ZYXEL-IES5000-MIB: View SNMP OID List / Download MIB

Enable/disable DHCP relay Option82 function. Note that this object is obsolete in R1.03 and later versions.

A table that contains DHCP Relay configuration.

The entry of DHCP Relay table.

The IP address of the DHCP Relay primary server.

The IP address of the DHCP Relay secondary server. This object is supported by R1.02 and later versions.

The current active DHCP Relay server. This object is supported by R1.02 and later versions.

Enable/disable DHCP relay and Option82 function. This object is supported by R1.03 and later versions.

User specific Option82 information. This object is supported by R1.03 and later versions.

DHCP relay mode. This object is supported by R1.03 and later versions.

Row status of the table entry.

Enable/disable Option 82 sub-option 2. This object is supported by R3.00 and later versions.

User specified information for Option 82 sub-option 2. This object is supported by R3.00 and later versions.

Enable/disable option 82 sub-option line characteristic information.

rate: only bitrate information. full: full line characteristic information.

User specific Option82 information. Note that this object is obsolete in R1.03 and later versions.

The maximum number of rows that can be created in dhcpRelay82Table.

To configure the ASCII value of the delimiter character.

Enable/disable system to check option82 in DHCP packets from DHCP server.

This table includes dhcprelay82 port configuration.

An entry in dhcprelay82PortTable.

replace: Replace the original relay information when a DHCP message that already contains one. keep: Keep the original relay information when a DHCP message that already contains one. drop: Drop the packet when a DHCP message that already contains relay information.

Enable/disable the 802.1x function.

A table that contains Radius Server information.

The entry of Radius Server table.

The identity of the RADIUS server.

The IP address of the Radius Server.

The UDP port of the Radius Server.

The shared secret of the Radius Server.

This table includes 802.1x port configuration.

An entry in dot1xPortTable.

Enable/disable 802.1x for the port.

The object defines the 802.1x control type for the port.

Enable/disable 802.1x re-authentication for the port.

The object defines the 802.1x re-authentication period for the port.

This managed object is used for identify the target on which the port configuration should be performed. The target is encoded as: Byte 1: the octet specifies a set of eight chassis, chassis 0 through 7 Byte 2~4: each octet specifies a set of eight slots, with the first octet specifying slots 1 through 8, and the second octet specifying slots 9 through 16, and so on. Byte 5~: each octet specifies a set of eight ports, with the first octet specifying ports 1 through 8, etc.

The corresponding bit is set to 1 to start the operation. The various bit positions are: BIT 1: enable dot1x BIT 2: disable dot1x BIT 3: set dot1x control to be auto BIT 4: set dot1x control to be forceAuth BIT 5: set dot1x control to be forceUnAuth BIT 6: enable dot1x re-authentication BIT 7: disable dot1x re-authentication BIT 8: set dot1x re-authentication period.

The object defines the 802.1x re-authentication period for batch setting.

This table includes the status of mac filtering for each port.

An entry in macFilterPortTable.

Enable/disable MAC filtering for the port.

The total number of MAC addresses allowed for the port.

The mac filter mode (accept or deny) for the port. This object is supported by R1.02 and later versions.

The max number of mac filters supported in the system.

The max number of mac filters supported per port.

The current number of mac filters in the system.

A table that contains the mac filter addresses.

The entry of macFilterTable.

The mac address which can pass through or be rejected from the port.

The row status of the entry.

This managed object is used for identify the target on which the port configuration should be performed. The target is encoded as: Byte 1: the octet specifies a set of eight chassis, chassis 0 through 7 Byte 2~4: each octet specifies a set of eight slots, with the first octet specifying slots 1 through 8, and the second octet specifying slots 9 through 16, and so on. Byte 5~: each octet specifies a set of eight ports, with the first octet specifying ports 1 through 8, etc.

The corresponding bit is set to 1 to start the operation. The various bit positions are: BIT 1: enable mac filter BIT 2: enable mac count filter BIT 3: disable mac filter BIT 4: set mac count.

The total number of MAC addresses allowed for a port.

A table that contains the OUI filter addresses.

The entry of ouiFilterTable.

The first three bytes of the mac address which can pass through or be rejected from the port.

The row status of the entry.

The max number of OUI filters supported per port.

A table that contains the mac filter addresses.

The entry of macFilterStatusTable.

The index of the entry.

The mac address which can pass through or be rejected from the port.

A table for per-PVC macfilter configuration.

The entry of macFilterPerPVCTable.

VPI of the pvc.

VCI of the pvc.

Enable/disable MAC filtering for the port-vpi/vci

The mac filter mode (accept or deny) for the port-vpi/vci.

The total number of MAC addresses allowed for the port-vpi/vci.

A table for per-PVC macfilter configuration.

The entry of macFilterPerPVCMACTable.

VPI of the pvc.

VCI of the pvc.

The mac address which can pass through or be rejected from the port-vpi/vci

The row status of the entry.

This table includes packet filtering for each port.

An entry in pktFilterPortTable.

The packet filter. The semantic for each bit is: BIT 1: accept all BIT 2: accept PPPoE only BIT 3: reject ARP BIT 4: reject DHCP BIT 5: reject EAPOL BIT 6: reject PPPoE BIT 7: reject NetBIOS BIT 8: reject IGMP BIT 9: reject IP

This managed object is used for identify the target on which the port configuration should be performed. The target is encoded as: Byte 1: the octet specifies a set of eight chassis, chassis 0 through 7 Byte 2~4: each octet specifies a set of eight slots, with the first octet specifying slots 1 through 8, and the second octet specifying slots 9 through 16, and so on. Byte 5~: each octet specifies a set of eight ports, with the first octet specifying ports 1 through 8, etc.

The corresponding bit is set to 1 to start the operation. The various bit positions are: BIT 1: set packet filter.

The packet filter for batch setting. The semantic for each bit is identical to the object pktFilter.

This table includes per-PVC packet filter configuration.

An entry in pktFilterPerPVCTable.

VPI of the pvc.

VCI of the pvc.

The packet filter. The semantic for each bit is: BIT 1: accept all BIT 2: accept PPPoE only BIT 3: reject ARP BIT 4: reject DHCP BIT 5: reject EAPOL BIT 6: reject PPPoE BIT 7: reject NetBIOS BIT 8: reject IGMP BIT 9: reject IP

This table includes DHCP snooping enable/disable for each port. This table is supported by R1.02 and later versions.

An entry of dhcpSnoopPortTable.

Enable/disable DHCP snooping for a port.

This managed object is used for identify the target on which the operation should be performed. The target is encoded as: Byte 1: the octet specifies a set of eight chassis, chassis 0 through 7 Byte 2~4: each octet specifies a set of eight slots, with the first octet specifying slots 1 through 8, and the second octet specifying slots 9 through 16, and so on. Byte 5~: each octet specifies a set of eight ports, with the first octet specifying ports 1 through 8, etc.

The corresponding bit is set to 1 to start the operation. The various bit positions are: BIT 1: DHCP snooping table flush.

This table defines DHCP static IP addresses. This table is supported by R1.03 and later versions.

An entry of dhcpStaticTable.

The IP address which can pass through the port.

Row status of the table entry.

The maximum number of DHCP static IP addresses which can be created for a port. This object is supported by R1.03 and later versions.

Support DHCP lan2lan to prevent DHCP service hack if customer installed DHCP server in its subscriber network. This table is supported by R5.05 and later versions.

The entry of dhcpSnoopLan2lanTable.

Enable/disable DHCP server on subscriber port

This table is supported by R1.03 and later versions.

An entry of aclSetTable.

VPI value.

VCI value.

ACL Profile name.

RowStatus of aclSetEntry.

This table is supported by R5.02 and later versions.

An entry of aclNoMatchTable.

Pass or drop the packet.

A table that contains PPPoE DHCP Relay configuration. This table is supported by R1.03 and later versions.

An entry of pppoeAgentTable.

Enable/disable DHCP relay and Option82 function.

User specific Option82 information.

Row status of the table entry.

Enable/disable option 82 sub-option line characteristic information.

rate: only bitrate information. full: full line characteristic information.

The maximum number of rows that can be created in pppoeAgentTable.

To configure the ASCII value of the delimiter character.

A table that contains downstream broadcast forbidden configuration. This table is supported by R3.00 and later versions.

An entry of dsBcastTable.

Row status of the table entry.

Enable/disable upstream broadcast control.

The table contains DSCP mapping configuration.

An entry of dscpMappingTable.

The DSCP source code point used for mapping.

The mapping p bits that will replace the source p bits in the incoming packet.

The table contains DSCP port configuration.

An entry of dscpPortTable.

Enable/disable DSCP.

Enable/disable MAC anti-spoof.

A table that contains subnet vlan configuration.

The entry of subnet vlan table.

Row status of the table entry.

A table that contains IPv4/IPv6 subnet vlan configuration.

The entry of subnet vlan inet table.

Row status of the table entry.

A table that contains Loopguard configuration.

The entry of Loopguard table.

seconds

A table that contains UsStorm configuration.

The entry of UsStorm table.

0~1488096 pkt/s, -1 means no limit

0~1488096 pkt/s, -1 means no limit

0~1488096 pkt/s, -1 means no limit

Support ARP inspection to filter unauthorized ARP packets on the network. This can prevent many kinds of man-in-the-middle attacks. This table is supported by R5.05 and later versions.

The entry of arpInspectionTable.

Enable/disable arp inspection on the specified subscriber port.

The entry of macFFStaticTable.

The macFF static entry index 1 ~ 24

Matched range for static subscribers IP in ARP request

Matched range for static subscribers IP in ARP request

IP of static macFF Access Router/App Server

vlan ID of macFF Access Router/App Server

The entry of macFFDynamicTable.

The macFF entry index 1 ~ 24

Matched range for dynamic subscribers IP in ARP request

Matched range for dynamic subscribers IP in ARP request

IP of dynamic macFF Access Router/App Server

vlan ID of macFF Access Router/App Server

The entry of macFFVlanTable.

Vlan ID of macFF Access Router/App Server

Set the object to n to flush the slot ns macff arp table(not include the MSC slot). macFFArpStatusUplinkTable(1.3.6.1.4.1.890.1.5.13.5.13.23.1) macFFArpStatusSlotTable(1.3.6.1.4.1.890.1.5.13.5.13.23.2)

The entry of dhcpv6RelayTable.

Enable/disable DHCPv6 LDRA function

The entry of dhcpv6RelayOptionTable.

DHCPv6 option ID

Enable/disable DHCPv6 option

User specific Option format % treated as a beginner of predefined runtime variable the rule is below: %%: equals character % %0x00~0xFF: represents byte value %pname: configured port name %ptel: configured port tel %pid: port index %chvpi: channel vpi %chvci: channel vci %slotid: slot index of the logic port %svlan: SVLAN ID which DHCP client runs on %cvlan: CVLAN ID which DHCP client runs on %hname: host device name %cmac: MAC address of client, represents as Byte %phtype: ATM: atm Ethernet eth %blank: blank character

This table includes dhcpv6relay port configuration.

An entry in dhcpv6RelayPortTable.

drop: drop the packet when a DHCPv6 message that already contains relay-forward header. replace: replace the original relay information when a DHCPv6 message that already contains one. keep: keep the original relay information. add: add relay information.

This table includes bpdu ctrl enable/disable for each port.

An entry in bpduenableTable.

Enable/Disable BpduCtrl.

The manager sets the corresponding bit value to 1 to start the operation and the agent clears the object to zero when the operation is successfully completed. The various bit positions are: BIT 1: clear BIT 2: cutoff BIT 3: clear alarm history table

This table includes alarm configuration.

An entry in alarmConfTable.

3: dslLineUp 4: dslLineDown 7: dslLineLdmStart 8: dslLineLdmDone 9: dslLinePowerDownL2 10:dslLinePowerDownL0 11:dslLineFailure 14:adslPerfLolThresh 17:adslPerfLofThresh 18:adslPerfLosThresh 19:adslPerfLprThresh 20:adslPerfESThresh 21:adslRateChange 22:adslPerfSESThresh 23:adslPerfUASThresh 24:shdslLoopAttenCrossing 25:shdslSNRMarginCrossing 26:shdslPerfESThresh 27:shdslPerfSESThresh 28:shdslPerfCRCAnomaliesThresh 29:shdslPerfLOSWSThresh 30:shdslPerfUASThresh 31:vdslPerfLolThresh 32:vdslPerfLofThresh 33:vdslPerfLosThresh 34:vdslPerfLprThresh 35:vdslPerfESThresh 36:vdslPerfSESThresh 37:vdslPerfUASThresh 38:dslMacAntiSpoofing 39:vdslPerfCodeViolationThresh 40:vdslVturInfoReady 41:vdslPerfRateChange 42:vdslTCACorrect 43:vdslTCAFailinit 44:vdslTCAFEC 45:vdslStatusChange 46:lineLoopGuard 1001:eqpt48VPowerFailure 1002:eqptVoltageError 1003:eqptTempError 1004:eqptFanError 1005:eqptTempLowFanStop 1009:eqptHWMonitorFailre 1011:eqptColdStart 1012:eqptWarmStart 1019:eqptMgmtPortUp 1020:eqptMgmtPortDown 1021:eqptExternalAlarmInput 1022:eqptTopologyChange 1023:eqptFWUploadOK 1024:eqptFWUploadFailure 1025:eqptLTPlugIn 1026:eqptLTPullOut 1028:eqptLTDslDeviceFailure 1029:eqptLTDslDeviceRedownload 1031:eqptLTActive 1032:eqptLTInactive 1038:eqptLTFWUploadOK 1039:eqptLTFWUploadFailure 1040:eqptLTEnable 1041:eqptLTDisable 1042:eqptLTReset 1043:eqptNTSwitchOK 1044:eqptCpuUtilizationHigh 1045:eqptVopBatteryFailure 1046:eqptVopClockFailure 1047:eqptVopRingerFault 1048:eqptPacketBufferUsageHigh 1049:eqptMemoryUsageHigh 1050:eqptStpNewRoot 1053:eqptStpPortStateChange 1054:eqptStpPortRoleChange 2001:sysReboot 2002:sysConfigChange 2003:sysConfigUploadOK 2004:sysConfigUploadFailure 2005:sysTimeSyncFailure 2006:sysAlarmCutoffEnable 2007:sysAlarmClearEnable 2008:sysLoginFailure 2009:sysLogin 2010:sysAccountAdded 2011:sysAccountDeleted 2012:sysAccountModified 2013:sysSvrSyncProfOk 2014:sysSvrSyncProfFail 2015:sysCliSyncProfOk 2016:sysCliSyncProfFail 2017:sysMacAntiSpoofing 2018:sysClusterMemberActive 2019:sysClusterMemberInactive 2020:sysClusterMemeberAdded 2021:sysClusterMemeberDeleted 2022:pingProbeFailed 2023:pingTestFailed 2024:pingTestCompleted 2025:traceRouteTestFailed 2026:traceRouteTestCompleted 3006:enetUp 3007:enetDown 3008:enetLoopGuard 3009:enetSFPError 3010:enetSFPTxEnable 3011:enetSFPTxDisable 4001:vopTempError 4002:vopDCPowerFailure 4003:vopACPowerFailure 4004:vopRingTimerFailure 4005:vopRingResourceFailure 4006:vopRingOhdFailure 4007:vopNoFreeDSPChannel 4008:vopMCMissing 4009:vopSCMissing 4010:vopTermNameDup 4011:vopNoProtection 4012:vopProtectionSwitch 4013:vopDropCall 4014:vopBatteryFail 4015:vopClockFail 4016:vopRingerFail 4017:vopMgcMissing 4018:vopMgEnable 4019:vopMgDisable 5001:cfmError 5003:lldpRemoteChange 5004:macCount 6001: imaAlarmGroupStartupFe 6002: imaAlarmGroupCfgAbort 6003: imaAlarmGroupCfgAbortFe 6004: imaAlarmGroupInsuffLinks 6005: imaAlarmGroupInsuffLinksFe 6006: imaAlarmGroupBlockedFe 6007: imaAlarmGroupTimingSynch 6008: imaAlarmLinkLif 6009: imaAlarmLinkLods 6010: imaAlarmLinkRfi 6011: imaAlarmLinkTxMisConnect 6012: imaAlarmLinkRxMisConnect 6013: imaAlarmLinkTxFault 6014: imaAlarmLinkRxFault 6015: imaAlarmLinkTxUnusableFe 6016: imaAlarmLinkRxUnusableFe 7001: e1AlarmLinkLOS 7002: e1AlarmPathLOF 7003: e1AlarmPathAIS 7004: e1AlarmPathRDI 7005: e1AlarmPathOCASMF 7006: e1AlarmPathOCRCMF 7007: e1AlarmLinkSF 7008: e1AlarmLinkSD 7009: e1AlarmTCAQuarterES 7010: e1AlarmTCAQuarterSES 7011: e1AlarmTCAQuarterUAS 7012: e1AlarmTCADayES 7013: e1AlarmTCADaySES 7014: e1AlarmTCADayUAS

Alarm facility.

The destination which alarms are reported to. Set the bit to 1 to enable the target. BIT 1: snmp trap BIT 2: syslog

Alarm severity

Setting the object to one indicates that the alarm is to be cleared when user submits alarm clear.

This table includes current alarm information.

An entry in alarmCurrTable.

Index of the alarm.

Alarm occurence time (in hundredths of a second) since the system was last re-initialized.

Trap OID of the alarm.

The 1st parameter of the alarm.

The 2nd parameter of the alarm.

The 3rd parameter of the alarm.

The 4th parameter of the alarm.

The 5th parameter of the alarm.

The 6th parameter of the alarm.

The 7th parameter of the alarm.

The 8th parameter of the alarm.

The string representation of occurence time (YYYY/MM/DD HH:MM:SS).

The severity of the alarm.

The description of the alarm.

This table includes the configuration of alarm reporting severity threshold for each port.

An entry in alarmSeverityPortTable.

The minimum alarm severity that is reported.

This table includes the configuration of external alarms.

An entry in externalAlarmTable.

The external alarm index.

The external alarm name.

The manager sets the corresponding bit value to 1 to start the operation and the agent clears the object to zero when the operation is successfully completed. The various bit positions are: BIT 1: clear BIT 2: cutoff

This table that contains alarm history data. This table is supported by R5.05 and later versions.

An entry in alarmHisTable.

Index of the alarm.

Alarm occurence time (in hundredths of a second) since the system was last re-initialized.

Trap OID of the alarm.

The 1st parameter of the alarm.

The 2nd parameter of the alarm.

The 3rd parameter of the alarm.

The 4th parameter of the alarm.

The 5th parameter of the alarm.

The 6th parameter of the alarm.

The 7th parameter of the alarm.

The 8th parameter of the alarm.

The string representation of occurence time (YYYY/MM/DD HH:MM:SS).

The severity of the alarm.

The description of the alarm.

ifIndex Filter for alarmHisTable.

The manager sets the corresponding bit value to 1 to start the operation and the agent clears the object to zero when the operation is successfully completed. The various bit positions are: BIT 1: config save BIT 2: factory default

IfIndex of the port which would be performed loopback test.

The manager sets the corresponding bit value to 1 to start the loopback test and the agent clears the object to zero when loopback test is successfully completed. The various bit positions are: BIT 1: local loopback BIT 2: remote F5 loopback.

VPI of the virtual channel which would be performed loopback test.

VCI of the virtual channel which would be performed loopback test.

Loopback test status message.

IfIndex of the port which would be performed ldm test.

The manager sets the object to 1 to start the ldm test and the agent clears the object to zero when ldm test is successfully completed.

Status description of ldm test result.

Loop Attenuation.

Signal Attenuation.

Signal Margin.

Actual Aggregate Transmit Power.

Attainable Bit Rate.

Loop Attenuation.

Signal Attenuation.

Signal Margin.

Actual Aggregate Transmit Power.

Attainable Bit Rate.

The number of subcarriers per port for ATU-C.

The number of subcarriers per port for ATU-R.

Scale of Hlin.

The object provides real part of Hlin for the first 256 subcarriers. Each subcarrier takes two octets to store the value.

The object provides real part of Hlin for the last 256 subcarriers. Each subcarrier takes two octets to store the value.

The object provides image part of Hlin for the first 256 subcarriers. Each subcarrier takes two octets to store the value.

The object provides image part of Hlin for the last 256 subcarriers. Each subcarrier takes two octets to store the value.

The object provides Hlog for the first 256 subcarriers. Each subcarrier takes two octets to store the value. A special value -32768 indicates that no measurement could be done for the sub-carrier group.

The object provides Hlog for the last 256 subcarriers. Each subcarrier takes two octets to store the value. A special value -32768 indicates that no measurement could be done for the sub-carrier group.

The object provides QLN for the first 256 subcarriers. Each subcarrier takes two octets to store the value. A special value 0 indicates that no measurement could be done for the sub-carrier group.

The object provides QLN for the last 256 subcarriers. Each subcarrier takes two octets to store the value. A special value 0 indicates that no measurement could be done for the sub-carrier group.

The object provides SNR for the first 256 subcarriers. Each subcarrier takes two octets to store the value. A special value -32768 indicates that no measurement could be done for the sub-carrier group.

The object provides SNR for the last 256 subcarriers. Each subcarrier takes two octets to store the value. A special value -32768 indicates that no measurement could be done for the sub-carrier group.

Scale of Hlin.

Real part of Hlin. Each subcarrier takes two octets to store the value.

Image part of Hlin. Each subcarrier takes two octets to store the value.

Hlog of subcarrier. Each subcarrier takes two octets to store the value. A special value -32768 indicates that no measurement could be done for the sub-carrier group.

QLN of subcarrier. Each subcarrier takes two octets to store the value. A special value 0 indicates that no measurement could be done for the sub-carrier group.

SNR of subcarrier. Each subcarrier takes two octets to store the value. A special value -32768 indicates that no measurement could be done for the sub-carrier group.

IfIndex of the port which would be performed single end loopback test.

The manager sets the object to 1 to start the selt and the agent clears the object to zero when selt is successfully completed.

Status description of the selt result.

The cable type that selt result indicates.

The estimated loop length that selt result indicates.

The estimated loop length that selt result indicates.

IfIndex of the port which would be performed Metallic Link Test.

The manager sets the object to 1 to start the mlt and the agent clears the object to zero when mlt is successfully completed.

all : test all items vac: test AC voltage vdc: test DC voltage rload: test load resistance riso: test isolation resistance cap: test capacitor ren: test REN value ring: test ring voltage metering: test metering voltage dialtone: test dialtone digit: test digit roh: test roh

Force test even the port is in use.

[Special value]: 250000016 : No result. 250000032 : Test failed. 250000048 : Not Measured reason # 1: Cant start the test when port is enabled and force not set. 250000064 : Not Measured reason # 2: Cant start the test when port is off-hook. 250000080 : Not Measured reason # 3: Cant start the test when port is disabled or on-hook. 250000096 : Not Measured reason # 4: cant start the test when port is disabled or off-hook or service state is out-of-service. 250000112 : Not Measured reason # 5: cant start the test when port is disabled or off-hook. 250000128 : Not Measured reason # 6: The test item will be skipped when testing all items and (vTip > 0.5Vac or vRing > 0.5Vac or abs(vTip) > 0.5Vdc or abs(vRing) > 0.5Vdc). 250000144 : Not Measured reason # 7: Hardware driver do not measure this item.

[Special value]: 250000016 : No result. 250000032 : Test failed. 250000048 : Not Measured reason # 1: Cant start the test when port is enabled and force not set. 250000064 : Not Measured reason # 2: Cant start the test when port is off-hook. 250000080 : Not Measured reason # 3: Cant start the test when port is disabled or on-hook. 250000096 : Not Measured reason # 4: cant start the test when port is disabled or off-hook or service state is out-of-service. 250000112 : Not Measured reason # 5: cant start the test when port is disabled or off-hook. 250000128 : Not Measured reason # 6: The test item will be skipped when testing all items and (vTip > 0.5Vac or vRing > 0.5Vac or abs(vTip) > 0.5Vdc or abs(vRing) > 0.5Vdc). 250000144 : Not Measured reason # 7: Hardware driver do not measure this item.

[Special value]: 250000016 : No result. 250000032 : Test failed. 250000048 : Not Measured reason # 1: Cant start the test when port is enabled and force not set. 250000064 : Not Measured reason # 2: Cant start the test when port is off-hook. 250000080 : Not Measured reason # 3: Cant start the test when port is disabled or on-hook. 250000096 : Not Measured reason # 4: cant start the test when port is disabled or off-hook or service state is out-of-service. 250000112 : Not Measured reason # 5: cant start the test when port is disabled or off-hook. 250000128 : Not Measured reason # 6: The test item will be skipped when testing all items and (vTip > 0.5Vac or vRing > 0.5Vac or abs(vTip) > 0.5Vdc or abs(vRing) > 0.5Vdc). 250000144 : Not Measured reason # 7: Hardware driver do not measure this item.

[Special value]: 250000016 : No result. 250000032 : Test failed. 250000048 : Not Measured reason # 1: Cant start the test when port is enabled and force not set. 250000064 : Not Measured reason # 2: Cant start the test when port is off-hook. 250000080 : Not Measured reason # 3: Cant start the test when port is disabled or on-hook. 250000096 : Not Measured reason # 4: cant start the test when port is disabled or off-hook or service state is out-of-service. 250000112 : Not Measured reason # 5: cant start the test when port is disabled or off-hook. 250000128 : Not Measured reason # 6: The test item will be skipped when testing all items and (vTip > 0.5Vac or vRing > 0.5Vac or abs(vTip) > 0.5Vdc or abs(vRing) > 0.5Vdc). 250000144 : Not Measured reason # 7: Hardware driver do not measure this item.

[Special value]: 250000016 : No result. 250000032 : Test failed. 250000048 : Not Measured reason # 1: Cant start the test when port is enabled and force not set. 250000064 : Not Measured reason # 2: Cant start the test when port is off-hook. 250000080 : Not Measured reason # 3: Cant start the test when port is disabled or on-hook. 250000096 : Not Measured reason # 4: cant start the test when port is disabled or off-hook or service state is out-of-service. 250000112 : Not Measured reason # 5: cant start the test when port is disabled or off-hook. 250000128 : Not Measured reason # 6: The test item will be skipped when testing all items and (vTip > 0.5Vac or vRing > 0.5Vac or abs(vTip) > 0.5Vdc or abs(vRing) > 0.5Vdc). 250000144 : Not Measured reason # 7: Hardware driver do not measure this item.

[Special value]: 250000016 : No result. 250000032 : Test failed. 250000048 : Not Measured reason # 1: Cant start the test when port is enabled and force not set. 250000064 : Not Measured reason # 2: Cant start the test when port is off-hook. 250000080 : Not Measured reason # 3: Cant start the test when port is disabled or on-hook. 250000096 : Not Measured reason # 4: cant start the test when port is disabled or off-hook or service state is out-of-service. 250000112 : Not Measured reason # 5: cant start the test when port is disabled or off-hook. 250000128 : Not Measured reason # 6: The test item will be skipped when testing all items and (vTip > 0.5Vac or vRing > 0.5Vac or abs(vTip) > 0.5Vdc or abs(vRing) > 0.5Vdc). 250000144 : Not Measured reason # 7: Hardware driver do not measure this item.

[Special value]: 250000016 : No result. 250000032 : Test failed. 250000048 : Not Measured reason # 1: Cant start the test when port is enabled and force not set. 250000064 : Not Measured reason # 2: Cant start the test when port is off-hook. 250000080 : Not Measured reason # 3: Cant start the test when port is disabled or on-hook. 250000096 : Not Measured reason # 4: cant start the test when port is disabled or off-hook or service state is out-of-service. 250000112 : Not Measured reason # 5: cant start the test when port is disabled or off-hook. 250000128 : Not Measured reason # 6: The test item will be skipped when testing all items and (vTip > 0.5Vac or vRing > 0.5Vac or abs(vTip) > 0.5Vdc or abs(vRing) > 0.5Vdc). 250000144 : Not Measured reason # 7: Hardware driver do not measure this item.

[Special value]: 250000016 : No result. 250000032 : Test failed. 250000048 : Not Measured reason # 1: Cant start the test when port is enabled and force not set. 250000064 : Not Measured reason # 2: Cant start the test when port is off-hook. 250000080 : Not Measured reason # 3: Cant start the test when port is disabled or on-hook. 250000096 : Not Measured reason # 4: cant start the test when port is disabled or off-hook or service state is out-of-service. 250000112 : Not Measured reason # 5: cant start the test when port is disabled or off-hook. 250000128 : Not Measured reason # 6: The test item will be skipped when testing all items and (vTip > 0.5Vac or vRing > 0.5Vac or abs(vTip) > 0.5Vdc or abs(vRing) > 0.5Vdc). 250000144 : Not Measured reason # 7: Hardware driver do not measure this item. 2147483647 : Circuit open. 0 : Circuit short or fault.

[Special value]: 250000016 : No result. 250000032 : Test failed. 250000048 : Not Measured reason # 1: Cant start the test when port is enabled and force not set. 250000064 : Not Measured reason # 2: Cant start the test when port is off-hook. 250000080 : Not Measured reason # 3: Cant start the test when port is disabled or on-hook. 250000096 : Not Measured reason # 4: cant start the test when port is disabled or off-hook or service state is out-of-service. 250000112 : Not Measured reason # 5: cant start the test when port is disabled or off-hook. 250000128 : Not Measured reason # 6: The test item will be skipped when testing all items and (vTip > 0.5Vac or vRing > 0.5Vac or abs(vTip) > 0.5Vdc or abs(vRing) > 0.5Vdc). 250000144 : Not Measured reason # 7: Hardware driver do not measure this item. 2147483647 : Circuit open. 0 : Circuit short or fault.

[Special value]: 250000016 : No result. 250000032 : Test failed. 250000048 : Not Measured reason # 1: Cant start the test when port is enabled and force not set. 250000064 : Not Measured reason # 2: Cant start the test when port is off-hook. 250000080 : Not Measured reason # 3: Cant start the test when port is disabled or on-hook. 250000096 : Not Measured reason # 4: cant start the test when port is disabled or off-hook or service state is out-of-service. 250000112 : Not Measured reason # 5: cant start the test when port is disabled or off-hook. 250000128 : Not Measured reason # 6: The test item will be skipped when testing all items and (vTip > 0.5Vac or vRing > 0.5Vac or abs(vTip) > 0.5Vdc or abs(vRing) > 0.5Vdc). 250000144 : Not Measured reason # 7: Hardware driver do not measure this item. 2147483647 : Circuit open. 0 : Circuit short or fault.

[Special value]: 250000016 : No result. 250000032 : Test failed. 250000048 : Not Measured reason # 1: Cant start the test when port is enabled and force not set. 250000064 : Not Measured reason # 2: Cant start the test when port is off-hook. 250000080 : Not Measured reason # 3: Cant start the test when port is disabled or on-hook. 250000096 : Not Measured reason # 4: cant start the test when port is disabled or off-hook or service state is out-of-service. 250000112 : Not Measured reason # 5: cant start the test when port is disabled or off-hook. 250000128 : Not Measured reason # 6: The test item will be skipped when testing all items and (vTip > 0.5Vac or vRing > 0.5Vac or abs(vTip) > 0.5Vdc or abs(vRing) > 0.5Vdc). 250000144 : Not Measured reason # 7: Hardware driver do not measure this item.

[Special value]: 250000016 : No result. 250000032 : Test failed. 250000048 : Not Measured reason # 1: Cant start the test when port is enabled and force not set. 250000064 : Not Measured reason # 2: Cant start the test when port is off-hook. 250000080 : Not Measured reason # 3: Cant start the test when port is disabled or on-hook. 250000096 : Not Measured reason # 4: cant start the test when port is disabled or off-hook or service state is out-of-service. 250000112 : Not Measured reason # 5: cant start the test when port is disabled or off-hook. 250000128 : Not Measured reason # 6: The test item will be skipped when testing all items and (vTip > 0.5Vac or vRing > 0.5Vac or abs(vTip) > 0.5Vdc or abs(vRing) > 0.5Vdc). 250000144 : Not Measured reason # 7: Hardware driver do not measure this item.

[Special value]: 250000016 : No result. 250000032 : Test failed. 250000048 : Not Measured reason # 1: Cant start the test when port is enabled and force not set. 250000064 : Not Measured reason # 2: Cant start the test when port is off-hook. 250000080 : Not Measured reason # 3: Cant start the test when port is disabled or on-hook. 250000096 : Not Measured reason # 4: cant start the test when port is disabled or off-hook or service state is out-of-service. 250000112 : Not Measured reason # 5: cant start the test when port is disabled or off-hook. 250000128 : Not Measured reason # 6: The test item will be skipped when testing all items and (vTip > 0.5Vac or vRing > 0.5Vac or abs(vTip) > 0.5Vdc or abs(vRing) > 0.5Vdc). 250000144 : Not Measured reason # 7: Hardware driver do not measure this item.

[Special value]: 250000016 : No result. 250000032 : Test failed. 250000048 : Not Measured reason # 1: Cant start the test when port is enabled and force not set. 250000064 : Not Measured reason # 2: Cant start the test when port is off-hook. 250000080 : Not Measured reason # 3: Cant start the test when port is disabled or on-hook. 250000096 : Not Measured reason # 4: cant start the test when port is disabled or off-hook or service state is out-of-service. 250000112 : Not Measured reason # 5: cant start the test when port is disabled or off-hook. 250000128 : Not Measured reason # 6: The test item will be skipped when testing all items and (vTip > 0.5Vac or vRing > 0.5Vac or abs(vTip) > 0.5Vdc or abs(vRing) > 0.5Vdc). 250000144 : Not Measured reason # 7: Hardware driver do not measure this item. 2147483647 : Circuit open.

[Special value]: 250000016 : No result. 250000032 : Test failed. 250000048 : Not Measured reason # 1: Cant start the test when port is enabled and force not set. 250000064 : Not Measured reason # 2: Cant start the test when port is off-hook. 250000080 : Not Measured reason # 3: Cant start the test when port is disabled or on-hook. 250000096 : Not Measured reason # 4: cant start the test when port is disabled or off-hook or service state is out-of-service. 250000112 : Not Measured reason # 5: cant start the test when port is disabled or off-hook. 250000128 : Not Measured reason # 6: The test item will be skipped when testing all items and (vTip > 0.5Vac or vRing > 0.5Vac or abs(vTip) > 0.5Vdc or abs(vRing) > 0.5Vdc). 250000144 : Not Measured reason # 7: Hardware driver do not measure this item.

[Special value]: 250000016 : No result. 250000032 : Test failed. 250000048 : Not Measured reason # 1: Cant start the test when port is enabled and force not set. 250000064 : Not Measured reason # 2: Cant start the test when port is off-hook. 250000080 : Not Measured reason # 3: Cant start the test when port is disabled or on-hook. 250000096 : Not Measured reason # 4: cant start the test when port is disabled or off-hook or service state is out-of-service. 250000112 : Not Measured reason # 5: cant start the test when port is disabled or off-hook. 250000128 : Not Measured reason # 6: The test item will be skipped when testing all items and (vTip > 0.5Vac or vRing > 0.5Vac or abs(vTip) > 0.5Vdc or abs(vRing) > 0.5Vdc). 250000144 : Not Measured reason # 7: Hardware driver do not measure this item.

Value List: 1 : Yes. 2 : No. 3 : Test failed 4 : No result.

[Special value]: 250000016 : No result. 250000032 : Test failed. 250000048 : Not Measured reason # 1: Cant start the test when port is enabled and force not set. 250000064 : Not Measured reason # 2: Cant start the test when port is off-hook. 250000080 : Not Measured reason # 3: Cant start the test when port is disabled or on-hook. 250000096 : Not Measured reason # 4: cant start the test when port is disabled or off-hook or service state is out-of-service. 250000112 : Not Measured reason # 5: cant start the test when port is disabled or off-hook. 250000128 : Not Measured reason # 6: The test item will be skipped when testing all items and (vTip > 0.5Vac or vRing > 0.5Vac or abs(vTip) > 0.5Vdc or abs(vRing) > 0.5Vdc). 250000144 : Not Measured reason # 7: Hardware driver do not measure this item.

[Special value]: 250000016 : No result. 250000032 : Test failed. 250000048 : Not Measured reason # 1: Cant start the test when port is enabled and force not set. 250000064 : Not Measured reason # 2: Cant start the test when port is off-hook. 250000080 : Not Measured reason # 3: Cant start the test when port is disabled or on-hook. 250000096 : Not Measured reason # 4: cant start the test when port is disabled or off-hook or service state is out-of-service. 250000112 : Not Measured reason # 5: cant start the test when port is disabled or off-hook. 250000128 : Not Measured reason # 6: The test item will be skipped when testing all items and (vTip > 0.5Vac or vRing > 0.5Vac or abs(vTip) > 0.5Vdc or abs(vRing) > 0.5Vdc). 250000144 : Not Measured reason # 7: Hardware driver do not measure this item.

[Normal Value]: 1 : On hook. 2 : Off hook. 3 : circuit short or fault. 4 : circuit open. [Special value]: 250000016 : No result. 250000032 : Test failed. 250000048 : Not Measured reason # 1: Cant start the test when port is enabled and force not set. 250000064 : Not Measured reason # 2: Cant start the test when port is off-hook. 250000080 : Not Measured reason # 3: Cant start the test when port is disabled or on-hook. 250000096 : Not Measured reason # 4: cant start the test when port is disabled or off-hook or service state is out-of-service. 250000112 : Not Measured reason # 5: cant start the test when port is disabled or off-hook. 250000128 : Not Measured reason # 6: The test item will be skipped when testing all items and (vTip > 0.5Vac or vRing > 0.5Vac or abs(vTip) > 0.5Vdc or abs(vRing) > 0.5Vdc). 250000144 : Not Measured reason # 7: Hardware driver do not measure this item.

The DTMF digit string be detected in MLT test.

The error message when fail to start MLT test.

Perform specified MLT relay function, or turn off MLT relay function in specified subscriber.

An entry of mltRelayTable.

By default, relay function is turned off.

Relays will be turned off automatically while the specified timer is timeout. This object is supported by R5.01 and later versions.

Set to 1 to force to set relays even the port is in use. This object is supported by R5.01 and later versions.

option(All) : all(0), test vac, vdc, riso, cap(1) option(Ring) : normal(0), start to ring(1), stop to ring(2) option(Digit) : normal(0), user input dtmf(1)

When test mltOption digit(11) and mltType set to user input dtmf(1), set the number of digit for testing.

Set the slot id of a VoIP Card to terminate MLT test on it.

IfIndex of the port which would be performed oamloopback test.

The manager sets the corresponding bit value to 1 to start the oamloopback test and the agent clears the object to zero when oamloopback test is completed.

Number of packets to be sent. 1~100000

Size of each packet. 64~1518

Number of packets received.

oamloopback test elapsed time.

oamloopback test status.

IfIndex of the port which would be performed vdsl ldm test.

The manager sets the object to 1 to start the vdsl ldm test and the agent clears the object to zero when ldm test is successfully completed.

Status description of vdsl ldm test result.

Loop Attenuation at US0 band. A special value -32768 indicates that no measurement could be done for the sub-carrier group.

Loop Attenuation at US1 band. A special value -32768 indicates that no measurement could be done for the sub-carrier group.

Loop Attenuation at US2 band. A special value -32768 indicates that no measurement could be done for the sub-carrier group.

Loop Attenuation at US3 band. A special value -32768 indicates that no measurement could be done for the sub-carrier group.

Signal Attenuation at US0 band. A special value -32768 indicates that no measurement could be done for the sub-carrier group.

Signal Attenuation at US1 band. A special value -32768 indicates that no measurement could be done for the sub-carrier group.

Signal Attenuation at US2 band. A special value -32768 indicates that no measurement could be done for the sub-carrier group.

Signal Attenuation at US3 band. A special value -32768 indicates that no measurement could be done for the sub-carrier group.

Signal Margin at US0 band. A special value -32768 indicates that no measurement could be done for the sub-carrier group.

Signal Margin at US1 band. A special value -32768 indicates that no measurement could be done for the sub-carrier group.

Signal Margin at US2 band. A special value -32768 indicates that no measurement could be done for the sub-carrier group.

Signal Margin at US3 band. A special value -32768 indicates that no measurement could be done for the sub-carrier group.

Actual Aggregate Transmit Power. A special value -32768 indicates that no measurement could be done for the sub-carrier group.

Attainable Bit Rate.

Loop Attenuation at DS1 band. A special value -32768 indicates that no measurement could be done for the sub-carrier group.

Loop Attenuation at DS2 band. A special value -32768 indicates that no measurement could be done for the sub-carrier group.

Loop Attenuation at DS3 band. A special value -32768 indicates that no measurement could be done for the sub-carrier group.

Signal Attenuation at DS1 band. A special value -32768 indicates that no measurement could be done for the sub-carrier group.

Signal Attenuation at DS2 band. A special value -32768 indicates that no measurement could be done for the sub-carrier group.

Signal Attenuation at DS3 band. A special value -32768 indicates that no measurement could be done for the sub-carrier group.

Signal Margin at DS1 band. A special value -32768 indicates that no measurement could be done for the sub-carrier group.

Signal Margin at DS2 band. A special value -32768 indicates that no measurement could be done for the sub-carrier group.

Signal Margin at DS3 band. A special value -32768 indicates that no measurement could be done for the sub-carrier group.

Actual Aggregate Transmit Power. A special value -32768 indicates that no measurement could be done for the sub-carrier group.

Attainable Bit Rate.

Scale of Hlin.

The object provides real part of Hlin for the subcarriers. Each subcarrier takes two octets to store the value.

The object provides image part of Hlin for the subcarriers. Each subcarrier takes two octets to store the value.

The object provides Hlog for the subcarriers. Each subcarrier takes two octets to store the value. A special value -32768 indicates that no measurement could be done for the sub-carrier group.

The object provides QLN for the subcarriers. Each subcarrier takes two octets to store the value.

The object provides SNR for the subcarriers. Each subcarrier takes two octets to store the value. A special value -32768 indicates that no measurement could be done for the sub-carrier group.

Scale of Hlin.

Real part of Hlin. Each subcarrier takes two octets to store the value.

Image part of Hlin. Each subcarrier takes two octets to store the value.

Hlog of subcarrier. Each subcarrier takes two octets to store the value. A special value -32768 indicates that no measurement could be done for the sub-carrier group.

QLN of subcarrier. Each subcarrier takes two octets to store the value.

SNR of subcarrier. Each subcarrier takes two octets to store the value. A special value -32768 indicates that no measurement could be done for the sub-carrier group.

Number of sub-carriers per group used to report the H(f) linear representation values for the respective transmission direction. The valid values are 1, 2, 4 and 8. This object is supported by R5.02 and later versions.

Number of sub-carriers per group used to report the H(f) linear representation values for the respective transmission direction. The valid values are 1, 2, 4 and 8. This object is supported by R5.02 and later versions.

Number of sub-carriers per group used to report the H(f) linear representation values for the respective transmission direction. The valid values are 1, 2, 4 and 8. This object is supported by R5.02 and later versions.

Number of sub-carriers per group used to report the H(f) linear representation values for the respective transmission direction. The valid values are 1, 2, 4 and 8. This object is supported by R5.02 and later versions.

Number of sub-carriers per group used to report the Quiet Line Noise values for the respective transmission direction. The valid values are 1, 2, 4 and 8. This object is supported by R5.02 and later versions.

Number of sub-carriers per group used to report the Quiet Line Noise values for the respective transmission direction. The valid values are 1, 2, 4 and 8. This object is supported by R5.02 and later versions.

Number of sub-carriers per group used to report the SNR values on the respective transmission direction. The valid values are 1, 2, 4 and 8. This object is supported by R5.02 and later versions.

Number of sub-carriers per group used to report the SNR values on the respective transmission direction. The valid values are 1, 2, 4 and 8. This object is supported by R5.02 and later versions.

VPI of the virtual channel which would be performed imaOamF5Loopback test.

VCI of the virtual channel which would be performed imaOamF5Loopback test.

The manager sets the corresponding bit value to 1 to start the imaOamF5Loopback test and the agent clears the object to zero when loopback test is successfully completed.

16 bytes segment id.

Status description of IMA OAM F5 Loopback test result.

The table xdsl2ExtSCStatusTable extends xdsl2SCStatusTable for ZyXEL product.

The table xdsl2ExtSCStatusTable contains extra subcarrier status parameters besides those in xdsl2LineSegmentTable.

Actual Aggregate Transmit Power Downstream. The total amount of transmit power delivered by the xTU-C at the U-C reference point, at the instant of measurement. It ranges from -310 to 310 units of 0.1 dBm (Physical values are -31 to 31 dBm). A value of 0x7FFFFFFF (2147483647) indicates the measurement is out of range to be represented. This object reflects the value of the parameter following the most recent DELT performed on the associated line. Once the DELT process is over, the parameter no longer changes until the row is deleted or a new DELT process is initiated.

The table xdsl2ExtSCStatusBandTable extends xdsl2SCStatusBandTable for ZyXEL product.

The table xdsl2ExtSCStatusBandTable contains extra subcarrier status parameters that are grouped per-band besides those in xdsl2SCStatusBandTable.

SNR Margin is the maximum increase in dB of the noise power received at the xTU (xTU-R for a band in the downstream direction and xTU-C for a band in the upstream direction), such that the BER requirements are met for all bearer channels received at the xTU. Values range from -640 to 630 in units of 0.1 dB (Physical values are -64 to 63 dB). A special value of 0x7FFFFFFF (2147483647) indicates the SNR Margin is out of range to be represented. A special value of 0x7FFFFFFE (2147483646) indicates the SNR Margin measurement is currently unavailable. This object reflects the value of the parameter following the most recent DELT performed on the associated line. Once the DELT process is over, the parameter no longer changes until the row is deleted or a new DELT process is initiated.

The maximum number of static routes supported by the system.

A table that contains information about static routes.

A list of static route entry.

The name of the static route.

The destination IP address of the static route.

The subnet mask of the static route.

The gateway IP address of the static route.

The routing metric of the static route.

This object is used to create a new row or modify or delete an existing row in this table. A row is activated by setting this object to `active, , and is deactivated by setting it to notInService.

Inband IP Address. Not immediately apply. Use staticIpOps to apply the object setting on device.

Inband IP Mask. Not immediately apply. Use staticIpOps to apply the object setting on device.

Inband IP Vlan. Not immediately apply. Use staticIpOps to apply the object setting on device.

Outband IP Address. Not immediately apply. Use staticIpOps to apply the object setting on device.

Outband IP Mask. Not immediately apply. Use staticIpOps to apply the object setting on device.

Gateway IP Address. Not immediately apply. Use staticIpOps to apply the object setting on device.

The manager setting will temporary saved but not set into Device. Set value of staticIpOps to 1 to apply the setting of IpTable on device. Set value of staticIpOps to 2 to reload the real setting of IpTable on device now.

The number of chassis in the system.

The table which contains the chassis information in the system.

The Chassis ID.

The Frame ID.

The Chassis Serial Number.

The Chassis Number which is defined by the system administrator for management purpose.

The current status of the chassis.

The table which contains the slot information in a chassis.

Identity of the slot.

Card type of the plug-in card.

The descriptions of the plug-in card.

The firmware version of the plug-in card.

The DSL driver of the plug-in card.

The DSL modem code version of the plug-in card.

The module state of the plug-in card.

This variable indicates the alarm status of the module. It is a bit map represented a sum, therefore, it can represent multiple defects simultaneously. The moduleNoDefect should be set if and only if no other flag is set. The various bit positions are: 1 moduleNoDefect 2 moduleOverHeat 3 moduleFanRpmLow 4 moduleVoltageLow 5 moduleThermalSensorFailure 6 modulePullOut 7 powerDC48VAFailure 8 powerDC48VBFailure 9 extAlarmInputTrigger 10 moduleDown 11 mscSwitchOverOK 12 networkTopologyChange 13 macSpoof 14 cpuHigh 15 memoryUsageHigh 16 packetBufferUsageHigh 17 loopguardOccurence

The serial number of the plug-in card.

The hardware version of the plug-in card.

The time (in seconds) since the plug-in card was last re-initialized.

The MAC Address of the plug-in card.

The MAC Address of the plug-in card.

The table contains MSC port status.

Identity of the MSC port.

Type of the MSC port.

Enable/disable IGMP protocol.

The max number of static multicast groups supported by the system.

A table that contains static multicast group information.

The entry of multicast group table.

The multicast IP address of the group.

The port list which specify the ports joining the multicast group.

The port list which specify the ports prohibited by the multicast group.

The row status of the multicast group entry.

The maximum number of row entries that user can create in macMcastGroupTable. This object is supported by R5.02 and later versions.

This table specify the static multicast group with MAC address. This table is supported by R5.02 and later versions.

An entry of macMcastGroupTable.

The multicast MAC address of the group.

The port list which specify the ports joining the multicast group.

The row status of the MAC multicast group entry.

A table that contains static multicast group information.

The entry of multicast group table.

The multicast IP address type of the group.

The multicast IP address of the group.

The port list which specify the ports joining the multicast group.

The port list which specify the ports prohibited by the multicast group.

The row status of the multicast group entry.

The max number of IGMP filters supported by the system.

A table that contains IGMP filters.

The entry of IGMP filter table.

The IGMP filter name.

The index which specif the filter rule.

The start IP of the filter rule.

The end IP of the filter rule.

The row status of the IGMP filter entry.

The IP Address type.

The start IP of the filter rule.

The end IP of the filter rule.

This table specif the IGMP filter of the port.

An entry in igmpFilterPortTable.

The IGMP filter name of the port.

This managed object is used for identify the target on which the port configuration should be performed. The target is encoded as: Byte 1: the octet specifies a set of eight chassis, chassis 0 through 7 Byte 2~4: each octet specifies a set of eight slots, with the first octet specifying slots 1 through 8, and the second octet specifying slots 9 through 16, and so on. Byte 5~: each octet specifies a set of eight ports, with the first octet specifying ports 1 through 8, etc.

The corresponding bit is set to 1 to start the operation. The various bit positions are: BIT 1: set IGMP filter.

The IGMP filter name.

Default bandwidth requirement for a multicast channel. This object is supported by R1.02 and later versions.

The maximum number of row entries that user can create in mcastBwTable. This object is supported by R1.02 and later versions.

This table defines bandwidth budget for a range of multicast IP channels. This table is supported by R1.02 and later versions.

An entry of mcastBwTable.

The index which specify the entry.

The start multicast IP of the bandwidth control range.

The end multicast IP of the bandwidth control range.

The bandwidth budget for the multicast IP channels.

The row status of the entry.

This table specify the multicast bandwidth control of the port. This table is supported by R1.02 and later versions.

An entry of mcastBwPortTable.

Enable/disable multicast bandwidth control for a port.

Set bandwidth threshold for a port.

This table defines bandwidth budget for a range of multicast IP channels for IPv6. This table is supported by R5.06 and later versions.

An entry of mcastBwInetTable.

The index which specify the entry.

The ip address type of multicast IP.

The start multicast IP of the bandwidth control range.

The end multicast IP of the bandwidth control range.

The bandwidth budget for the multicast IP channels.

The row status of the entry.

This table specify the IGMP count limiting of the port. This table is supported by R1.02 and later versions.

An entry of igmpCountPortTable.

Enable/disable IGMP count limiting for a port.

The maximum allowed IGMP report count for a port.

This table specify the IGMP message count limiting of the port.

An entry of igmpMessageCountPortTable.

Enable/disable IGMP message count limiting for a port.

The maximum allowed IGMP message count for a port.

The maximum number of row entries that user can create in mvlanTable.

A table containing static configuration information for each multicast VLAN configured into the device.

An entry of mvlanTable.

The VLAN-ID refering to this VLAN.

An administratively assigned string, which may be used to identify the VLAN.

The set of ports which are permanently assigned to the egress list for this multicast VLAN.

This object indicates the status of this entry.

A table that contains multicast to VLAN translation.

An entry of mvlanTranslateTable.

The index which specif the entry.

The start IP of the multicast VLAN translation.

The end IP of the multicast VLAN translation.

The IP Address type.

The start IP of the multicast VLAN translation.

The end IP of the multicast VLAN translation.

A table that contains MVLAN.

An entry of mvlanExtTable.

Egress or forbid to the Multicast VLAN.

Customer VLAN

set this object to discard so that the system discards IGMP/MLD reports if the subscriber port is not a member of the MVLAN which the group address belong to. Set to pass so that the system accepts such IGMP/MLD reports and process them with the original VLAN.

The maximum number of row entries that user can create in qryVidConfTable. This object is supported by R1.02 and later versions.

This table defines statically set VLANs used for response IGMP report. This table is supported by R1.02 and later versions.

An entry in qryVidConfTable.

VLAN ID.

This object indicates the status of this entry.

This table shows statically set or dynamically learned VLANs used for response IGMP report.

An entry in qryVidStatusTable.

VLAN type.

Setting IGMP with aggresive mode will issue an IGMP report from new active port when topology change occurs, while normal mode wont.

Setting IGMP version. This object is supported by R3.00 and later versions.

Set IPv6 packet transparent passthrough.

Set reserved packets transparent passthrougth

This table contains multicast IGMP/MLD history configuration.

The entry of multicast igmp history table.

Enable/disable IGMP/MLD multicast group join/leave history logging.

This table includes subscriber attributes for the port.

An entry in subrPortTable.

Name of the subscriber.

Telephone number of the subscriber.

MDF information of this subscriber port

This table includes common attributes describing the ADSL line.

An entry in adslLineConfTable.

G.lite and T1.413 are only applicable to annex A board. ETSI is only applicable to annex B board.

Enable/disable annex L for the port.

Enable/disable annex M for the port.

Enable/disable annex I for the port.

The semantic for each bit is: BIT 1 : Disable Trellis BIT 2 : Disable Reed-Solomon BIT 3 : Disable upstream bitswap BIT 4 : Disable downstream bitswap BIT 5 : Disable 1-bit constellation BIT 6 : Disable transmit windowing BIT 7 : Disable s=0.5 support (ADSL1 only) BIT 8 : Disable G.lite rate limit (ADSL1 only) BIT 9 : Disable Nitro mode

Enable/disable power management for the port.

The power mode of the ADSL line.

The maximum allowed transmit power of ATU-R.

The maximum allowed transmit power of ATU-C.

The maximum aggregate received power.

The upstream carrier mask from bin 0 to 63. Bit set to 1 indicates the bin is masked off.

The downstream carrier mask from bin 32 to 255. Bit set to 1 indicates the bin is masked off.

The downstream carrier mask from bin 256 to 511. Bit set to 1 indicates the bin is masked off.

The upstream Impulse Noise Protection minimum setting in unit of DMT symbol.

The downstream Impulse Noise Protection minimum setting in unit of DMT symbol.

This table provides the number of bits per carrier for each ADSL port.

An entry in bitLoadTable.

This object provides the number of bits for all carriers in the port. The first octet specify the number of bits for carrier 1, and the second octet specify the number of bits for carrier 2, and so on. The object provides the number of bits for carrier 1 to 512.

The number of carriers for ATU-C.

The number of carriers for ATU-R.

The managed object is used for identify the target on which the port configuration should be performed. The target is encoded as: Byte 1: the octet specifies a set of eight chassis, chassis 0 through 7 Byte 2~4: each octet specifies a set of eight slots, with the first octet specifying slots 1 through 8, and the second octet specifying slots 9 through 16, and so on. Byte 5~: each octet specifies a set of eight ports, with the first octet specifying ports 1 through 8, etc.

The managed object is for ADSL line configuration. When the EMS wants to issue the desired operation, the EMS shall send SNMP-SET message to set the corresponding bit value to be 1. The various bit positions are: BIT 1: enable port BIT 2: disable port BIT 3: set ADSL mode BIT 4: set line profile BIT 5: set alarm profile BIT 6: enable Annex L to be narrow mode BIT 7: enable Annex L to be wide mode BIT 8: disable Annex L BIT 9: enable Annex M BIT 10: disable Annex M BIT 11: enable Annex I BIT 12: disable Annex I BIT 13: set option mask BIT 14: enable power management mode to be L2 BIT 15: enable power management mode to be L3 BIT 16: disable power management mode BIT 17: set power mode to be fixed BIT 18: set power mode to be priority to power BIT 19: set power mode to be priority to rate BIT 20: set ATU-R max Tx power BIT 21: set ATU-C max Tx power BIT 22: set max Rx power BIT 23: set ATU-R carrier mask BIT 24: set ATU-C carrier mask BIT 25: set ATU-R INP minimum setting BIT 26: set ATU-C INP minimum setting

G.lite and T1.413 are only applicable to annex A board. ETSI is only applicable to annex B board.

The ADSL line profile.

The ADSL alarm profile.

The semantic for each bit is identical to the object adslLineConfOptionMask.

The maximum allowed transmit power of ATU-R.

The maximum allowed transmit power of ATU-C.

The maximum aggregate received power.

The upstream carrier mask from bin 0 to 63. Bit set to 1 indicates the bin is masked off.

The downstream carrier mask from bin 32 to 255. Bit set to 1 indicates the bin is masked off.

The downstream carrier mask from bin 256 to 511. Bit set to 1 indicates the bin is masked off.

The upstream Impulse Noise Protection minimum setting in unit of DMT symbol.

The downstream Impulse Noise Protection minimum setting in unit of DMT symbol.

This table includes the ADSL line status.

An entry in adslLineStatusTable.

The link up mode of the ADSL line. The following items is added from R5.05 8: adsl2Annexi(8) 9: adsl2Annexl(9) 10: adsl2AnnexlNarrow(10) 11: adsl2Annexm(11) 12: adsl2PlusAnnexi(12) 13: adsl2PlusAnnexm(13)

The time since the ADSL line link up.

The upstream Impulse Noise Protection in unit of 0.1 DMT symbol.

The downstream Impulse Noise Protection in unit of 0.1 DMT symbol.

This table defines L0 to L2 power transition parameters. This table is supported by R1.02 and later versions.

An entry in powerMgmtParamTable.

The object specifies the minimum time in L0 mode before L2 mode may be entered.

The object specifies the minimum time in L2 mode before trimming and in between power trims.

The maximum aggregate transmit power.

The maximum total aggregate transmit power.

The object specifies the minimum L2 rate.

The object specifies the maximum L2 rate.

The object specifies the rate threshold that triggers the line entering L0 or L2 mode.

This table provides the PSD setting for both ATU-C and ATU-R. This table is supported by R1.02 and later versions.

An entry in powerMgmtPSDTable.

The object specifies the maximum ATU-C PSD.

The object specifies the maximum ATU-R PSD.

This table includes common attributes describing the SHDSL line.

An entry in shdslLineConfTable.

Mode of the SHDSL port. This MIB object is not supported by R5.03 and later versions.

Negotiated noise margin mode of the SHDSL port.

Power backoff mode of the SHDSL port.

Power backoff value of the SHDSL port.

Modulation mode of the SHDSL port. This MIB object is supported by R5.03 and later versions.

Transmission Convergence layer. This MIB object is supported by R5.05 and later versions. 1: atm 2: efm

The managed object is used for identify the target on which the port configuration should be performed. The target is encoded as: Byte 1: the octet specifies a set of eight chassis, chassis 0 through 7 Byte 2~4: each octet specifies a set of eight slots, with the first octet specifying slots 1 through 8, and the second octet specifying slots 9 through 16, and so on. Byte 5~: each octet specifies a set of eight ports, with the first octet specifying ports 1 through 8, etc.

The managed object is for SHDSL line configuration. When the EMS wants to issue the desired operation, the EMS shall send SNMP-SET message to set the corresponding bit value to be 1. The various bit positions are: BIT 1: enable port BIT 2: disable port BIT 3: set SHDSL mode BIT 4: set line profile BIT 5: set alarm profile BIT 6: set pmms mode to be normal BIT 7: set pmms mode to be forced BIT 8: set pbo mode to be normal_epl BIT 9: set pbo mode to be forced_epl BIT 10: set pbo mode to be forced_no_epl BIT 11: set pbo value

Mode of the SHDSL port.

The SHDSL line profile.

The SHDSL alarm profile.

Power backoff value of the SHDSL port.

This table includes the SHDSL line status.

An entry in shdslLineStatusTable.

The link-up wire pair of the SHDSL line.

The maximum number of PVCs which could be created on a port.

This table includes PVC configuration.

An entry in pvcTable.

VPI of the pvc.

VCI of the pvc.

Default VID of the pvc.

Encapsulation of the pvc.

802.1p default priority of the pvc.

The value of this object identifies the row in the atmProfileTable, which applies for this pvc.

This object is used to create a new row or delete an existing row in this table.

Enable/disable multicast VLAN function for the PVC. This object is supported by R1.02 and later versions.

Access concentrator name.

Service name.

The system will close the PVC if there are not any LCP echo messages passed through during the LCP hello time.

This table includes the VLAN configuration for each PVC.

An entry in pvcVlanTable.

The PVC is egress or forbidden for this VLAN.

The PVC should transmit egress packets for this VLAN as tagged or untagged.

This object is used to create a new row or delete an existing row in this table.

This table defines the upstream rate limit for each PVC. This table is supported by R1.03 and later versions.

An entry in pvcUsRateLimitTable.

Enable/disable upstream rate limit for a PVC.

Upstream rate limit in Kbps for a PVC.

This table includes the PVLAN configuration for each PVC.

An entry in pvcPvlanTable.

PVC PVLAN Etype(0600~FFFF).

PVC PVLAN Vid(1~4094).

PVC PVLAN Priority(0~7).

This object is used to create a new row or delete an existing row in this table.

This table includes the XVLAN configuration for each PVC.

An entry in pvcXvlanTable.

PVC XVLAN Cvid(1~4094).

PVC XVLAN Svid(1~4094).

PVC XVLAN Cvids(1~4094).

This object is used to create a new row or delete an existing row in this table.

The maximum number of priority PVCs which could be created on a port.

This table includes priority PVC configuration.

An entry in ppvcTable.

VPI of the ppvc.

VCI of the ppvc.

Default VID of the ppvc.

Encapsulation of the ppvc.

802.1p default priority of the ppvc.

This object is used to create a new row or delete an existing row in this table.

This table includes the VLAN configuration for each priority PVC.

An entry in ppvcVlanTable.

The PVC is egress or forbidden for this VLAN.

The PVC should transmit egress packets for this VLAN as tagged or untagged.

This object is used to create a new row or delete an existing row in this table.

This table includes priority PVC member configuration.

An entry in ppvcMemberTable.

VPI of the member ppvc.

VCI of the member ppvc.

802.1p default priority of the member ppvc.

The profile of the member ppvc.

This object is used to create a new row or delete an existing row in this table.

The managed object is used for identify the target on which the port configuration should be performed. The target is encoded as: Byte 1: the octet specifies a set of eight chassis, chassis 0 through 7 Byte 2~4: each octet specifies a set of eight slots, with the first octet specifying slots 1 through 8, and the second octet specifying slots 9 through 16, and so on. Byte 5~: each octet specifies a set of eight ports, with the first octet specifying ports 1 through 8, etc.

The managed object is for xDSL line configuration. When the EMS wants to issue the desired operation, the EMS shall send SNMP-SET message to set the corresponding bit value to be 1. The various bit positions are: BIT 1: enable port BIT 2: disable port BIT 3: reserved BIT 4: default port settings

This table includes PVC statistics.

An entry in pvcStatsTable.

Transmission Rate (byte/sec) on the PVC.

Receive rate (byte/sec) on the PVC.

The number of transmitted cells on the PVC since last counter reset.

The number of received packets on the PVC since last counter reset.

The number of detected CRC errors on the PVC since last counter reset.

This object is supported by R1.02 and later versions. The number of transmitted packets on the PVC since last counter reset.

This object is supported by R1.02 and later versions. The number of received packets on the PVC since last counter reset.

This object is supported by R1.02 and later versions. The number of transmitted unicast packets on the PVC since last counter reset.

This object is supported by R1.02 and later versions. The number of received unicast packets on the PVC since last counter reset.

This object is supported by R1.02 and later versions. The number of transmitted multicast packets on the PVC since last counter reset.

This object is supported by R1.02 and later versions. The number of received multicast packets on the PVC since last counter reset.

This object is supported by R1.02 and later versions. The number of transmitted broadcast packets on the PVC since last counter reset.

This object is supported by R1.02 and later versions. The number of received broadcast packets on the PVC since last counter reset.

This object is supported by R1.02 and later versions. The number of discarded packets when transmitted on the PVC since last counter reset.

This object is supported by R1.02 and later versions. The number of discarded packets when received on the PVC since last counter reset.

IfIndex of the PVC whose counters would be reset.

VPI of the PVC whose counters would be reset.

VCI of the PVC whose counters would be reset.

Set the object to 1 to reset PVC counters for the PVC which is identified by pvcCounterIfIndex, pvcCounterVpi, and pvcCounterVci.

This table includes PPPoAoE PVC configuration. This table is supported by R1.02 and later versions.

An entry of paepvcTable.

VPI of the pvc.

VCI of the pvc.

Default VID of the pvc.

Encapsulation of the pvc.

802.1p default priority of the pvc.

The value of this object identifies the row in the atmProfileTable, which applies for this pvc.

Access concentrator name.

Service name.

The system will close the PVC if there are not any LCP echo messages passed through during the LCP hello time.

This object is used to create a new row or delete an existing row in this table.

This table includes Transparent LAN Service (TLS) PVC configuration. This table is supported by R1.02 and later versions.

An entry of tlspvcTable.

VPI of the pvc.

VCI of the pvc.

s-tag VLAN ID of the pvc.

Encapsulation of the pvc.

s-tag priority of the pvc.

The value of this object identifies the row in the atmProfileTable, which applies for this pvc.

This object is used to create a new row or delete an existing row in this table.

This table includes common attributes describing the VDSL line. This table is supported by R2.00 and later versions.

An entry in vdslLineConfTable.

Enable/disable upstream power backoff control.

Set VDSL profile.

Set VDSL frequency plan.

Set VDSL customized RFI configuration. disable: not apply RFI notch to port ansi: use pre-defined ANSI RFI notch etsi: use pre-defined ETSI notch custom: user needs to define customized RFI notch band through vdslRfiCustomTable

This object is supported by R5.01 and later versions.

This object is supported by R5.01 and later versions.

This object is supported by R5.01 and later versions. Bit1: disable Trellis coding in ADSL mode Bit2: disable Reed-Solomon coding for ADSL Bit3: disable upstream bitswaps Bit4: disable downstream bitwaps Bit5: disable upstream 1-bit constellation support Bit6: disable the transmit windowing in ADSL2+ mode Bit7: disable S=0.5 support in G.dmt Bit8: reserved Bit9: enable nitro Bit12: enable US PTM optimization Bit13: enable DS PTM optimization Bit14: enable US PHYR Bit15: enable DS PHYR

-1 means auto electric length. This object is supported by R5.01 and later versions.

This object is supported by R5.01 and later versions.

This object is supported by R5.01 and later versions.

This object is supported by R5.01 and later versions.

-1~-1.5 in step of 1/256. This object is supported by R5.01 and later versions.

-1~-1.5 in step of 1/256. This object is supported by R5.01 and later versions.

-1~-1.5 in step of 1/256. This object is supported by R5.01 and later versions.

This object is supported by R5.01 and later versions.

This object is supported by R5.01 and later versions.

This object is supported by R5.01 and later versions.

Always return 0 when read. This object is supported by R5.01 and later versions.

Compatible to spectrum usage of adsl2 or adsl2+ line. The object is supported by R5.02 and later versions.

The power mode of the VDSL line. This MIB object is supported by R5.05 and later versions. 1: fix 2: priorityToPower 3: priorityToRate

The maximum allowed transmit power of VTU-R. -130~200

The maximum allowed transmit power of VTU-C. -50~200

The maximum aggregate received power. -255~255

To configure a bit mask to select preferred protocols : 0x00000001~0xffffffff 0x00000001 G.992.1 A|B 0x00000002 G.992.2 A 0x00000004 G.992.3 A|B 0x00000010 G.992.5 A|B 0x00000020 ANSI T1.413 0x00000040 ETSI TS 101 388 0x00000080 G.993.2 8a 0x00000100 G.993.2 8b 0x00000200 G.993.2 8c 0x00000400 G.993.2 8d 0x00000800 G.993.2 12a 0x00001000 G.993.2 12b 0x00002000 G.993.2 17a 0x00004000 G.992.3 M 0x00008000 G.992.3 J 0x00010000 G.992.3 L 0x00020000 G.992.3 L Narrow PSD 0x00040000 G.992.5 M 0x00080000 G.992.5 J

Sub-carrier masking for ADSL2+ fallback, Upstream sub-carrier mask.

Sub-carrier masking for ADSL2+ fallback, Downstream sub-carrier mask.

Sub-carrier masking for ADSL2+ fallback, Downstream sub-carrier mask.

To enable the transmitter referred virtual noise in the downstream direction. 1: enable(1) 2: disable(2)

To enable the transmitter referred virtual noise in the upstream direction. 1: enable(1) 2: disable(2)

To configure downstream transmitter referred virtual noise.

To configure upstream transmitter referred virtual noise.

TPS-TC type for ADSL mode VLC. 1: atm(1) 2: ptm(2)

TPS-TC type for VDSL mode VLC. 1: atm(1) 2: ptm(2)

The INM Inmpulse Noise Protection Equivalent Mode. Configuration parameter INM_INPEQ_MODE defines the way of computation of Equivalent INP, as defined in ITU-T G.993.2 Amd2 11.4.2.2.1. This takes a value in the range from 0 to 3.

The INM Inmpulse Noise Protection Equivalent Mode. Configuration parameter INM_INPEQ_MODE defines the way of computation of Equivalent INP, as defined in ITU-T G.993.2 Amd2 11.4.2.2.1. This takes a value in the range from 0 to 3.

The INM Cluster Continuation. The valid values for INMCC range from 0 from 64 DMT symbols in steps of 1 DMT symbol. Up to and including INMCC nondegraded symbols will be allowed before a cluster is deemed to be complete and the impulse noise event over.