PEA-ADSL-IPDSLAM: View SNMP OID List / Download MIB

The IP DSLAM software supports a number of standard and proprietary MIBs. The MIB module defines objects for the management of a pair of ADSL modems at each end of the ADSL line and is an extension to the ADSL-LINE-MIB (RFC2662). The reason for this MIB module is that the original ADSL-LINE- MIB is not conforming to the G.997.1 standard. The draft extension MIB (RFC2662) is not released yet and is also lacking parameters defined in the G.997.1. One naming convention was added to those from the ADSL-LINE-MIB: an 'X' from 'extension' is added to all names.

This table provides extra information in relation to the adslAtucPhysTable for ADSL lines.

An entry in adslAtucPhysXTable.

This object contains the previous signal to noise margin for the ATU-C, i.e the total SNR margin recorded when the last synchronisation of the line was carried out.

This object contains the previous measured total output power transmitted by the ATU-C, i.e the total output power recorded when the last synchronisation of the line was carried out.

Upstream bit allocation table. Substituted by adslAtucPhysXBitAllocation in HMI 9.x

SNR measured in the upstream band. There are 64 tones in the upstream band and every tone is represented by 4 octets. Substituted by adslAtucPhysXToneSnrUs in HMI 9.x

Upstream loop attenuation. Measured difference in the total power transmitted by the peer ATU and the total power received by this ATU.

This table provides extra information in relation to the adslAturPhysTable for ADSL lines.

An entry in adslAturPhysXTable.

This object contains the previous signal to noise margin for the ATU-R, i.e the total SNR margin recorded when the last synchronisation of the line was carried out.

This object contains the previous measured total output power transmitted by the ATU-R, i.e the total output power recorded when the last synchronisation of the line was carried out.

Downstream bit allocation table, tones 0-255 Substituted by adslAturPhysXBitAllocation in HMI 9.x

Downstream bit allocation table, tones 256-511 Substituted by adslAturPhysXBitAllocation in HMI 9.x

Downstream loop attenuation. Measured difference in the total power transmitted by this ATU and the total power received by the peer ATU.

This table provides extra information in relation to the adslLineConfProfileTable for ADSL line configuration profile.

Each entry corresponds to an ADSL line configuration profile. Each profile contains a set of ADSL line configuration parameters. The configuration parameters in a profile are applied to those lines referencing that profile.

This object is the unique profile name associated with this profile.

This object consists of a bitmap of 512 bits, where each bit disables or enables one carrier in the downstream (ATU-C) direction. 1 enables the carrier and 0 disables it. Each bitmap is represented as a list of 64 bytes, each representing a bitmap of 8 bits. The first byte of the list represents carriers 0-7, the second byte represents carriers 8-15, etc. The last byte represents carriers 504-511. In each byte, the LSB represents the lowest carrier in the range, while the MSB represents the highest carrier in the range.

This object consists of a bitmap of 64 bits, where each bit disables or enables one carrier in the upstream (ATU-R) direction. 1 enables the carrier and 0 disables it. Each bitmap is represented as a list of 8 bytes, each representing a bitmap of 8 bits. The first byte of the list represents carriers 0-7, the second byte represents carriers 8-15, etc. The last byte represents carriers 56-63. In each byte, the LSB represents the lowest carrier in the range, while the MSB represents the highest carrier in the range.

This object consists of a bitmap of 256 bits, where each bit disables or enables one carrier. One enables the carrier and zero disables it. The distribution between up- and downstream carriers is autonomously done in the CO-chipset, based upon the selected protocol. Each bitmap is represented as a list of 32 bytes, each representing a bitmap of 8 bits. The first byte of the list represents carriers 0-7, the second byte represents carriers 8-15, etc. The last byte represents carriers 248-255. In each byte, the LSB represents the lowest carrier in the range, while the MSB represents the highest carrier in the range.

Power Management State Enabling (PMMode) as defined in G.997.1 (7.3.1.1.4). Only L2 mode is supported. Enumeration: 'disableL2AndL3': 0, 'enableL3': 1, 'enableL2': 2, 'enableL2AndL3': 3.

Disable or enable protection for a specific PRM frequency Enumeration: 'enable16kHzPrmProtect': 2, 'enable12kHzPrmProtect': 1, 'disablePrmProtect': 0.

Sets the power level of the PRM signal. Approximation: prmPower ~ 1000 * (Vrms^2). Valid range: 0 to (2E32)-1.

This table provides extra information in relation to the adslLineAlarmConfProfileTable for an ADSL alarm configuration profile.

Each entry corresponds to an ADSL line alarm configuration profile. Each profile contains a set of ADSL line alarm configuration parameters. The configuration parameters in a profile are applied to those lines referencing that profile.

This object is the unique profile name associated with this profile.

The number of Errored Seconds encountered by an ADSL interface within the 24 hour (1 day) data collection period, which causes the SNMP agent to send an adslAtucPerfXESsThresh1DayTrap. One trap will be sent per interval per interface. A value of `0' will disable the trap.

The number of Errored Seconds encountered by an ADSL interface within the 24 hour (1 day) data collection period, which causes the SNMP agent to send an adslAturPerfXESsThresh1DayTrap. One trap will be sent per interval per interface. A value of `0' will disable the trap.

The number of Severely Errored Seconds encountered by an ADSL interface within the 24 hour (1 day) data collection period, which causes the SNMP agent to send an adslAturPerfXSesThresh1DayTrap. One trap will be sent per interval per interface. A value of `0' will disable the trap.

The number of Severely Errored Seconds encountered by an ADSL interface within the 24 hour (1 day) data collection period, which causes the SNMP agent to send an adslAturPerfXSesThresh1DayTrap. One trap will be sent per interval per interface. A value of `0' will disable the trap.

The number of Unavailable Seconds encountered by an ADSL interface within the 24 hour (1 day) data collection period, which causes the SNMP agent to send an adslAturPerfXUasThresh1DayTrap. One trap will be sent per interval per interface. A value of `0' will disable the trap.

The number of Unavailable Seconds encountered by an ADSL interface within the 24 hour (1 day) data collection period, which causes the SNMP agent to send an adslAturPerfXUasThresh1DayTrap. One trap will be sent per interval per interface. A value of `0' will disable the trap.

The number of Loss of Frame Seconds encountered by an ADSL interface within the 24 hour (1 day) data collection period, which causes the SNMP agent to send an adslAtucPerfXLofsThresh1DayTrap. One trap will be sent per interval per interface. A value of `0' will disable the trap.

The number of Loss of Frame Seconds encountered by an ADSL interface within the 24 hour (1 day) data collection period, which causes the SNMP agent to send an adslAturPerfXLofsThresh1DayTrap. One trap will be sent per interval per interface. A value of `0' will disable the trap.

The number of Loss of Signal Seconds encountered by an ADSL interface within the 24 hour (1 day) data collection period, which causes the SNMP agent to send an adslAtucPerfXLossThresh1DayTrap. One trap will be sent per interval per interface. A value of `0' will disable the trap.

The number of Loss of Signal Seconds encountered by an ADSL interface within the 24 hour (1 day) data collection period, which causes the SNMP agent to send an adslAturPerfXLossThresh1DayTrap. One trap will be sent per interval per interface. A value of `0' will disable the trap.

The number of Loss of Link Seconds encountered by an ADSL interface within the 24 hour (1 day) data collection period, which causes the SNMP agent to send an adslAtucPerfXLolsThresh1DayTrap. One trap will be sent per interval per interface. A value of `0' will disable the trap.

The number of Loss of Power Seconds encountered by an ADSL interface within the 24 hour (1 day) data collection period, which causes the SNMP agent to send an adslAturPerfXLprsThresh1DayTrap. One trap will be sent per interval per interface. A value of `0' will disable the trap.

This table provides extra information in relation to the adslAtucPerfDataTable for each ATU-C.

An entry in adslAtucPerfDataXTable.

Count of forward error correction seconds since agent reset.

Count of forward error correction seconds in the current 15 minute interval.

Count of the number of forward error correction seconds during the current day as measured by adslAtucPerfCurr1DayTimeElapsed.

Count of forward error correction seconds in the interval within the most recent previous 1-day period.

The number of previous 1 day intervals in the 1 day interval table for which data was collected. Given that is the maximum # of intervals supported. The value will be unless the measurement was (re-)started within the last days, in which case the value will be the number of complete 1-day intervals for which the agent has at least some data.

The number of intervals in the range from 0 to the value of adslAtucPerfX1DayValidIntervals for which no data is available.

This table provides extra information in relation to the adslAturPerfDataTable for each ATU-R.

An entry in adslAturPerfDataXTable.

Count of forward error correction seconds since agent reset.

Count of forward error correction seconds in the current 15 minute interval.

Count of the number of forward error correction seconds during the current day as measured by adslAturPerfCurr1DayTimeElapsed.

Count of forward error correction seconds in the interval within the most recent previous 1-day period.

The number of previous 1 day intervals in the 1 day interval table for which data was collected. Given that is the maximum # of intervals supported. The value will be unless the measurement was (re-)started within the last days, in which case the value will be the number of complete 1-day intervals for which the agent has at least some data.

The number of intervals in the range from 0 to the value of adslAturPerfX1DayValidIntervals for which no data is available.

This table provides extra information in relation to the adslAtucIntervalTable for each ATU-C performance collection interval. Performance Data Interval number 1 is the the most recent previous interval; interval 96 is 24 hours ago. Intervals 2..96 are optional. Interval number 1 is the only interval used currently.

An entry in the adslAtucIntervalXTable.

Count of forward error correction seconds in the interval.

This table provides extra information in relation to the adslAturIntervalTable for each ATU-R performance collection interval. Performance Data Interval number 1 is the the most recent previous interval; interval 96 is 24 hours ago. Intervals 2..96 are optional. Interval number 1 is the only interval used currently.

An entry in the adslAturIntervalXTable.

Count of forward error correction seconds in the interval.

This table provides extra ATU-C channel information in relation to the adslAtucChanPerfDataTable. ADSL channel interfaces are those ifEntries where ifType is equal to adslInterleave(124) or adslFast(125).

An entry in the adslAtucChanPerfDataXTable.

Count of all header error correction violations received on this channel within the current 15 minute interval.

Count of all ATM cells received on this channel within the current 15 minute interval.

Count of all valid non-idle ATM cells successfuly trasmited to the UTOPIA bus within the current 15 minute interval.

Count of all idle ATM cells received on this channel within the current 15 minute interval.

Count the number of bit errors in the payload of the valid idle ATM cells received on this channel within the current 15 minute interval. An approximate estimate of the BER is given by; idleCellBitErrors/(8*48*idleCells)

Count of all header error correction violations received on this channel during the current day as measured by adslAtucChanPerfCurr1DayTimeElapsed.

Count of all ATM cells received on this channel during the current day.

Count of all valid non-idle ATM cells successfuly trasmited to the UTOPIA bus during the current day.

Count of all idle ATM cells received on this channel during the current day.

Count the number of bit errors in the payload of the valid idle ATM cells received on this channel during the current day.

Count of all header error correction violations blocks received on this channel within the most recent previous 1-day period.

Count of all ATM cells received on this channel within the most recent previous 1-day period.

Count of all valid non-idle ATM cells successfuly trasmited to the UTOPIA bus within the most recent previous 1-day period.

Count of all idle ATM cells received on this channel within the most recent previous 1-day period.

Count the number of bit errors in the payload of the valid idle ATM cells received on this channel within the most recent previous 1-day period.

Count the number oc cells discarded due to the received UTOPIA FIFO being full within the current 15 minute interval.

Count the number oc cells discarded due to the received UTOPIA FIFO being full during the current day.

Count the number oc cells discarded due to the received UTOPIA FIFO being full within the most recent previous 1-day period.

This table provides extra ATU-R channel information in relation to the adslAturChanPerfDataTable. ADSL channel interfaces are those ifEntries where ifType is equal to adslInterleave(124) or adslFast(125).

An entry in the adslAturChanPerfDataXTable.

Count of all header error correction violations received on this channel within the current 15 minute interval.

Count of all ATM cells received on this channel within the current 15 minute interval.

Count of all valid non-idle ATM cells successfuly received to the UTOPIA bus within the current 15 minute interval.

Count of all header error correction violations received on this channel during the current day as measured by adslAturChanPerfCurr1DayTimeElapsed.

Count of all ATM cells received on this channel during the current day.

Count of all valid non-idle ATM cells successfuly received to the UTOPIA bus during the current day.

Count of all header error correction violations received on this channel within the most recent previous 1-day period.

Count of all ATM cells received on this channel within the most recent previous 1-day period.

Count of all valid non-idle ATM cells successfuly received to the UTOPIA bus within the most recent previous 1-day period.

Count the number of bit errors in the payload of the valid idle ATM cells received on this channel within the current 15 minute interval. An approximate estimate of the BER is given by; idleCellBitErrors/(8*48*idleCells) Applies to ADSL2 only

Count the number of bit errors in the payload of the valid idle ATM cells received on this channel during the current day. Applies to ADSL2 only.

Count the number of bit errors in the payload of the valid idle ATM cells received on this channel within the most recent previous 1-day period. Applies to ADSL2 only.

This table provides extra information in relation to the adslAtucChanIntervalTable for each ATU-C channel's performance collection interval. ADSL channel interfaces are those ifEntries where ifType is equal to adslInterleave(124) or adslFast(125). Performance Data Interval number 1 is the the most recent previous interval; interval 96 is 24 hours ago. Intervals 2..96 are optional. Interval number 1 is the only interval used currently.

An entry in the adslAtucChanIntervalXTable.

Count of all header error correction violations received on this channel during this interval.

Count of all ATM cells received on this channel this interval.

Count of all valid non-idle ATM cells succesfully transmitted to the UTOPIA bus on this interval.

Count of all idle ATM cells received on this channel this interval.

Count the number of bit errors in the payload of the valid idle ATM cells received on this channel on this interval.

Count the number oc cells discarded due to the received UTOPIA FIFO being full on this interval.

This table provides extra information in relation to the adslAturChanIntervalTable for each ATU-R channel's performance collection interval. ADSL channel interfaces are those ifEntries where ifType is equal to adslInterleave(124) or adslFast(125). Performance Data Interval number 1 is the the most recent previous interval; interval 96 is 24 hours ago. Intervals 2..96 are optional. Interval number 1 is the only interval used currently.

An entry in the adslAturChanIntervalXTable.

Count of all header error correction violations received on this channel during this interval.

Count of all ATM cells received on this channel this interval.

Count of all valid non-idle ATM cells succesfully received on the UTOPIA bus on this interval.

Count the number of bit errors in the payload of the valid idle ATM cells received on this channel on this interval. Applies to ADSL2 only

ADSL ATU-C Proprietary Physical Extension Table.

An entry in the adslAtucProprietaryPhysXTable.

Base 2 logarithm for the number of DMT sysmbols per code word in the downstream direction.

Coding used in downstream. The following representation is used: 0 - No coding 1 - Trellis coding 2 - ReedSolomon coding 3 - Concatenayed trellis coding and ReedSolomon coding. Enumeration: 'trellisCoding': 1, 'reedSolomonCoding': 2, 'noCoding': 0, 'trellisAndReedSolomonCoding': 3.

Bit mask giving the set of current active failures on the upstream (bit set => failure is ON). A failure is declared when the corresponding defect is active for more than 2.5 (+/-0.5) sec. A failure is cleared when the corresponding defect is off for at least 10.5 (+/-0.5) sec. The bit index and corresponding failure are: Bit[30] - Set when unavailable time is counted Bit[29] - Set when the modem is not in the Running Showtime state Bit[25] - Loss of cell delineation - interleaved path Bit[24] - Loss of cell delineation - fast path Bit[19] - Loss of signal Bit[18] - Loss of frame Bit[17] - No cell delineation - interleaved Bit[16] - No cell delineation - fast Bit[15] - PTM TC Out-Of-Sync Violation for bearer channel B0 Bit[14] - PTM TC Coding Violation for bearer channel B0, non-preemptive Bit[13] - PTM TC Coding Violation for bearer channel B0, preemptive Bit[12] - PTM TC Out-Of-Sync Violation for bearer channel B1 Bit[11] - PTM TC Coding Violation for bearer channel B1, non-preemptive Bit[10] - PTM TC Coding Violation for bearer channel B1, preemptive Bit[07] - No common mode in Handshake. Set when the test configuration prevents the training in the only mode supported by the ATU-R Bit[06] - Bit rate is too high. Set when the line quality does allow support for the minimum bit rate configured Bit[05] - Communication problem. Sethwne initialisation could not be completed due to time-out or a CRC error in one of the message received from the ATU-R Bit[04] - No detection. Set when the ATU-R has not been detected after 2.5 seconds of attempts to activate the line. Note: The RunningShowtime state is left as soon as unavailable time is counted (10 consecutive severely errored seconds), so bits 1 and 2 are always set together. Bits: 'notRunningShowTimeStateUS': 29, 'reserved9': 9, 'reserved8': 8, 'ptmOutOfSyncB0US': 15, 'lossOfFrameUS': 18, 'reserved0': 0, 'reserved3': 3, 'reserved2': 2, 'reserved1': 1, 'lossOfCellDelineationFastPathUS': 24, 'bitRateTooHighUS': 6, 'communicationProblemUS': 5, 'noDetectionUS': 4, 'noCellDelineationInterleavedUS': 17, 'lossOfSignalUS': 19, 'ptmCodingViolationsPreemptiveB0US': 13, 'ptmCodingViolationsPreemptiveB1US': 10, 'reserved22': 22, 'unavailableTimeCountedUS': 30, 'noCellDelineationFastUS': 16, 'lossOfCellDelineationInterleavedPathUS': 25, 'ptmCodingViolationsB1US': 11, 'noCommonModeInHandshakeUS': 7, 'reserved28': 28, 'ptmCodingViolationsB0US': 14, 'reserved20': 20, 'reserved21': 21, 'ptmOutOfSyncB1US': 12, 'reserved23': 23, 'reserved26': 26, 'reserved27': 27.

Bit mask presenting the upstream failures that have changed (or at least toggled) since last GetLineStatus invocation. Bits: 'notRunningShowTimeStateUS': 29, 'reserved9': 9, 'reserved8': 8, 'ptmOutOfSyncB0US': 15, 'lossOfFrameUS': 18, 'reserved0': 0, 'reserved3': 3, 'reserved2': 2, 'reserved1': 1, 'lossOfCellDelineationFastPathUS': 24, 'bitRateTooHighUS': 6, 'communicationProblemUS': 5, 'noDetectionUS': 4, 'noCellDelineationInterleavedUS': 17, 'lossOfSignalUS': 19, 'ptmCodingViolationsPreemptiveB0US': 13, 'ptmCodingViolationsPreemptiveB1US': 10, 'reserved22': 22, 'unavailableTimeCountedUS': 30, 'noCellDelineationFastUS': 16, 'lossOfCellDelineationInterleavedPathUS': 25, 'ptmCodingViolationsB1US': 11, 'noCommonModeInHandshakeUS': 7, 'reserved28': 28, 'ptmCodingViolationsB0US': 14, 'reserved20': 20, 'reserved21': 21, 'ptmOutOfSyncB1US': 12, 'reserved23': 23, 'reserved26': 26, 'reserved27': 27.

Actual line bit rate in the downstream direction.

Previous line bit rate in the downstream direction.

Octets in message based portion of the overhead framing structure.

ID of the latency path carrying the message based overhead.

Upstream refPSD. RefPSD = nominal PSD - power cutback. Maps to the HMI GetLineStatus.linkStatus[US].refPsd.

The near-end (US) linear scale carrier gain allocation. Granularity: 1/512 relative to the reference gain. Range is [4095..0]. Maps to the HMI GetLineCarrierGains. Substituded by: vdsl2SCStatusGainAlloc Deprecated from: EDA 4.0

The US linear TSSI. Granularity: 1/32768 relative to the reference gain. Range is [32768..0]. Maps to the HMI GetLineLinearTssi

Bit[3:0] Identifies the cause of the last initialization failure, according to the G.997.1 recommendation. Possible values are: 1 - Wrong profile (cannot occur in our system) 2 - Configuration not feasible 3 - Communication problem (CRC or time-out error) 4 - No ATU-R detected Bit[7:4] If the last initialization failure is a 'Communication problem', this field identifies the type of communication problem that has occurred. Possible values are: 0 - Timeout during initialization 1 - CRC error during initialization message 2 - Unavailable time declared during Showtime at the near-end 3 - Dynamic Rate Adaptation triggered retrain at the near-end 4 - Unavailable time declared during Showtime at the far-end 5 - Dynamic Rate Adaptation triggered retrain at the far-end 6 - Far-end line counters unavailable. If the last initialization failure is a 'Configuration not feasible' failure, this field indicates whether this applies to the upstream or downstream direction. Possible values are: 0 - Upstream configuration not feasible. 1 - Downstream configuration not feasible. Maps to the HMI GetLineStatus.lastRetrainCause

ADSL ATU-R Proprietary Physical Extension Table.

An entry in the adslAturProprietaryPhysXTable.

Base 2 logarithm for the number of DMT symbols per code word in the upstream direction.

Coding used in upstream. The following representation is used: 0 - No coding 1 - Trellis coding 2 - ReedSolomon coding 3 - Concatenayed trellis coding and ReedSolomon coding. Enumeration: 'trellisCoding': 1, 'reedSolomonCoding': 2, 'noCoding': 0, 'trellisAndReedSolomonCoding': 3.

Bit mask giving the set of current active failures on the downstream (bit set => failure is ON). A failure is declared when the corresponding defect is active for more than 2.5 (+/-0.5) sec. A failure is cleared when the corresponding defect is off for at least 10.5 (+/-0.5) sec. The bit index and corresponding failure are: Bit[30] - Set when unavailable time is counted Bit[29] - Set when the modem is not in the Running Showtime state Bit[25] - Loss of cell delineation - interleaved path Bit[24] - Loss of cell delineation - fast path Bit[19] - Loss of Signal Bit[18] - Loss of Frame Bit[17] - No cell delineation - interleaved Bit[16] - No cell delineation - fast Bit[15] - PTM remote TC Out-Of-Sync violation for bearer B0 Bit[14] - PTM remote TC Out-Of-Sync violation for bearer B1 Bit[13] - Loss of power. Note: the Running Showtime state is left as soon as unavailable time is counted (10 consecutive severely errored seconds), so bits 1 and 2 are always set together. Bits: 'notRunningShowTimeStateDS': 29, 'ptmOutOfSyncB1DS': 15, 'lossOfFrameDS': 18, 'reserved9': 9, 'reserved8': 8, 'reserved5': 5, 'reserved4': 4, 'reserved7': 7, 'reserved6': 6, 'reserved1': 1, 'reserved0': 0, 'reserved3': 3, 'reserved2': 2, 'ptmOutOfSyncB0DS': 14, 'noCellDelineationInterleavedDS': 17, 'reserved11': 11, 'reserved10': 10, 'reserved12': 12, 'lossOfCellDelineationInterleavedPathDS': 25, 'unavailableTimeCountedDS': 30, 'noCellDelineationFastDS': 16, 'lossOfPowerDS': 13, 'lossOfSignalDS': 19, 'lossOfCellDelineationFastPathDS': 24, 'reserved28': 28, 'reserved20': 20, 'reserved21': 21, 'reserved22': 22, 'reserved23': 23, 'reserved26': 26, 'reserved27': 27.

Bit mask presenting the downstream failures that have changed (or at least toggled) since last GetLineStatus invocation. Bits: 'notRunningShowTimeStateDS': 29, 'lossOfFrameDS': 18, 'reserved9': 9, 'reserved8': 8, 'reserved5': 5, 'reserved4': 4, 'reserved7': 7, 'reserved6': 6, 'reserved1': 1, 'reserved0': 0, 'reserved3': 3, 'reserved2': 2, 'noCellDelineationInterleavedDS': 16, 'reserved15': 15, 'reserved14': 14, 'reserved11': 11, 'reserved10': 10, 'reserved12': 12, 'lossOfCellDelineationInterleavedPathDS': 24, 'unavailableTimeCountedDS': 30, 'noCellDelineationFastDS': 17, 'lossOfPowerDS': 13, 'lossOfSignalDS': 19, 'lossOfCellDelineationFastPathDS': 25, 'reserved28': 28, 'reserved20': 20, 'reserved21': 21, 'reserved22': 22, 'reserved23': 23, 'reserved26': 26, 'reserved27': 27.

Actual line bit rate in the upstream direction.

Previous line bit rate in the upstream direction.

Octets in message based portion of the overhead framing structure.

ID of the latency path carrying the message based overhead.

Downstream refPSD. RefPSD = nominal PSD - power cutback. Maps to the HMI GetLineStatus.linkStatus[DS].refPsd.

The far-end (DS) linear scale carrier gain allocation. Granularity: 1/512 relative to the reference gain. Range is [4095..0]. Maps to the HMI GetLineCarrierGains. Substituded by: vdsl2SCStatusGainAlloc Deprecated from: EDA 4.0

The far-end (DS) linear scale carrier gain allocation. Granularity: 1/512 relative to the reference gain. Range is [4095..0]. Maps to the HMI GetLineCarrierGains. Substituded by: vdsl2SCStatusGainAlloc Deprecated from: EDA 4.0

The far-end (DS) linear scale carrier gain allocation. Granularity: 1/512 relative to the reference gain. Range is [4095..0]. Maps to the HMI GetLineCarrierGains. Substituded by: vdsl2SCStatusGainAlloc Deprecated from: EDA 4.0

The far-end (DS) linear scale carrier gain allocation. Granularity: 1/512 relative to the reference gain. Range is [4095..0]. Maps to the HMI GetLineCarrierGains. Substituded by: vdsl2SCStatusGainAlloc Deprecated from: EDA 4.0

The far-end (DS) linear scale carrier gain allocation. Granularity: 1/512 relative to the reference gain. Range is [4095..0]. Maps to the HMI GetLineCarrierGains. Substituded by: vdsl2SCStatusGainAlloc Deprecated from: EDA 4.0

The far-end (DS) linear scale carrier gain allocation. Granularity: 1/512 relative to the reference gain. Range is [4095..0]. Maps to the HMI GetLineCarrierGains. Substituded by: vdsl2SCStatusGainAlloc Deprecated from: EDA 4.0

The far-end (DS) linear scale carrier gain allocation. Granularity: 1/512 relative to the reference gain. Range is [4095..0]. Maps to the HMI GetLineCarrierGains. Substituded by: vdsl2SCStatusGainAlloc Deprecated from: EDA 4.0

The far-end (DS) linear scale carrier gain allocation. Granularity: 1/512 relative to the reference gain. Range is [4095..0]. Maps to the HMI GetLineCarrierGains. Substituded by: vdsl2SCStatusGainAlloc Deprecated from: EDA 4.0

The far-end (DS) linear scale carrier gain allocation. Granularity: 1/512 relative to the reference gain. Range is [4095..0]. Maps to the HMI GetLineCarrierGains.

The far-end (DS) linear scale carrier gain allocation. Granularity: 1/512 relative to the reference gain. Range is [4095..0]. Maps to the HMI GetLineCarrierGains.

The far-end (DS) linear scale carrier gain allocation. Granularity: 1/512 relative to the reference gain. Range is [4095..0]. Maps to the HMI GetLineCarrierGains.

The far-end (DS) linear scale carrier gain allocation. Granularity: 1/512 relative to the reference gain. Range is [4095..0]. Maps to the HMI GetLineCarrierGains.

The far-end (DS) linear scale carrier gain allocation. Granularity: 1/512 relative to the reference gain. Range is [4095..0]. Maps to the HMI GetLineCarrierGains.

The far-end (DS) linear scale carrier gain allocation. Granularity: 1/512 relative to the reference gain. Range is [4095..0]. Maps to the HMI GetLineCarrierGains.

The far-end (DS) linear scale carrier gain allocation. Granularity: 1/512 relative to the reference gain. Range is [4095..0]. Maps to the HMI GetLineCarrierGains.

The far-end (DS) linear scale carrier gain allocation. Granularity: 1/512 relative to the reference gain. Range is [4095..0]. Maps to the HMI GetLineCarrierGains.

ADSL ATU-C Proprietary Channel Extension Table.

An entry in the adslAtucProprietaryChanXEntry.

Number of bearer channel bytes per data frame allocated to the downstream interleaved/fast buffer, summed over all bearer channels. Will be substituted by adslAtucProprietaryChanXB0B - and B1B

Number of bytes in an downstream FEC output data frame for the interleaved/fast buffer.

Number of downstream FEC redundancy bytes per ReedSolomon codeword for the interleaved/fast buffer.

Downstream interleaved/fast depth.

Numerator of the number of PMD symbols over which the FEC data frame spans. Note: This parameter is not supported by VDSL2 protocols.

Denominator of the number of PMD symbols over which the FEC data frame spans. Note: This parameter is not supported by VDSL2 protocols.

Number of bits per symbol.

Number of MUX data frames per FEC data frame (codeword). Note: This parameter applies to ADSL2 or VDSL2 protocols only.

For ADSL2, T is the number of MUX data frames per sync octet. For VDSL2, T is the number of MUX data frames in an overhead subframe.

B[0] is the nominal number of bearer octets per MUX data frame from bearer B0. In the case of ADSL2, the actual number of bearer octets per MUX data frame is B[0] + 1 if the MUX frame count is not a multiple of T. In the case of VDSL2, the actual number of bearer octets per MUX data frame varies between B[0] and B[0] + 1 if G/T is not an integer. This param will substitute adslAtucProprietaryChanXB

B[1] is the nominal number of bearer octets per MUX data frame from bearer B1. This field is only used for VDSL2, where the actual number of bearer octets per MUX data frame is always B[1], regardless of G/T. This param will substitute adslAtucProprietaryChanXB

The parameter gives the actual INP for the channel in DS direction. The actual INP is the calculated from the protocol dependant formulas: -VDSL2 protocol: INP = (4*R*D*I)/(N*L) -ADSL protocols: INP = (4*R*D)/L -No showtime: INP = 0

The parameter gives the actual INP for the channel in DS direction. The actual INP is the calculated from the protocol dependant formulas: -VDSL2 protocol: INP = (4*R*D*I)/(N*L) -ADSL protocols: INP = (4*R*D)/L -No showtime: INP = 0

ADSL ATU-R Proprietary Channel Extension Table.

An entry in the adslAturProprietaryChanXTable.

Number of bearer channel bytes per data frame allocated to the upstream interleaved/fast buffer, summed over all bearer channels. Will be substituted by adslAturProprietaryChanXB0B - and B1B

Number of bytes in an upstream FEC output data frame for the interleaved/fast buffer.

Number of upstream FEC redundancy bytes per ReedSolomon code word for the interleaved/fast buffer.

Upstream interleave/fast depth.

Numerator of the number of PMD symbols over which the FEC data frame spans. Note: This parameter is not supported by VDSL2 protocols.

Denominator of the number of PMD symbols over which the FEC data frame spans. Note: This parameter is not supported by VDSL2 protocols.

Number of bits per symbol.

Number of MUX data frames per FEC data frame (codeword). Note: This parameter applies to ADSL2 or VDSL2 protocols only.

For ADSL2, T is the number of MUX data frames per sync octet. For VDSL2, T is the number of MUX data frames in an overhead subframe.

B[0] is the nominal number of bearer octets per MUX data frame from bearer B0. In the case of ADSL2, the actual number of bearer octets per MUX data frame is B[0] + 1 if the MUX frame count is not a multiple of T. In the case of VDSL2, the actual number of bearer octets per MUX data frame varies between B[0] and B[0] + 1 if G/T is not an integer. This param will substitute adslAturProprietaryChanXB

B[1] is the nominal number of bearer octets per MUX data frame from bearer B1. This field is only used for VDSL2, where the actual number of bearer octets per MUX data frame is always B[1], regardless of G/T. This param will substitute adslAturProprietaryChanXB

The parameter gives the actual INP for the channel in US direction. The actual INP is the calculated from the protocol dependant formulas: -VDSL2 protocol: INP = (4*R*D*I)/(N*L) -ADSL protocols: INP = (4*R*D)/L -No showtime: INP = 0

The parameter gives the actual INP for the channel in US direction. The actual INP is the calculated from the protocol dependant formulas: -VDSL2 protocol: INP = (4*R*D*I)/(N*L) -ADSL protocols: INP = (4*R*D)/L -No showtime: INP = 0

ADSL Proprietary Line Configuration Profile Extention Table.

An entry in the adslProprietaryLineConfProfileXTable.

Maximum allowed DS transmit power. Unit is 0.1 dBm.

Maximum allowed PSD expressed in dB: unit is 0.1 dB/Hz. The allowed range for the downstream direction is -36 to -52 dBm/Hz. Maps into HMI: MaxTxPsd.

When the flag is set (1), the transmit PSD will be fixed to the minimum of -40dBm/Hz and adslAtucProprietaryConfXMaxPsd. When this flag is not set (0), the modem can break the ADSL initialisation sequence and re-initialise at a more optimal PSD level. Enumeration: 'set': 1, 'notSet': 0.

Flag only considered if adslAtucProprietaryConfXFixedPsd is notSet(0). If set, priority goes to power: the modem attempt to achieve the minimum power consumtion as soon as the minimum requested rate is achieved. If not set, priority goes to rate: the modem attempt to achieve the maximum requested bit rate before reducing the transmit power. Enumeration: 'set': 1, 'notSet': 0.

DBM/FBM flag. Possible values are: 0 - Dual Bit Mode (DBM) 1 - FEXT Bitmap Mode (FBM). Enumeration: 'dbm': 0, 'fbm': 1.

NTR support flag. Annex A and Annex B only. Possible values are: 0 - NTR support enabled 1 - NTR support disabled. Enumeration: 'enabledNTR': 0, 'disabledNTR': 1.

Set this flag to disable trellis coding capability. Enumeration: 'set': 1, 'notSet': 0.

Possible states are: 0 - Default behaviour. 1 - When the Running Showtime state is left due to the presence of ten consecutive SES, the modem goes to the Idle Configured state instead of going autonomously to the Running Activation state. 2 - Do not leave Running Showtime state in case of ten consecutive SES. When this option is active, the only way to leave the Running Showtime state is to send the Stop Line message. Enumeration: 'default': 0, 'restartOption1': 1, 'restartOption2': 2.

Possible states are: 0 - default behaviour: suports framing modes one, two and three. 1 - reserved. 2 - reserved. 3 - Maximum framing mode is three: modem will only support framing one, two and three. The parameter is no longer supported in the DSP. Deprecated from: EDA 4.0 Enumeration: 'default': 0, 'reserved2': 2, 'reserved1': 1, 'framingModeOneAndTwoAndThree': 3.

0 - Enable downstream bitswaps 1 - Disable downstream bitswaps. Enumeration: 'enableDownstreamBitswaps': 0, 'disableDownstreamBitswaps': 1.

The value of this Mib object is with respect to adslAturProprietaryConfXUsBitSwapBehavior. If the value of adslAturProprietaryConfXUsBitSwapBehavior is classicUpstreamBitswap then it will get/set the US bitswap i.e Bit 0 of disableBitSwap. If the value of adslAturProprietaryConfXUsBitSwapBehavior is fullBandUpstreamBitswap then it will get/set the Full Band US bitswap i.e Bit 2 of disableBitSwap. 0 - Enable upstream bitswaps 1 - Disable upstream bitswaps. Enumeration: 'enableUpstreamBitswaps': 0, 'disableUpstreamBitswaps': 1.

0 - Enable high bit rates in G.Lite 1 - Limit the upstream bit rate to a maximum of 512 kbps in G.lite. 2 - Limit the downstream bit rate to a maximum of 1.536 Mbps in G.Lite. 3 - Limit upstream and downstream bit rate in G.lite By default, the rate is not limited in G.lite. Maps to the HMI SetlineTestConfiguration.disableHighBitRateInGlite Enumeration: 'limitDS': 2, 'enableUSandDS': 0, 'limitUS': 1, 'limitUSandDS': 3.

Flag: when set to 1 the modem initialisation algorithm gives priority to the impulse noise protection. When set to 0, the modem initialisation algorithm gives priority to reach the maximum bit rate. In this case, the algorithm could initialise with a lower delay than the one specified with the maxDelay parameter. Enumeration: 'impulseNoiseProtection': 1, 'reachMaximumBitRate': 0.

Flag: when set to 1 the modem initialisation algorithm gives priority to the impulse noise protection. When set to 0, the modem initialisation algorithm gives priority to reach the maximum bit rate. In this case, the algorithm could initialise with a lower delay than the one specified with the maxDelay parameter. Enumeration: 'impulseNoiseProtection': 1, 'reachMaximumBitRate': 0.

Configure the behaviour of the downstream ATM processor (value is don't care if the UTOPIA port is not used for bearer). Normally set to zero. This is a bit array controlling the following features Bit[0] - Disable ATM payload scrambling. Bit[1] - Reserved. Set to 0. Bit[2] - Reserved. Set to 0. Bit[3] - Disable HEC regeneration. HEC is passed through transparently instead of being recomputed. Allowed values: 0, 1, 8 and 9.

Configure the behaviour of the upstream ATM processor (value is don't care if the UTOPIA port is not used for bearer). Normally set to zero. This is a bit mask controlling the following features: Bit[0]- disable descrambler. No ATNM patload descrambling is applied. Bit[1]- Output cells during PRE_SYNC state. The ATM cells with correct HEC will be output the the PRE_SYNC state. Bit[2]- No cells discard on bad HEC. ATM cells with wrong HEC will be sent on the UTOPIA port. Bit[3]- No idle cells discard. Idle cells will be sent on UTOPIA port. Bit[4]- Disable cell delineation. Forces the delineation state to SYNC. Bit[5]- Disable unassigned cell filtering.

Configure the behaviour of the downstream ATM processor (value is don't care if the UTOPIA port is not used for bearer). Normally set to zero. This is a bit array controlling the following features Bit[0] - Disable ATM payload scrambling. Bit[1] - Reserved. Set to 0. Bit[2] - Reserved. Set to 0. Bit[3] - Disable HEC regeneration. HEC is passed through transparently instead of being recomputed. Allowed values: 0, 1, 8 and 9.

Configure the behaviour of the upstream ATM processor (value is don't care if the UTOPIA port is not used for bearer). Normally set to zero. This is a bit mask controlling the following features: Bit[0]- disable descrambler. No ATNM patload descrambling is applied. Bit[1]- Output cells during PRE_SYNC state. The ATM cells with correct HEC will be output the the PRE_SYNC state. Bit[2]- No cells discard on bad HEC. ATM cells with wrong HEC will be sent on the UTOPIA port. Bit[3]- No idle cells discard. Idle cells will be sent on UTOPIA port. Bit[4]- Disable cell delineation. Forces the delineation state to SYNC. Bit[5]- Disable unassigned cell filtering.

Maximum allowed US transmit power. Unit is 0.1 dBm.

Maximum allowed PSD expressed in dB: unit is 0.1 dB/Hz. This field is not supported in the upstream direction in the current release, and must be set to -380 (-38dBm). Maps into HMI: MaxTxPsd.

Flag: when set to 1 the modem initialisation algorithm gives priority to the impulse noise protection. When set to 0, the modem initialisation algorithm gives priority to reach the maximum bit rate. In this case, the algorithm could initialise with a lower delay than the one specified with the maxDelay parameter. Enumeration: 'impulseNoiseProtection': 1, 'reachMaximumBitRate': 0.

Flag: when set to 1 the modem initialisation algorithm gives priority to the impulse noise protection. When set to 0, the modem initialisation algorithm gives priority to reach the maximum bit rate. In this case, the algorithm could initialise with a lower delay than the one specified with the maxDelay parameter. Enumeration: 'impulseNoiseProtection': 1, 'reachMaximumBitRate': 0.

Applies an additional upstream power boost. Bits[4:0] - A five bit value X, indicating the boost factor Bits[7:5] - Set to 0x06 to enable, otherwise the boost factor is ignored. The applied upstream mean gi in dB expressed by the boost factor X is: 10log10(1+X/64)

Maximum receive power at the ATUC. Unit is 0.1 dBm. The ATUC will request an Upstream Power Cutback such that the power received at the CO modem is not higher than MaxRxPower.

Delta PSD expressed in dBm: unit is 0.1 dBm/Hz. Defines a delta with respect to the protocols maximum nominal PSD value in the downstream direction. The allowed range is -40 to 4 dBm/Hz. Maps into HMI: protocolSpecificLinkConfig[DS].maxTxDeltaPsd[PSD_NORMAL].

Delta PSD expressed in dBm: unit is 0.1 dBm/Hz. Defines a delta with respect to the protocols maximum nominal PSD value in the downstream direction. The allowed range is -40 to 4 dBm/Hz. Maps into HMI: protocolSpecificLinkConfig[DS].maxTxDeltaPsd[PSD_PLUS].

Delta PSD expressed in dBm: unit is 0.1 dBm/Hz. Defines a delta with respect to the protocols maximum nominal PSD value in the downstream direction. The allowed range is -40 to 4 dBm/Hz. Maps into HMI: protocolSpecificLinkConfig[DS].maxTxDeltaPsd[PSD_REACH].

Delta PSD expressed in dBm: unit is 0.1 dBm/Hz. Defines a delta with respect to the protocols maximum nominal PSD value in the upstream direction. The allowed range is -40 to 4 dBm/Hz. Maps into HMI: protocolSpecificLinkConfig[US].maxTxDeltaPsd[PSD_NORMAL].

Delta PSD expressed in dBm: unit is 0.1 dBm/Hz. Defines a delta with respect to the protocols maximum nominal PSD value in the upstream direction. The allowed range is -40 to 4 dBm/Hz. Maps into HMI: protocolSpecificLinkConfig[US].maxTxDeltaPsd[PSD_PLUS].

Delta PSD expressed in dBm: unit is 0.1 dBm/Hz. Defines a delta with respect to the protocols maximum nominal PSD value in the upstream direction. The allowed range is -40 to 4 dBm/Hz. Maps into HMI: protocolSpecificLinkConfig[US].maxTxDeltaPsd[PSD_REACH].

Automode performance index alpha. The allowed range is 1 to 255. Maps into HMI: PhysicalLayerConfig.automodePIalpha.

Automode performance index beta. The allowed range is 1 to 255. Maps into HMI: PhysicalLayerConfig.automodePIbeta.

Diagnostic mode (ADSL2 only). Possible values are: 0 - Diagnostic mode disabled 1 - Diagnostic mode enabled. Maps into HMI: PhysicalLayerConfig.optionFlags Bit[4]. Enumeration: 'disableDiagnosticMode': 0, 'enableDiagnosticMode': 1.

Additional Tx filter setting for G.992.5 (ADSL2+). The allowed range is 0 to 15. Maps into HMI: PhysicalLayerConfig.adslPlusTxFilterId.

0 - Enable upstream 1 bit constellation 1 - Disable upstream 1 bit constellation. Maps into HMI: TestConfigMessage.disableUS1bitConst. Enumeration: 'enableUS1bitConst': 0, 'disableUS1bitConst': 1.

0 - Enable the transmit windowing 1 - Disable the transmit windowing. Maps into HMI: TestConfigMessage.disableWindowing. Enumeration: 'disableWindowing': 1, 'enableWindowing': 0.

0 - Enable exit from showtime if CPE doesn't reply to GetCounter overhead message 1 - Disable exit from showtime if CPE doesn't reply to GetCounter overhead message. Maps into HMI: TestConfigMessage.disableShowtimeExit. Enumeration: 'enableShowtimeExit': 0, 'disableShowtimeExit': 1.

0 - Enable BCM Nitro feature 1 - Disable BCM Nitro feature. Maps into HMI: TestConfigMessage.disableNitro. Enumeration: 'enableNitro': 0, 'disableNitro': 1.

0 - Enable automatic test parameters update 1 - Disable automatic test parameters update. Maps into HMI: TestConfigMessage.disableUpdateTestParameters. Enumeration: 'enableUpdateTestParameters': 0, 'disableUpdateTestParameters': 1.

Configuration of custom TssiShape in showtime. Number of breakpoints (0 - disables custom TssiShape). Maps into HMI: PhysicalLayerConfig.customTssiShape. Must be configured while adsl_ifAdminStatus is down

Configuration of custom TssiShape in showtime. ADSL2 protocol (0 - disables custom TssiShape). bit_0: G.992.3 Annex A/B/J bit_1: G.992.5 Annex A/B/M bit_2: G.992.3 Annex L Maps into HMI: PhysicalLayerConfig.customTssiShape. Must be configured while adsl_ifAdminStatus is down

Configuration of custom TssiShape for showtime. Defines 16 break points which maps into HMI: PhysicalLayerConfig.customTssiShape[0-15]. The bitmap for each breakpoint: bit_0-6: log Tssi in 0.5 db, [0,-62] bit_7-15: ToneIndex, [0,511] Must be configured while adsl_ifAdminStatus is down

Impulse Noise Protection in number of DMT symbols according to G.992.3. Possible values are: 0 -> No protection 1 -> 1/2 DMT symbol protection 2 -> 1 DMT symbol protection 3 -> 2 DMT symbol protection 4 -> 4 DMT symbol protection 5 -> 8 DMT symbol protection 6 -> 16 DMT symbol protection Note that the INP value must match the configured maximum delay to form a feasible profile Enumeration: 'noINP': 0, 'sixteenDmtSymbolINP': 6, 'oneDmtSymbolINP': 2, 'fourDmtSymbolINP': 4, 'twoDmtSymbolINP': 3, 'eightDmtSymbolINP': 5, 'halfDmtSymbolINP': 1.

Impulse Noise Protection in number of DMT symbols according to G.992.3. Possible values are: 0 -> No protection 1 -> 1/2 DMT symbol protection 2 -> 1 DMT symbol protection 3 -> 2 DMT symbol protection 4 -> 4 DMT symbol protection 5 -> 8 DMT symbol protection 6 -> 16 DMT symbol protection Note that the INP value must match the configured maximum delay to form a feasible profile Enumeration: 'noINP': 0, 'sixteenDmtSymbolINP': 6, 'oneDmtSymbolINP': 2, 'fourDmtSymbolINP': 4, 'twoDmtSymbolINP': 3, 'eightDmtSymbolINP': 5, 'halfDmtSymbolINP': 1.

Impulse Noise Protection in number of DMT symbols according to G.992.3. Possible values are: 0 -> No protection 1 -> 1/2 DMT symbol protection 2 -> 1 DMT symbol protection 3 -> 2 DMT symbol protection 4 -> 4 DMT symbol protection 5 -> 8 DMT symbol protection 6 -> 16 DMT symbol protection Note that the INP value must match the configured maximum delay to form a feasible profile Enumeration: 'noINP': 0, 'sixteenDmtSymbolINP': 6, 'oneDmtSymbolINP': 2, 'fourDmtSymbolINP': 4, 'twoDmtSymbolINP': 3, 'eightDmtSymbolINP': 5, 'halfDmtSymbolINP': 1.

Impulse Noise Protection in number of DMT symbols according to G.992.3. Possible values are: 0 -> No protection 1 -> 1/2 DMT symbol protection 2 -> 1 DMT symbol protection 3 -> 2 DMT symbol protection 4 -> 4 DMT symbol protection 5 -> 8 DMT symbol protection 6 -> 16 DMT symbol protection Note that the INP value must match the configured maximum delay to form a feasible profile Enumeration: 'noINP': 0, 'sixteenDmtSymbolINP': 6, 'oneDmtSymbolINP': 2, 'fourDmtSymbolINP': 4, 'twoDmtSymbolINP': 3, 'eightDmtSymbolINP': 5, 'halfDmtSymbolINP': 1.

Impulse Noise Protection in number of DMT symbols according to G.992.3. Possible values are: 0 -> No protection 1 -> 1/2 DMT symbol protection 2 -> 1 DMT symbol protection 3 -> 2 DMT symbol protection 4 -> 4 DMT symbol protection 5 -> 8 DMT symbol protection 6 -> 16 DMT symbol protection Note that the INP value must match the configured maximum delay to form a feasible profile Enumeration: 'noINP': 0, 'sixteenDmtSymbolINP': 6, 'oneDmtSymbolINP': 2, 'fourDmtSymbolINP': 4, 'twoDmtSymbolINP': 3, 'eightDmtSymbolINP': 5, 'halfDmtSymbolINP': 1.

Impulse Noise Protection in number of DMT symbols according to G.992.3. Possible values are: 0 -> No protection 1 -> 1/2 DMT symbol protection 2 -> 1 DMT symbol protection 3 -> 2 DMT symbol protection 4 -> 4 DMT symbol protection 5 -> 8 DMT symbol protection 6 -> 16 DMT symbol protection Note that the INP value must match the configured maximum delay to form a feasible profile Enumeration: 'noINP': 0, 'sixteenDmtSymbolINP': 6, 'oneDmtSymbolINP': 2, 'fourDmtSymbolINP': 4, 'twoDmtSymbolINP': 3, 'eightDmtSymbolINP': 5, 'halfDmtSymbolINP': 1.

Custom PSD mask with extra Tx LPF. By enabling this feature an extra Tx LPF with a cutoff frequency at 950kHz and >27 dB attenuation above 1.5 MHz is inserted. Made deprecated. Use the adslEnableACIF instead. Valid from: EDA 1.3 Rxx Deprecated from: EDA 2.0 SP1 Possible values are: 0 - Extra TX LPF disabled 1 - Extra TX LPF enabled. Maps into HMI: PhysicalLayerConfig.optionFlags Bit[5]. Enumeration: 'disableExtraTxLPF': 0, 'enableExtraTxLPF': 1.

Possible values are: 0 - enable S = 1/2 in ADSL1 1 - disable S = 1/2 in ADSL1 Maps into HMI: TestConfigMessage.disableShalfOption Bit[0]. Note that use of this option bit is restricted in EDA due to the impact on selected latency mode. Enumeration: 'enableShalfOption': 0, 'disableShalfOption': 1.

Possible values are: 0 - accept all CPE's 1 - ignore certain CPE reporting S = 1/2 support in R-MSG1. Maps into HMI: TestConfigMessage.disableShalfOption Bit[1]. Note that use of this option bit is restricted in EDA due to the impact on selected latency mode. Enumeration: 'disableShalfOptionCertainCpe': 1, 'enableShalfOptionAllCpe': 0.

Disables possible selection of a DS interleaving depth (D) greater than 64. 0 - normal operation 1 - disable DS interleave depth > 64 Note: This parameter is used for ADSL protocols only. Enumeration: 'disableLargeD': 1, 'normal': 0.

0 - normal operation 1 - force segmentation of overhead msgs > 10 bytes Maps into HMI: TestConfigMessage.forceSegmentation. Enumeration: 'forceSeg': 1, 'normal': 0.

0 - strictly obay the config INP 1 - accept INPminDS=3 even if (config) INPmin > 3 Maps into HMI: TestConfigMessage.relaxInpMinCheck. Enumeration: 'strictly': 0, 'acceptINP3': 1.

-128 is a special value indicating that this carrier set shall not be transmitted. Maps into HMI: PhysicalLayerConfig.hsTxPSD[0].

-128 is a special value indicating that this carrier set shall not be transmitted. Maps into HMI: PhysicalLayerConfig.hsTxPSD[1].

-128 is a special value indicating that this carrier set shall not be transmitted. Maps into HMI: PhysicalLayerConfig.hsTxPSD[2].

The threshold for L2 entry. If the mean rate is below MinL2BitRate for L2LowRateSlots the L2 mode is entered (CO side initiated L2 entry). Valid range is [0..minBitRateDS] Maps into HMI: SetLineTrafficConfig.minL2BitRate.

The threshold for L2 entry. If the mean rate is below MinL2BitRate for L2LowRateSlots the L2 mode is entered (CO side initiated L2 entry). Valid range is [0..minBitRateDS] Maps into HMI: SetLineTrafficConfig.minL2BitRate.

The time interval for L2 entry. If the mean rate is below MinL2BitRate for L2LowRateSlots the L2 mode is entered (CO side initiated L2 entry). Valid range is [0..65535] Value 0 disables automatic power management. Maps into HMI: SetLineTrafficConfig.L2LowRateSlots.

The time interval for L2 entry. If the mean rate is below MinL2BitRate for L2LowRateSlots the L2 mode is entered (CO side initiated L2 entry). Valid range is [0..65535] Value 0 disables automatic power management. Maps into HMI: SetLineTrafficConfig.L2LowRateSlots.

The UTOPIA output buffer threshold that triggers L0 entry (CO side initiated L0 entry). Valid range is [0..28] Maps into HMI: SetLineTrafficConfig.L2Packet.

The UTOPIA output buffer threshold that triggers L0 entry (CO side initiated L0 entry). Valid range is [0..28] Maps into HMI: SetLineTrafficConfig.L2Packet.

The threshold value for initiating L0 entry. (CPE side initiated L0 entry). Valid range is [minL2BitRate..maxBitRateDS] Maps into HMI: SetLineTrafficConfig.minL2BitRate.

The value used for initiating L0 entry. (CPE side initiated L0 entry). Valid range is [minL2BitRate..maxBitRateDS] Maps into HMI: SetLineTrafficConfig.maxL2BitRate.

L2TestConfig bit mask: Bit[0]: Disable autonomous L2 entry/exit. Bit[1]: Disable autonomous L2 power trim. Bit[2]: Overrule L2 min/max rate calculation. Maps into HMI: SetLineTestConfig.L2TestConfig. Enumeration: 'enableAutoL2Entry': 0, 'disableAutoL2Entry': 1.

L2TestConfig bit mask: Bit[0]: Disable autonomous L2 entry/exit. Bit[1]: Disable autonomous L2 power trim. Bit[2]: Overrule L2 min/max rate calculation. Maps into HMI: SetLineTestConfig.L2TestConfig. Enumeration: 'enableAutoL2PwrTrim': 0, 'disableAutoL2PwrTrim': 1.

L2TestConfig bit mask: Bit[0]: Disable autonomous L2 entry/exit. Bit[1]: Disable autonomous L2 power trim. Bit[2]: Overrule L2 min/max rate calculation. Maps into HMI: SetLineTestConfig.L2TestConfig. Enumeration: 'overruleL2RateCalc': 1, 'useL2RateCalc': 0.

Minimum power reduction at L2 entry. Valid range is [0..15] Maps into HMI: SetLineTrafficConfig.L2MinAtpr.

Minimum time in L0 before L2 entry. Valid range is [0..65535] Maps into HMI: SetLinePhysicalConfig.L0Time.

Minimum time in L2 before L0 entry. Valid range is [0..65535] Maps into HMI: SetLinePhysicalConfig.L2Time.

Maximum aggregate transmit power reduction per L2 trim. Valid range is [0..31] Maps into HMI: SetLinePhysicalConfig.L2Atpr.

Maximum total aggregate transmit power reduction in L2 trim mode. Valid range is [0..31] Maps into HMI: SetLinePhysicalConfig.L2Atprt.

Possible values are: 0 - enable minimum SNR margin functionality 1 - disable minimum SNR margin functionality Maps into HMI: SetLinePhysicalConfig.linkconfig[US].rateAdaptationFlags. Enumeration: 'disableSnrMinimum': 0, 'enableSnrMinimum': 1.

Possible values are: 0 - enable minimum SNR margin functionality 1 - disable minimum SNR margin functionality Maps into HMI: SetLinePhysicalConfig.linkconfig[DS].rateAdaptationFlags. Enumeration: 'disableSnrMinimum': 0, 'enableSnrMinimum': 1.

Some ADSL2(+) CPE's do not strictly comply to the rate constrains negotiated during G.hs. To avoid initialization failure with those CPE's the rate check can be relaxed by a configurable value, allowing to extend the allowed rate interval

This is minimum framing overhead for down stream.Allowed range is 4 to 28 inclusive of them.

This is minimum framing overhead for up stream.Allowed range is 4 to 28 inclusive of them.

The adslAturProprietaryConfXUsBitSwapBehavior has effect only if the upstream bitswap is enabled in adslAturProprietaryConfXDisableBitSwap. The adslAturProprietaryConfXUsBitSwapBehavior controls the behaviour of the upstream bitswap: 0 - Classic upstream bitswaps 1 - FullBand upstream bitswaps. Enumeration: 'classicUsBitswaps': 0, 'fullBandUsBitswaps': 1.

When enabled, limit SRA such as to respect the 15 to 20ms PER constraint. Default disabled. Enumeration: 'disableStrictPerCheck': 0, 'enableStrictPerCheck': 1.

Configure allowed traffic type: ATM, PTM or both. Valid from: EDA 2.2 MA2 Obsoleted from: EDA 4.0 Replaced by vdslVtucProprietaryConfXTpsTcType in PEA-VDSL-IPDSLAM Enumeration: 'both': 6, 'ptm': 4, 'atm': 2.

This parameter controls the selected PSD optimization modes: 0: No optimization. A fixed TSSI shape (either the default of the configured shape) is used. 1: PSD optimization. The TSSI shape that optimally fills the configured PSD mask is computed dynamically. 2: PSD shaping. The TSSI shape the provides optimal downstream performance within the PSD mask constraints is computed dynamically. Note: Applies to ADSL-only applications. Enumeration: 'optimizeForPsdMaskFilling': 1, 'optimizeShapeForPerformance': 2, 'noOptimisation': 0.

The selected upstream PSD mask. This parameter is used only for annexes J and M of G.992.3 and G.992.5, and the same selection is used for all relevant enabled bits in xdsl2LConfProfAtuTransSysEna. Value Annex J Annex M 1 ADLU-32 EU-32 2 ADLU-36 EU-36 3 ADLU-40 EU-40 4 ADLU-44 EU-44 5 ADLU-48 EU-48 6 ADLU-52 EU-52 7 ADLU-56 EU-56 8 ADLU-60 EU-60 9 ADLU-64 EU-64 Applies only to lines running G.992.3 or G.992.5 This parameter is copied from draft-ietf-adslmib-vdsl2-01.txt, to secure a smooth migration to the VDSL2-LINE MIB when this MIB is approved.

This parameter controls the protocol fallback mechanism. If set it disables protocol fallback mechanism. Note: Applies to ADSL-only applications.

This table is a proprietary extension of RFC2662. It contains ADSL line configuration and monitoring information. This includes the ATU-(R/C) capabilities and actual ADSL transmission system.

An entry extends the adslLineEntry defined in [RFC2662]. Each entry corresponds to an ADSL line.

The transmission modes, represented by a bitmask that the ATU-C is capable of supporting. The modes available are limited by the design of the equipment. Bits: 'etsiMcmVDSL': 19, 'g9921AnnexISsdslOverTcmIsdn': 25, 'g9923AnnexBAdsl2OverIsdn': 14, 'ansiT1413AdslOverPots': 1, 'g9925AnnexMAdsl2PlusOver': 4, 'reserved3': 3, 'g9923VDSL2': 24, 'g9923AnnexMAdsl2AdmWithIsdn': 12, 'g9921AnnexHSsdslOverTcmIsdn': 26, 'g9923AnnexAAdsl2OverPots': 15, 'g99212AnnexBShdslOverTcmIsdnE': 22, 'g9921AnnexCAdslOverTcmIsdn': 29, 'g9921AnnexAAdslOverPots': 31, 'g9923AnnexIAdsl2AdmWithPots': 13, 't1McmVDSL': 21, 'reserved17': 17, 'reserved16': 16, 'g9925AnnexAAdsl2PlusOverPots': 7, 'g9922AnnexCAdslLiteOverTcmIsdn': 27, 'g9924AnnexIAdsl2LiteAdmWithPots': 10, 'reserved18': 18, 'g9922AnnexAAdslLiteOverPots': 28, 'etsiTS101388': 0, 'g9923AnnexLAdsl2RENarrowPsdOverPots': 8, 'g9923AnnexLAdsl2REOverPots': 9, 'proprietarySadslOverPots': 2, 'g9921AnnexBAdslOverIsdn': 30, 'g9925AnnexIAdsl2PlusOver': 5, 'g9924AnnexAAdsl2LiteOverPots': 11, 'reserved20': 20, 'g9925AnnexBAdsl2PlusOverIsdn': 6, 'g99212AnnexAShdslOverTcmIsdnUs': 23.

The transmission modes, represented by a bitmask, currently enabled by the ATU-C. The manager can only set those modes that are supported by the ATU-C. An ATU-C's supported modes are provided by adslLineXTransAtucCap. Setting a bit in the mask enables the protocol in question. Bits: 'etsiMcmVDSL': 19, 'g9921AnnexISsdslOverTcmIsdn': 25, 'g9923AnnexBAdsl2OverIsdn': 14, 'ansiT1413AdslOverPots': 1, 'g9925AnnexMAdsl2PlusOver': 4, 'reserved3': 3, 'g9923VDSL2': 24, 'g9923AnnexMAdsl2AdmWithIsdn': 12, 'g9921AnnexHSsdslOverTcmIsdn': 26, 'g9923AnnexAAdsl2OverPots': 15, 'g99212AnnexBShdslOverTcmIsdnE': 22, 'g9921AnnexCAdslOverTcmIsdn': 29, 'g9921AnnexAAdslOverPots': 31, 'g9923AnnexIAdsl2AdmWithPots': 13, 't1McmVDSL': 21, 'reserved17': 17, 'reserved16': 16, 'g9925AnnexAAdsl2PlusOverPots': 7, 'g9922AnnexCAdslLiteOverTcmIsdn': 27, 'g9924AnnexIAdsl2LiteAdmWithPots': 10, 'reserved18': 18, 'g9922AnnexAAdslLiteOverPots': 28, 'etsiTS101388': 0, 'g9923AnnexLAdsl2RENarrowPsdOverPots': 8, 'g9923AnnexLAdsl2REOverPots': 9, 'proprietarySadslOverPots': 2, 'g9921AnnexBAdslOverIsdn': 30, 'g9925AnnexIAdsl2PlusOver': 5, 'g9924AnnexAAdsl2LiteOverPots': 11, 'reserved20': 20, 'g9925AnnexBAdsl2PlusOverIsdn': 6, 'g99212AnnexAShdslOverTcmIsdnUs': 23.

The actual transmission mode of the ATU-C. During ADSL line initialization, the ADSL Transceiver Unit - Remote terminal end (ATU-R) will determine the mode used for the link. This value will be limited a single transmission mode that is a subset of those modes enabled by the ATU-C and denoted by adslLineXTransAtucConfig. After an initialization has occurred, its mode is saved as the 'Current' mode and is persistence should the link go down. Bits: 'etsiMcmVDSL': 19, 'g9921AnnexISsdslOverTcmIsdn': 25, 'g9923AnnexBAdsl2OverIsdn': 14, 'ansiT1413AdslOverPots': 1, 'g9925AnnexMAdsl2PlusOver': 4, 'reserved3': 3, 'g9923VDSL2': 24, 'g9923AnnexMAdsl2AdmWithIsdn': 12, 'g9921AnnexHSsdslOverTcmIsdn': 26, 'g9923AnnexAAdsl2OverPots': 15, 'g99212AnnexBShdslOverTcmIsdnE': 22, 'g9921AnnexCAdslOverTcmIsdn': 29, 'g9921AnnexAAdslOverPots': 31, 'g9923AnnexIAdsl2AdmWithPots': 13, 't1McmVDSL': 21, 'reserved17': 17, 'reserved16': 16, 'g9925AnnexAAdsl2PlusOverPots': 7, 'g9922AnnexCAdslLiteOverTcmIsdn': 27, 'g9924AnnexIAdsl2LiteAdmWithPots': 10, 'reserved18': 18, 'g9922AnnexAAdslLiteOverPots': 28, 'etsiTS101388': 0, 'g9923AnnexLAdsl2RENarrowPsdOverPots': 8, 'g9923AnnexLAdsl2REOverPots': 9, 'proprietarySadslOverPots': 2, 'g9921AnnexBAdslOverIsdn': 30, 'g9925AnnexIAdsl2PlusOver': 5, 'g9924AnnexAAdsl2LiteOverPots': 11, 'reserved20': 20, 'g9925AnnexBAdsl2PlusOverIsdn': 6, 'g99212AnnexAShdslOverTcmIsdnUs': 23.

The transmission modes, represented by a bitmask that the ATU-R is capable of supporting. The modes available are limited by the design of the equipment. Bits: 'etsiMcmVDSL': 19, 'g9921AnnexISsdslOverTcmIsdn': 25, 'g9923AnnexBAdsl2OverIsdn': 14, 'ansiT1413AdslOverPots': 1, 'g9925AnnexMAdsl2PlusOver': 4, 'reserved3': 3, 'g9923VDSL2': 24, 'g9923AnnexMAdsl2AdmWithIsdn': 12, 'g9921AnnexHSsdslOverTcmIsdn': 26, 'g9923AnnexAAdsl2OverPots': 15, 'g99212AnnexBShdslOverTcmIsdnE': 22, 'g9921AnnexCAdslOverTcmIsdn': 29, 'g9921AnnexAAdslOverPots': 31, 'g9923AnnexIAdsl2AdmWithPots': 13, 't1McmVDSL': 21, 'reserved17': 17, 'reserved16': 16, 'g9925AnnexAAdsl2PlusOverPots': 7, 'g9922AnnexCAdslLiteOverTcmIsdn': 27, 'g9924AnnexIAdsl2LiteAdmWithPots': 10, 'reserved18': 18, 'g9922AnnexAAdslLiteOverPots': 28, 'etsiTS101388': 0, 'g9923AnnexLAdsl2RENarrowPsdOverPots': 8, 'g9923AnnexLAdsl2REOverPots': 9, 'proprietarySadslOverPots': 2, 'g9921AnnexBAdslOverIsdn': 30, 'g9925AnnexIAdsl2PlusOver': 5, 'g9924AnnexAAdsl2LiteOverPots': 11, 'reserved20': 20, 'g9925AnnexBAdsl2PlusOverIsdn': 6, 'g99212AnnexAShdslOverTcmIsdnUs': 23.

ADSL Proprietary Performance Data Extension Table.

An entry in adslProprietaryPerfDataXTable.

When set to 'reset' the ADSL line performance total counters are reset to 0. Enumeration: 'reset': 1.

Elapsed time in seconds since the last reset of the ADSL line performance total counters.

Count of failed line initialization attempts since agent reset.

This table contains the downstream line quality alarm thresholds. Thresholds can be configured on a per channel basis

An entry in adslAtucLineQualityThresholdTable

Line quality alarm threshold for channel 0

Line quality alarm threshold for channel 1

This table contains the upstream line quality alarm thresholds. Thresholds can be configured on a per channel basis

An entry in adslAturLineQualityThresholdTable

Line quality alarm threshold for channel 0

Line quality alarm threshold for channel 1

This table contains the Line Bonding configuration.

An entry in adslLineBondingConfTable

The desired state of the bonding group. Enumeration: 'down': 2, 'up': 1.

Indicates which lines should be bonded in in this bonding group. Include main line and ordinary member lines. Note that the Channel 1 is not yet supported in IP DSLAM. Bits: 'line12Ch1': 8, 'line12Ch0': 9, 'line6Ch1': 20, 'line6Ch0': 21, 'line7Ch0': 19, 'line7Ch1': 18, 'line4Ch1': 24, 'line4Ch0': 25, 'line15Ch0': 3, 'line15Ch1': 2, 'line8Ch1': 16, 'line8Ch0': 17, 'line2Ch1': 28, 'line2Ch0': 29, 'line16Ch1': 0, 'line16Ch0': 1, 'line3Ch0': 27, 'line3Ch1': 26, 'line9Ch0': 15, 'line9Ch1': 14, 'line13Ch0': 7, 'line13Ch1': 6, 'line11Ch0': 11, 'line11Ch1': 10, 'line14Ch1': 4, 'line14Ch0': 5, 'line10Ch1': 12, 'line10Ch0': 13, 'line1Ch0': 31, 'line1Ch1': 30, 'line5Ch0': 23, 'line5Ch1': 22.

The configured minimum DS group rate.

The configured maximum DS group rate.

The configured minimum US group rate.

The configured maximum US group rate.

Line quality alarm threshold for the bonding group.

Line quality alarm threshold for the bonding group.

This parameter controls bonding mode behaviour. If set, this allows the bonding group to be active as soon as at least one line is in Showtime. Note: This is a non-standardbehavior..

This table contains the stautus information of this bonding group.

An entry in adslLineBondingStatusTable.

The operational state of the bonding group. When operational state is down, no data traffic can be passed. Enumeration: 'down': 2, 'up': 1.

The actual DS rate for the bonding group.

The actual US rate for the bonding group.

TxFilter in ADSL chipset. The txFilterConfig[1..3] parameter for the C0 and B0 version of the chipset. Bytes [0..2] for CO version and bytes [3..5] for B0 version. NOTE: This parameter must be set from the configuration file to take effect!

TxFilter in ADSL chipset. The value of the txFilterConfig[1..3] acually used in the ADSL chipset.

Power Modes in DSL chipset. The PowerModeData[] in the IP DSLAM uses these indexes: POWERDOWN = 0 ACTIVATION = 1 SHOWTIME_256 = 2 LINETEST = 3 SHOWTIME_512 = 4 SHOWTIME_1024 = 5 SHOWTIME_2048 = 6 SHOWTIME_4096 = 7 NOTE: This parameter must be set from the configuration file to take effect!

Tuning the transmit power in ADSL chipset. Unit is 1/256 dB. Range ]-2,+3[ dB which corresponds to ]-512,+768[. NOTE: This parameter must be set from the configuration file to take effect!

Tuning the received reference power in ADSL chipset. Unit is 1/256 dB. Range [ -5 dB, 10 dB] which corresponds to [ -1280, +2560]. NOTE: This parameter must be set from the configuration file to take effect! To be substituted by adslRxAfeGains for HMI 9.x

Line state visualisation functionality (green line-LED). If enabled, the chipset controls the line state LEDs. The feature is avalilable in EDN312 only. Enumeration: 'enable': 1, 'disable': 2.

TxFilter in ADSL chipset. The txFilterConfig1 - txFilterConfig2 parameter for the C0 and B0 version of the chipset. Bytes [0..1] for CO version and bytes [2..3] for B0 version. NOTE: This parameter must be set from the configuration file to take effect!

TxFilter in ADSL chipset. The value of the txFilterConfig1 - txFilterConfig2 acually used in the ADSL chipset.

When setting this parameter to 1 (true) the the uC does not load firmware image into the DSP after the next DSP reset. The DSP will then be ready for retrieving the DSP core file. Setting this parameter to 0 (false) for normal operation causing the IP DSLAM to autonomously recover from a DSP malfunction. Enumeration: 'true': 1, 'false': 0.

Custom PSD mask with ACIF LPF. By enabling this feature an extra Tx LPF with a cutoff frequency at 950kHz and >27 dB attenuation above 1.5 MHz is inserted. Valid from: EDA 2.0 SP1 Possible values are: 0 - ACIF disabled 1 - ACIF enabled. Maps into HMI: BCM6410: PhysicalLayerConfig.optionFlags Bit[5]. BCM6411: SetTxFilter(ACIF filter). Note: must be set prior to setting adslIfAdminStatus up Enumeration: 'disableACIF': 0, 'enableACIF': 1.

This table provides extra information in relation to the adslAtucPhysTable for DSL lines.

An entry in adslAtucPhysXAllocTable.

Upstream bit allocation table.Tones are split in several blocks of 488 tones. Usage: adslAtucPhysXBitAllocation.lineNo.toneIndexPartId I.e. adslAtucPhysXBitAllocation.1.2 contains tones 489-976 on line 1. This parameter does not support lines running VDSL2. Substituded by: vdsl2SCStatusBitsAlloc Deprecated from: EDA 4.0

This table provides extra information in relation to the adslAtucPhysTable for DSL lines.

An entry in adslAtucPhysXAllocTable.

Downstream bit allocation table. Tones are split in several blocks of 488 tones. Usage: adslAturPhysXBitAllocation.lineNo.toneIndexPartId I.e. adslAturPhysXBitAllocation.1.2 contains tones 489-976 on line 1. This parameter does not support lines running VDSL2. Substituded by: vdsl2SCStatusBitsAlloc Deprecated from: EDA 4.0

This table provides extra information in relation to the adslAtucPhysTable for DSL lines.

An entry in adslAtucPhysXSnrTable.

Upstream Snr table. Tones are split in several blocks of 244 tones. Each tone Snr value given in 2 octets (little endian). Usage: adslAtucPhysXToneSnrUs.lineNo.toneIndexPartId I.e. adslAtucPhysXBitSnrDs.1.2 contains tones 245-488 on line 1. Substituded by: vdsl2SCStatusSnr Deprecated from: EDA 4.0

Fine tune received power (1/256 dB). Used to indicate the attenuation of the received analog front-end between the line and ADC for an AGC gain of 0 dB. Unit is 1/256 dB. The allowed range is [-25, -10] dB. -rxAfeGains0: attenuation in US0 band over POTS -rxAfeGains1: attenuation in US0 band over ISDN -rxAfeGains2: attenuation in US1 band (only forG.992.3) -rxAfeGains3: attenuation in US2 band (only for G.992.3) Substitutes adslRxPowerCalibration.

Fine tune received power (1/256 dB). Used to indicate the attenuation of the received analog front-end between the line and ADC for an AGC gain of 0 dB. Unit is 1/256 dB. The allowed range is [-25, -10] dB. -rxAfeGains0: attenuation in US0 band over POTS -rxAfeGains1: attenuation in US0 band over ISDN -rxAfeGains2: attenuation in US1 band (only forG.992.3) -rxAfeGains3: attenuation in US2 band (only for G.992.3) Substitutes adslRxPowerCalibration.

Fine tune received power (1/256 dB). Used to indicate the attenuation of the received analog front-end between the line and ADC for an AGC gain of 0 dB. Unit is 1/256 dB. The allowed range is [-25, -10] dB. -rxAfeGains0: attenuation in US0 band over POTS -rxAfeGains1: attenuation in US0 band over ISDN -rxAfeGains2: attenuation in US1 band (only forG.992.3) -rxAfeGains3: attenuation in US2 band (only for G.992.3) Substitutes adslRxPowerCalibration.

Fine tune received power (1/256 dB). Used to indicate the attenuation of the received analog front-end between the line and ADC for an AGC gain of 0 dB. Unit is 1/256 dB. The allowed range is [-25, -10] dB. -rxAfeGains0: attenuation in US0 band over POTS -rxAfeGains1: attenuation in US0 band over ISDN -rxAfeGains2: attenuation in US1 band (only forG.992.3) -rxAfeGains3: attenuation in US2 band (only for G.992.3) Substitutes adslRxPowerCalibration.

Fine tune AGC gains (1/256 dB). The agcGains(i), i = 0..6, is used to indicate the real gain of the AGC for a nominal value of (6 * i -12) dB with respect to the AGC setting of 0 dB (agcGains[2] is always equal to 0). Range: [-18, 24] dB

Fine tune AGC gains (1/256 dB). The agcGains[i], i = 0..6, is used to indicate the real gain of the AGC for a nominal value of (6 * i -12) dB with respect to the AGC setting of 0 dB (agcGains[2] is always equal to 0). Range: [-18, 24] dB

Fine tune AGC gains (1/256 dB). The agcGains[i], i = 0..6, is used to indicate the real gain of the AGC for a nominal value of (6 * i -12) dB with respect to the AGC setting of 0 dB (agcGains[2] is always equal to 0). Range: [-18, 24] dB

Fine tune AGC gains (1/256 dB). The agcGains[i], i = 0..6, is used to indicate the real gain of the AGC for a nominal value of (6 * i -12) dB with respect to the AGC setting of 0 dB (agcGains[2] is always equal to 0). Range: [-18, 24] dB

Fine tune AGC gains (1/256 dB). The agcGains[i], i = 0..6, is used to indicate the real gain of the AGC for a nominal value of (6 * i -12) dB with respect to the AGC setting of 0 dB (agcGains[2] is always equal to 0). Range: [-18, 24] dB

Fine tune AGC gains (1/256 dB). The agcGains[i], i = 0..6, is used to indicate the real gain of the AGC for a nominal value of (6 * i -12) dB with respect to the AGC setting of 0 dB (agcGains[2] is always equal to 0). Range: [-18, 24] dB

Fine tune AGC gains (1/256 dB). The agcGains[i], i = 0..6, is used to indicate the real gain of the AGC for a nominal value of (6 * i -12) dB with respect to the AGC setting of 0 dB (agcGains[2] is always equal to 0). Range: [-18, 24] dB

This table provides one row for each ATUC performance data collection in a 1 day measurement interval. ADSL physical interfaces are those ifEntries where ifType is equal to adsl(94).

An entry in the adslAtuc1DayIntervalXTable.

Performance Data Interval number 1 is the most recent previous 1 day interval.

Count of seconds in the interval when there was Loss of Framing.

Count of seconds in the interval when there was Loss of Signal.

Count of seconds in the interval when there was Loss of Link.

Count of Errored Seconds in the interval. The errored second parameter is a count of one-second intervals containing one or more crc anomalies, or one or more los or sef defects.

Count of forward error correction seconds in the interval.

Count of the line initialization attempts during the interval. Includes both successful and failed attempts.

This variable indicates if the data for this interval is valid.

This table provides one row for each ATUR performance data collection in a 1 day measurement interval. ADSL physical interfaces are those ifEntries where ifType is equal to adsl(94).

An entry in the adslAtur1DayIntervalXTable.

Performance Data Interval number 1 is the most recent previous 1 day interval.

Count of seconds in the interval when there was Loss of Framing.

Count of seconds in the interval when there was Loss of Signal.

Count of seconds in the interval when there was Loss of Power.

Count of Errored Seconds in the interval. The errored second parameter is a count of one-second intervals containing one or more crc anomalies, or one or more los or sef defects.

Count of forward error correction seconds in the interval.

This variable indicates if the data for this interval is valid.

This table provides one row for each ATUC channel's performance data collection in a 1 day measurement interval. ADSL channel interfaces are those ifEntries where ifType is equal to adslInterleave(124) or adslFast(125).

An entry in the adslAtucChan1DayIntervalXTable.

Performance Data Interval number 1 is the most recent previous 1 day interval.

Count of all blocks received with errors that were corrected on this channel during this interval.

Count of all blocks received with uncorrectable errors on this channel during this interval.

Count of all header error correction violations received on this channel during this interval.

Count of all ATM cells received on this channel during this interval.

Count of all valid non-idle ATM cells succesfully transmitted to the UTOPIA bus on this interval.

Count the number of cells discarded due to the received UTOPIA FIFO being full on this interval.

Count of all idle ATM cells received on this channel this interval.

Count the number of bit errors in the payload of the valid idle ATM cells received on this channel on this interval.

This variable indicates if the data for this interval is valid.

This table provides one row for each ATUR channel's performance data collection in a 1 day measurement interval. ADSL channel interfaces are those ifEntries where ifType is equal to adslInterleave(124) or adslFast(125).

An entry in the adslAturChan1DayIntervalXTable.

Performance Data Interval number 1 is the most recent previous 1 day interval.

Count of all blocks received with errors that were corrected on this channel during this interval.

Count of all blocks received with uncorrectable errors on this channel during this interval.

Count of all header error correction violations received on this channel during this interval.

Count of all ATM cells received on this channel this interval.

Count of all valid non-idle ATM cells succesfully received on the UTOPIA bus on this interval.

Count the number of bit errors in the payload of the valid idle ATM cells received on this channel on this interval. Applies to ADSL2 only.

This variable indicates if the data for this interval is valid.

The Tone Part ID index.

Sent if initialisation of the line failed. One likely reason is that requested configuration can't be implemented on the current line conditions. More information about the reason can be fetched from the current line status. Valid from: EDA 1.1R2A Parameters 1: Managed object class IP DSLAM Port 2: Managed object ID (MAC + PortNo) 3: Sequence number (Alarm sequence number) 4: Perceived severity Major 5: Event time (Timestamp is retrieved from a SNTP server) 6: Event type ProcessingErrorAlarm 7: Probable cause ConfigurationOrCustomisationError 8: Err Code (Additional error information)

The current configuration is not allowed. The operator must change the configuration settings. Valid from: EDA 1.1R2A Parameters 1: Managed object class IP DSLAM Port 2: Managed object ID (MAC + PortNo) 3: Sequence number (Alarm sequence number) 4: Perceived severity Major 5: Event time (Timestamp is retrieved from a SNTP server) 6: Event type ProcessingErrorAlarm 7: Probable cause ConfigurationOrCustomisationError 8: Message ID (Internal message number) 9: Err Code (Additional error information)

Errored Second 15-minute interval threshold reached. Valid from: EDA 1.1R2A Parameters 1: Managed object class IP DSLAM Port 2: Managed object ID (MAC + PortNo) 3: Sequence number (Alarm sequence number) 4: Perceived severity Warning 5: Event time (Timestamp is retrieved from a SNTP server) 6: Event type QualityOfServiceAlarm 7: Probable cause TransmissionError 8: Threshold parameter (adslAtucThresh15MinESs threshold value)

Errored Second 1 Day interval threshold reached. Valid from: EDA 1.1R2A Parameters 1: Managed object class IP DSLAM Port 2: Managed object ID (MAC + PortNo) 3: Sequence number (Alarm sequence number) 4: Perceived severity Warning 5: Event time (Timestamp is retrieved from a SNTP server) 6: Event type QualityOfServiceAlarm 7: Probable cause TransmissionError 8: Threshold parameter (adslAlarmConfXAtucThres1DayES threshold value)

Severely Errored Second 15-minute interval threshold reached. Valid from: EDA 1.1R2A Parameters 1: Managed object class IP DSLAM Port 2: Managed object ID (MAC + PortNo) 3: Sequence number (Alarm sequence number) 4: Perceived severity Warning 5: Event time (Timestamp is retrieved from a SNTP server) 6: Event type QualityOfServiceAlarm 7: Probable cause TransmissionError 8: Threshold parameter (adslAtucThreshold15MinSesL threshold value)

Severely Errored Second 1 Day interval threshold reached. Valid from: EDA 1.1R2A Parameters 1: Managed object class IP DSLAM Port 2: Managed object ID (MAC + PortNo) 3: Sequence number (Alarm sequence number) 4: Perceived severity Warning 5: Event time (Timestamp is retrieved from a SNTP server) 6: Event type QualityOfServiceAlarm 7: Probable cause TransmissionError 8: Threshold parameter (adslAlarmConfXAtucThres1DaySesL threshold value)

Unavailable Second 15-minute interval threshold reached. Valid from: EDA 1.1R2A Parameters 1: Managed object class IP DSLAM Port 2: Managed object ID (MAC + PortNo) 3: Sequence number (Alarm sequence number) 4: Perceived severity Warning 5: Event time (Timestamp is retrieved from a SNTP server) 6: Event type QualityOfServiceAlarm 7: Probable cause TransmissionError 8: Threshold parameter (adslAtucThreshold15MinUasL threshold value)

Unavailable Second 1 Day interval threshold reached. Valid from: EDA 1.1R2A Parameters 1: Managed object class IP DSLAM Port 2: Managed object ID (MAC + PortNo) 3: Sequence number (Alarm sequence number) 4: Perceived severity Warning 5: Event time (Timestamp is retrieved from a SNTP server) 6: Event type QualityOfServiceAlarm 7: Probable cause TransmissionError 8: Threshold parameter (adslAlarmConfXAtucThres1DayUasL threshold value)

DSP replies with an unexpected result code such as: 'unknown application id', 'unknown command id', 'wrong message format', 'request data not valid' or 'request cannot be performed in current state'. This should not happen and comes from either incompatible SW versions or state mismatch between UC and DSP due to internal SW problems. If necessary a LinkDown should proceed this fault.The line will be reset and possibly taken into service again. In case too many line resets have been performed a DSP Communication Failure shall be triggered and the DSP reset and reloaded. The operator must change the configuration settings. Valid from: EDA 1.1R2A Parameters 1: Managed object class IP DSLAM Port 2: Managed object ID (MAC + PortNo) 3: Sequence number (Alarm sequence number) 4: Perceived severity Minor 5: Event time (Timestamp is retrieved from a SNTP server) 6: Event type Equipment 7: Probable cause UnexpectedInformation 8: Message ID (Internal message number) 9: Err Code (Additional error information)

The indicated line has autonomously reset itself. This should not occur and can be due to CPU overload or some other internal DSP SW failure. If necessary a LinkDown should proceed this fault. The line will be reset and possibly taken into service again. In case too many line resets have been performed a DSP Communication Failure shall be triggered and the DSP reset and reloaded. Valid from: EDA 1.1R2A Parameters 1: Managed object class IP DSLAM Port 2: Managed object ID (MAC + PortNo) 3: Sequence number (Alarm sequence number) 4: Perceived severity Minor 5: Event time (Timestamp is retrieved from a SNTP server) 6: Event type ProcessingErrorAlarm 7: Probable cause EquipmentMalfunction

Line Quality threshold not reached. Valid from: EDA 2.1 Parameters 1: Managed object class IP DSLAM Port 2: Managed object ID (MAC + PortNo) 3: Sequence number (Alarm sequence number) 4: Perceived severity Warning 5: Event time (Timestamp is retrieved from a SNTP server) 6: Event type QualityOfServiceAlarm 7: Probable cause ThresholdCrossed 8: Threshold Line quality alarm threshold

Line Quality threshold not reached. Valid from: EDA 2.2 Parameters 1: Managed object class IP DSLAM Port 2: Managed object ID (MAC + PortNo) 3: Sequence number (Alarm sequence number) 4: Perceived severity Warning 5: Event time (Timestamp is retrieved from a SNTP server) 6: Event type QualityOfServiceAlarm 7: Probable cause ThresholdCrossed 8: Threshold Line quality alarm threshold

Count of Loss of Frame seconds in current 15-minute interval has reached the threshold value configured by the adslAtucThresh15MinLofs parameter. Valid from: EDA 2.2 MA2 Parameters 1: Managed object class IP DSLAM Port 2: Managed object ID (MAC + PortNo) 3: Sequence number (Alarm sequence number) 4: Perceived severity Warning 5: Event time (Timestamp is retrieved from a SNTP server) 6: Event type QualityOfServiceAlarm 7: Probable cause TransmissionError 8: Threshold parameter (adslAtucThresh15MinLofs threshold value)

Count of Loss of Frame seconds in current 1-day interval has reached the threshold value configured by adslAlarmConfXAtucThres1DayLofs parameter. Valid from: EDA 2.2 MA2 Parameters 1: Managed object class IP DSLAM Port 2: Managed object ID (MAC + PortNo) 3: Sequence number (Alarm sequence number) 4: Perceived severity Warning 5: Event time (Timestamp is retrieved from a SNTP server) 6: Event type QualityOfServiceAlarm 7: Probable cause TransmissionError 8: Threshold parameter (adslAlarmConfXAtucThres1DayLofs threshold value)

Count of Loss of Signal seconds in current 15-minute interval has reached the threshold value configured by the adslAtucThresh15MinLoss parameter. Valid from: EDA 2.2 MA2 Parameters 1: Managed object class IP DSLAM Port 2: Managed object ID (MAC + PortNo) 3: Sequence number (Alarm sequence number) 4: Perceived severity Warning 5: Event time (Timestamp is retrieved from a SNTP server) 6: Event type QualityOfServiceAlarm 7: Probable cause TransmissionError 8: Threshold parameter (adslAtucThresh15MinLoss threshold value)

Count of Loss of Signal seconds in current 1-day interval has reached the threshold value configured by adslAlarmConfXAtucThres1DayLoss parameter. Valid from: EDA 2.2 MA2 Parameters 1: Managed object class IP DSLAM Port 2: Managed object ID (MAC + PortNo) 3: Sequence number (Alarm sequence number) 4: Perceived severity Warning 5: Event time (Timestamp is retrieved from a SNTP server) 6: Event type QualityOfServiceAlarm 7: Probable cause TransmissionError 8: Threshold parameter (adslAlarmConfXAtucThres1DayLoss threshold value)

Count of Loss of Link seconds in current 15-minute interval has reached the threshold value configured by the adslAtucThresh15MinLols parameter. Valid from: EDA 2.2 MA2 Parameters 1: Managed object class IP DSLAM Port 2: Managed object ID (MAC + PortNo) 3: Sequence number (Alarm sequence number) 4: Perceived severity Warning 5: Event time (Timestamp is retrieved from a SNTP server) 6: Event type QualityOfServiceAlarm 7: Probable cause TransmissionError 8: Threshold parameter (adslAtucThresh15MinLols threshold value)

Count of Loss of Link seconds in current 1-day interval has reached the threshold value configured by adslAlarmConfXAtucThres1DayLols parameter. Valid from: EDA 2.2 MA2 Parameters 1: Managed object class IP DSLAM Port 2: Managed object ID (MAC + PortNo) 3: Sequence number (Alarm sequence number) 4: Perceived severity Warning 5: Event time (Timestamp is retrieved from a SNTP server) 6: Event type QualityOfServiceAlarm 7: Probable cause TransmissionError 8: Threshold parameter (adslAlarmConfXAtucThres1DayLols threshold value)

Errored Second 15-minute interval threshold reached. Valid from: EDA 1.1R2A Parameters 1: Managed object class IP DSLAM Port 2: Managed object ID (MAC + PortNo) 3: Sequence number (Alarm sequence number) 4: Perceived severity Warning 5: Event time (Timestamp is retrieved from a SNTP server) 6: Event type QualityOfServiceAlarm 7: Probable cause TransmissionError 8: Threshold parameter (adslAturThresh15MinESs threshold value)

Errored Second 1 Day interval threshold reached. Valid from: EDA 1.1R2A Parameters 1: Managed object class IP DSLAM Port 2: Managed object ID (MAC + PortNo) 3: Sequence number (Alarm sequence number) 4: Perceived severity Warning 5: Event time (Timestamp is retrieved from a SNTP server) 6: Event type QualityOfServiceAlarm 7: Probable cause TransmissionError 8: Threshold parameter (adslAlarmConfXAturThres1DayES threshold value)

Severely Errored Second 15-minute interval threshold reached. Valid from: EDA 1.1R2A Parameters 1: Managed object class IP DSLAM Port 2: Managed object ID (MAC + PortNo) 3: Sequence number (Alarm sequence number) 4: Perceived severity Warning 5: Event time (Timestamp is retrieved from a SNTP server) 6: Event type QualityOfServiceAlarm 7: Probable cause TransmissionError 8: Threshold parameter (adslAturThreshold15MinSesL threshold value)

Severely Errored Second 1 Day interval threshold reached. Valid from: EDA 1.1R2A Parameters 1: Managed object class IP DSLAM Port 2: Managed object ID (MAC + PortNo) 3: Sequence number (Alarm sequence number) 4: Perceived severity Warning 5: Event time (Timestamp is retrieved from a SNTP server) 6: Event type QualityOfServiceAlarm 7: Probable cause TransmissionError 8: Threshold parameter (adslAlarmConfXAturThres1DaySesL threshold value)

Unavailable Second 15-minute interval threshold reached. Valid from: EDA 1.1R2A Parameters 1: Managed object class IP DSLAM Port 2: Managed object ID (MAC + PortNo) 3: Sequence number (Alarm sequence number) 4: Perceived severity Warning 5: Event time (Timestamp is retrieved from a SNTP server) 6: Event type QualityOfServiceAlarm 7: Probable cause TransmissionError 8: Threshold parameter (adslAturThreshold15MinUasL threshold value)

Unavailable Second 1 Day interval threshold reached. Valid from: EDA 1.1R2A Parameters 1: Managed object class IP DSLAM Port 2: Managed object ID (MAC + PortNo) 3: Sequence number (Alarm sequence number) 4: Perceived severity Warning 5: Event time (Timestamp is retrieved from a SNTP server) 6: Event type QualityOfServiceAlarm 7: Probable cause TransmissionError 8: Threshold parameter (adslAlarmConfXAturThres1DayUasL threshold value)

Line Quality threshold not reached. Valid from: EDA 2.1 Parameters 1: Managed object class IP DSLAM Port 2: Managed object ID (MAC + PortNo) 3: Sequence number (Alarm sequence number) 4: Perceived severity Warning 5: Event time (Timestamp is retrieved from a SNTP server) 6: Event type QualityOfServiceAlarm 7: Probable cause ThresholdCrossed 8: Threshold Line quality alarm threshold

Line Quality threshold not reached. Valid from: EDA 2.2 Parameters 1: Managed object class IP DSLAM Port 2: Managed object ID (MAC + PortNo) 3: Sequence number (Alarm sequence number) 4: Perceived severity Warning 5: Event time (Timestamp is retrieved from a SNTP server) 6: Event type QualityOfServiceAlarm 7: Probable cause ThresholdCrossed 8: Threshold Line quality alarm threshold

Count of Loss of Frame seconds in current 15-minute interval has reached the threshold value configured by the adslAturThresh15MinLofs parameter. Valid from: EDA 2.2 MA2 Parameters 1: Managed object class IP DSLAM Port 2: Managed object ID (MAC + PortNo) 3: Sequence number (Alarm sequence number) 4: Perceived severity Warning 5: Event time (Timestamp is retrieved from a SNTP server) 6: Event type QualityOfServiceAlarm 7: Probable cause TransmissionError 8: Threshold parameter (adslAturThresh15MinLofs threshold value)

Count of Loss of Frame seconds in current 1-day interval has reached the threshold value configured by the adslAlarmConfXAturThres1DayLofs parameter. Valid from: EDA 2.2 MA2 Parameters 1: Managed object class IP DSLAM Port 2: Managed object ID (MAC + PortNo) 3: Sequence number (Alarm sequence number) 4: Perceived severity Warning 5: Event time (Timestamp is retrieved from a SNTP server) 6: Event type QualityOfServiceAlarm 7: Probable cause TransmissionError 8: Threshold parameter (adslAlarmConfXAturThres1DayLofs threshold value)

Count of Loss of Signal seconds in current 15-minute interval has reached the threshold value configured by the adslAturThresh15MinLoss parameter. Valid from: EDA 2.2 MA2 Parameters 1: Managed object class IP DSLAM Port 2: Managed object ID (MAC + PortNo) 3: Sequence number (Alarm sequence number) 4: Perceived severity Warning 5: Event time (Timestamp is retrieved from a SNTP server) 6: Event type QualityOfServiceAlarm 7: Probable cause TransmissionError 8: Threshold parameter (adslAturThresh15MinLoss threshold value)

Count of Loss of Signal seconds in current 1-day interval has reached the threshold value configured by the adslAlarmConfXAturThres1DayLoss parameter. Valid from: EDA 2.2 MA2 Parameters 1: Managed object class IP DSLAM Port 2: Managed object ID (MAC + PortNo) 3: Sequence number (Alarm sequence number) 4: Perceived severity Warning 5: Event time (Timestamp is retrieved from a SNTP server) 6: Event type QualityOfServiceAlarm 7: Probable cause TransmissionError 8: Threshold parameter (adslAlarmConfXAturThres1DayLoss threshold value)

Count of Loss of Power seconds in current 15-minute interval has reached the threshold value configured by the adslAtucThresh15MinLprs parameter. Valid from: EDA 2.2 MA2 Parameters 1: Managed object class IP DSLAM Port 2: Managed object ID (MAC + PortNo) 3: Sequence number (Alarm sequence number) 4: Perceived severity Warning 5: Event time (Timestamp is retrieved from a SNTP server) 6: Event type QualityOfServiceAlarm 7: Probable cause TransmissionError 8: Threshold parameter (adslAturThresh15MinLprs threshold value)

Count of Loss of Power seconds in current 1-day interval has reached the threshold value configured by the adslAlarmConfXAturThres1DayLprs parameter. Valid from: EDA 2.2 MA2 Parameters 1: Managed object class IP DSLAM Port 2: Managed object ID (MAC + PortNo) 3: Sequence number (Alarm sequence number) 4: Perceived severity Warning 5: Event time (Timestamp is retrieved from a SNTP server) 6: Event type QualityOfServiceAlarm 7: Probable cause TransmissionError 8: Threshold parameter (adslAlarmConfXAturThres1DayLprs threshold value)

DSP software could not be loaded and started, either incompatible or inoperable HW, damaged or wrong load file. ADSL system inoperable. Valid from: EDA 1.1R2A Parameters 1: Managed object class IP DSLAM 2: Managed object ID (MAC) 3: Sequence number (Alarm sequence number) 4: Perceived severity Critical 5: Event time (Timestamp is retrieved from a SNTP server) 6: Event type Equipment 7: Probable cause EquipmentMalfunction

DSP does not reply to a request or too many DSP Unexpected Response Failures have been detected. DSP will be reset and reloaded. Affects all lines in the IP DSLAM. Valid from: EDA 1.1R2A Parameters 1: Managed object class IP DSLAM 2: Managed object ID (MAC) 3: Sequence number (Alarm sequence number) 4: Perceived severity Major 5: Event time (Timestamp is retrieved from a SNTP server) 6: Event type CommunicationsAlarm 7: Probable cause SoftwareError

The DSP has been reloaded and restarted to many times due to errors. ADSL is considered inoperable. In case SW load modules are correct this is most likely a HW problem. Valid from: EDA 1.1R2A Parameters 1: Managed object class IP DSLAM 2: Managed object ID (MAC) 3: Sequence number (Alarm sequence number) 4: Perceived severity Critical 5: Event time (Timestamp is retrieved from a SNTP server) 6: Event type Equipment 7: Probable cause EquipmentMalfunction

HW failure was detected. HW should be replaced. ADSL system is inoperable. Valid from: EDA 1.1R2A Obsoleted from: EDA 2.2R1A Parameters 1: Managed object class IP DSLAM 2: Managed object ID (MAC) 3: Sequence number (Alarm sequence number) 4: Perceived severity Critical 5: Event time (Timestamp is retrieved from a SNTP server) 6: Event type Equipment 7: Probable cause EquipmentMalfunction

Current adslXObjects Group

Deprecated adslXObjects Group

Deprecated adslXObjects Group

adslX Traps Group