

ctWanHDSLDs1FrameHRU

Byte value shows DS1 frame and code information for the remote line unit (HiGain only): bit 0:1 - 0 - frame format is SF. 1 - frame format is ESF. 2 - Frame format is unframed. 3 - no activity. bit 2:3 - reserved. bit 4 - 0 - line code is AMI 1 - line co ...

ctWanHDSLSNRDb1NetworkLoop1

Current SNR on LOOP 1 of doubler 1's network side

ctWanHDSLSNRLowDb1NetworkLoop1

Lowest SNR on LOOP 1 of doubler 1's network side

ctWanHDSLSNRHighDb1NetworkLoop1

Highest SNR on LOOP 1 of doubler 1's network side

ctWanHDSLSNRDb1NetworkLoop2

Current SNR on LOOP 2 of doubler 1's network side.

ctWanHDSLSNRLowDb1NetworkLoop2

Lowest SNR on LOOP 2 of doubler 1's network side.

ctWanHDSLSNRHighDb1NetworkLoop2

Highest SNR on LOOP 2 of doubler 1's network side.

ctWanHDSLSNRDb1CustomerLoop1

Current SNR on LOOP 1 of doubler 1's customer side.

ctWanHDSLSNRLowDb1CustomerLoop1

Lowest SNR on LOOP 1 of doubler 1's customer side.

ctWanHDSLSNRHighDb1CustomerLoop1

Highest SNR on LOOP 1 of doubler 1's customer side.

ctWanHDSLSNRDb1CustomerLoop2

Current SNR on LOOP 2 of doubler 1's customer side.

ctWanHDSLSNRLowDb1CustomerLoop2

Lowest SNR on LOOP 2 of doubler 1's customer side.

ctWanHDSLSNRHighDb1CustomerLoop2

Highest SNR on LOOP 2 of doubler 1's customer side.

ctWanHDSLPulseAttenuationDb1NetworkLoop1

Pulse Attenuation on LOOP 1 of doubler 1's network side.

ctWanHDSLPulseAttenuationDb1NetworkLoop2

Pulse Attenuation on LOOP 2 of doubler 1's network side.

ctWanHDSLPulseAttenuationDb1CustomerLoop1

Pulse Attenuation on LOOP 1 of doubler 1's customer side.

ctWanHDSLPulseAttenuationDb1CustomerLoop2

pulse Attenuation on LOOP 2 of doubler 1's customer side.

ctWanHDSLSNRDb2NetworkLoop1

Current SNR on LOOP 1 of doubler 2's network side.

ctWanHDSLSNRLowDb2NetworkLoop1

Lowest SNR on LOOP 1 of doubler 2's network side.

ctWanHDSLSNRHighDb2NetworkLoop1

Highest SNR on LOOP 1 of doubler 2's network side.

ctWanHDSLSNRDb2NetworkLoop2

Current SNR on LOOP 2 of doubler 2's network side.

ctWanHDSLSNRLowDb2NetworkLoop2

Lowest SNR on LOOP 2 of doubler 2's network side.

ctWanHDSLSNRHighDb2NetworkLoop2

Highest SNR on LOOP 2 of doubler 2's network side.

ctWanHDSLSNRDb2CustomerLoop1

Current SNR on LOOP 1 of doubler 2's customer side.

ctWanHDSLSNRLowDb2CustomerLoop1

Lowest SNR on LOOP 1 of doubler 2's customer side.

ctWanHDSLSNRHighDb2CustomerLoop1

Highest SNR on LOOP 1 of doubler 2's customer side.

ctWanHDSLSNRDb2CustomerLoop2

Current SNR on LOOP 2 of doubler 2's customer side.

ctWanHDSLSNRLowDb2CustomerLoop2

Lowest SNR on LOOP 2 of doubler 2's customer side.

ctWanHDSLSNRHighDb2CustomerLoop2

Highest SNR on LOOP 2 of doubler 2's customer side.

ctWanHDSLPulseAttenuationDb2NetworkLoop1

Pulse Attenuation on LOOP 1 of doubler 2's network side

ctWanHDSLPulseAttenuationDb2NetworkLoop2

Pulse Attenuation on LOOP 2 of doubler 2's network side.

ctWanHDSLPulseAttenuationDb2CustomerLoop1

pulse Attenuation on LOOP 1 of doubler 2's customer side.

ctWanHDSLPulseAttenuationDb2CustomerLoop2

Pulse Attenuation on LOOP 2 of doubler 2's customer side.

ctWanHDSLTestTable

Test result for the HDSL line, the current test results only apply to the local line unit.

ctWanHDSLTestEntry

Entries of the HDSL test results table.

ctWanHDSLTestHLUConnIndex

Identify the slot of the HDSL within the device that the user wants to conduct the line unit test. Slot number start from 1 to maximum slots available in the device.

ctWanHDSLTestMode

This object may only be successfully set on a master device. When this object is set, the local unit's test mode is defined by these values when set: 1 - Normal operation 3 - Self test mode 4 - PROM check test 5 - External RAM test 6 - DS1 loop test 7 - M ...

ctWanHDSLHLUTestResult

Test result for the local line unit (1 - test failed, 0 - success): bit 0 - 2180 DS1 frame sync test (HiGain only) 1 - 2180 DS1 data test (HiGain only) 2 - LIU DS1 frame sync test (HiGain only) 3 - LIU DS1 data test (HiGain only) 4 - External DS1 frame sy ...

ctWanHDSLAlarmsTable

This table collects the existing alarms information for the HDSL line, including the local, remote line units and the doublers.

ctWanHDSLAlarmsEntry

Entries for the ctWanHDSL alarms information

ctWanHDSLAlarmsHLUConnIndex

Identify which HDSL connection within the device that the user wants to retrieve the alarm information.

ctWanHDSLAlarmsBackplane

Specific information that's related to the HDSL alarms, each bit in the two bytes value has the following meaning if set: Bit 0 : Local Loss of Signal on DS1 line (HiGain only). 1 : Remote Loss of Signal on DS1 list (HiGain only). 2 - 7 : reserved. 8 : Lo ...

ctWanHDSLAlarmsES

A two bytes value for the Errored Second indication of the HDSL line unit, including local, remote line units and the doublers. each bit in the two bytes value has the following meaning if set: Bit 0 : Errored Second on LOOP 1 of local line unit. 1 : Erro ...

ctWanHDSLAlarmHistoryTable

HDSL Alarm History table. This table provides the accumulated counts of Errored Seconds (ES) and Loss of Sync words (LOS) as well as the time stamp of the above events occurred for both of the HDSL loops. The time stamps show the date in MMDDYYYYHHMM form ...

ctWanHDSLAlarmHistoryEntry

Entries in the Alarm History table

ctWanHDSLAlarmHistoryConnIndex

Defines which HDSL connection's alarm history within the device.

ctWanHDSLAlHistLLOSFirst

Time stamp of the first time the DS1 Loss Of Signal (LOS) occurred on the local side of the HDSL.

ctWanHDSLAlHistLLOSLast

Time stamp of the last time the DS1 Loss Of Signal (LOS) occurred on the local side of the HDSL.

ctWanHDSLAlHistLLOSCurrent

Set if the DS1 Loss Of Signal (LOS) still occurred on the local side of the HDSL.

ctWanHDSLAlHistLLOSCount

Number of times the DS1 Loss Of Signal (LOS) occurred since we last cleared the alarm history on the local side of the HDSL. (HiGain only)

ctWanHDSLAlHistRLOSFirst

Time stamp of the first time the DS1 Loss Of Signal (LOS) occurred on the remote side of the HDSL. (HiGain only)

ctWanHDSLAlHistRLOSLast

Time stamp of the last time the DS1 Loss Of Signal (LOS) occurred on the remote side of the HDSL. (HiGain only)

ctWanHDSLAlHistRLOSCurrent

Set if the DS1 Loss Of Signal (LOS) still occurred on the remote site of the HDSL. (HiGain only)

ctWanHDSLAlHistRLOSCount

Number of times the DS1 Loss Of Signal (LOS) occurred since we last cleared the alarm history on the remote site of the HDSL. (HiGain only)

ctWanHDSLAlHistLOSW1First

Time stamp of the first time the Loss Of Sync Word (LOSW) occurred on the LOOP 1 of the HDSL link.

ctWanHDSLAlHistLOSW1Last

Time stamp of the last time the Loss Of Sync Word (LOSW) occurred on the LOOP 1 of the HDSL link.

ctWanHDSLAlHistLOSW1Current

Set if the Loss Of Sync Word (LOSW) still occurred on the LOOP 1 of the HDSL link.

ctWanHDSLAlHistLOSW1Count

Number of times the Loss Of Sync Word (LOSW) occurred since we last cleared the history on the LOOP 1 of the HDSL link.

ctWanHDSLAlHistLOSW2First

Time stamp of the first time the Loss Of Sync Word (LOSW) occurred on the LOOP 2 of the HDSL link.

ctWanHDSLAlHistLOSW2Last

Time stamp of the last time the Loss Of Sync Word (LOSW) occurred on the LOOP 2 of the HDSL link.

ctWanHDSLAlHistLOSW2Current

Set if the Loss Of Sync Word (LOSW) still occurred on the LOOP 2 of the HDSL link.

ctWanHDSLAlHistLOSW2Count

Number of times the Loss Of Sync Word (LOSW) occurred since we last cleared the history on the LOOP 2 of the HDSL link.

ctWanHDSLAlHistES1First

Time stamp of the first time the Errored Seconds (ES) occurred on the LOOP 1 of the HDSL link.

ctWanHDSLAlHistES1Last

Time stamp of the last time the Errored Seconds (ES) occurred on the LOOP 1 of the HDSL link.

ctWanHDSLAlHistES1Current

Set if the Errored Seconds (ES) still occurred on the LOOP 1 of the HDSL link.

ctWanHDSLAlHistES1Count

Number of times the Errored Seconds (ES) occurred since we last cleared the alarm history on the LOOP 1 of the HDSL link.

ctWanHDSLAlHistES2First

Time stamp of the first time the Errored Seconds (ES) occurred on the LOOP 2 of the HDSL link.

ctWanHDSLAlHistES2Last

Time stamp of the last time the Errored Seconds (ES) occurred on the LOOP 2 of the HDSL link.

ctWanHDSLAlHistES2Current

Set if the Errored Seconds (ES) still occurred on the LOOP 2 of the HDSL link.

ctWanHDSLAlHistES2Count

Number of times the Errored Seconds (ES) occurred since we last cleared the history on the LOOP 2 of the HDSL link.

ctWanHDSLAlHistMargin1First

Time stamp of the first time the alarms exceeded the Margin Threshold on LOOP 1 of the HDSL link.

ctWanHDSLAlHistMargin1Last

Time stamp of the last time the alarms exceeded the Margin Threshold on the LOOP 1 of the HDSL link.

ctWanHDSLAlHistMargin1Current

Set if the alarms still exceeded the Margin Threshold on the LOOP 1 of the HDSL link.

ctWanHDSLAlHistMargin1Count

Number of times the alarm exceeded the Margin Threshold since we last cleared the alarm history on the LOOP 1 of the HDSL link.

ctWanHDSLAlHistMargin2First

Time stamp of the first time the alarms exceeded the Margin Threshold on LOOP 2 of the HDSL link.

ctWanHDSLAlHistMargin2Last

Time stamp of the last time the alarms exceeded the Margin Threshold on the LOOP 2 of the HDSL link.

ctWanHDSLAlHistMargin2Current

Set if the alarms still exceeded the Margin Threshold on the LOOP 2 of the HDSL link.

ctWanHDSLAlHistMargin2Count

Number of times the alarm exceeded the Margin Threshold since we last cleared the alarm history on the LOOP 2 of the HDSL link.

ctWanHDSLAlHistCleared

Time stamp of the time user requested to clear the alarm history.

ctWanHDSLAlHistClearit

set to a 1 to clear the alarm history. A read of this value always returns a 1. NOTE: the setting of this object also causes the SNR low value, SNR high value, and the performance history to be reset.

ctWanHDSLLoopbacksTable

HDSL Loopback table. This table provides the certain loopback settings for the HDSL link.

ctWanHDSLLoopbacksEntry

Entries in the HDSL Loopback table.

ctWanHDSLLoopbacksHLUConnIndex

Identify the HDSL connection within the device

ctWanHDSLLoopbacksAdminType

This is the requested loopback type for the HDSL. loopbacks setting: 1 : Smartjack - loopback to network at remote line unit. 2 : Loopback to network at local line unit. 3 : Loopback to network at remote line unit. 4 : Loopback to customer at local line u ...

ctWanHDSLLoopbacksOperType

This is the operational loopback type for the HDSL. loopbacks setting: 1 : Smartjack - loopback to network at remote line unit. 2 : Loopback to network at local line unit. 3 : Loopback to network at remote line unit. 4 : Loopback to customer at local line ...