ASAM-SYSTEM-MIB
AI MIB Summary
Standard SNMP MIB module defining data structures for ASAM-SYSTEM-MIB.
144
Objects
Active
Status
8
Dependencies
Imported Objects
Objects
144 total| Object Name |
|---|
asamSystemMIB OBJECT IDENTIFIER .1.3.6.1.4.1.637.61.1.9 |
RFC1155-SMI Unknown .1.3.6.1.4.1.637.61.1.9 |
asamSysBootpInfo OBJECT IDENTIFIER .1.3.6.1.4.1.637.61.1.9.2 |
asamSystemIpAtmVcVpiTo issue a BOOTP request over an ATM connection on the network
interface, a PVC must be defined.
This is the VPI value for that PVC.
ALCATEL NOTE:
SUPPORT: NO INSRVMOD: YES RANGE: 0..4095
PERSIST: YES DEFVALUE: 0 UNITS: -rw INTEGER .1.3.6.1.4.1.637.61.1.9.2.1 |
asamSystemIpAtmVcVciTo issue a BOOTP request over an ATM connection on the network
interface, a PVC must be defined.
This is the VCI value for that PVC.
ALCATEL NOTE:
SUPPORT: NO INSRVMOD: YES RANGE: 0..65535
PERSIST: YES DEFVALUE: 32 UNITS: -rw INTEGER .1.3.6.1.4.1.637.61.1.9.2.2 |
asamSystemIDThe asamSystemID object represents the SID (System ID) of the NE
and is used to identify the NE.
The System ID may only include printable ASCII characters from '!'
(33 Decimal, 21 Hex) to '~' (126 Decimal, 7E Hex) inclusive and must
be unique for each NE in a managed network.
ALCATEL NOTE:
SUPPORT: YES INSRVMOD: YES RANGE: See above
PERSIST: YES DEFVALUE: UNITS: -rw OCTET STRING .1.3.6.1.4.1.637.61.1.9.3 |
asamSysStatusBitMapStatus bitmap:
Bit 0: bit 0 is set if and only if none of the other bits is set.
Bit 1: bit 1 set indicates that persistent data has been lost
including data necessary to establish OAM connectivity.
Bit 2: bit 2 set indicates that persistent data has been lost but
not including data necessary to establish OAM connectivity.
Bit 3: bit 3 set indicates that a power-on reset has occured. Notice
that this also means that all reset-safe data has been lost.
Bit 4: bit 4 set indicates that a reset other than a power-on reset
has occured.
Bit 5: not used anymore.
Bit 6: this bit indicates that alarm 'SHub configuration loss' (EQUIP
alarm nbr 28) was raised. The purpose of using this bit is to
clear this alarm by using asamSysStatusClearBitMap.
Bit 7: this bit indicates that one or several 'xVPS configuration
loss' alarms (PlugInUnit2 alarm nbr 11) were raised.
The purpose of using this bit is to clear the alarms by using
asamSysStatusClearBitMap.
Bit 8: this bit indicates that alarm 'Invalid xVPS Pair Redundancy Data'
(LSM Redundancy 131 nbr 2) was raised. The purpose of using this
bit is to clear this alarm by using asamSysStatusClearBitMap.
Bit 9 .. 31 : reserved for future extensions.
ALCATEL NOTE:
SUPPORT: YES INSRVMOD: NA RANGE: 1..4294967295
PERSIST: YES DEFVALUE: NA UNITS: -ro INTEGER .1.3.6.1.4.1.637.61.1.9.4 |
asamSysStatusClearBitMapClear status bitmap:
In order to be able to clear the status bitmap, e.g. to clear the loss
of persistent data alarm, this bitmap has to be used by writing a 1 to
the corresponding bit position. Bit 0 in the status bitmap cannot be
cleared in this way. Therefore, the system will refuse a Set request
that attempts to set bit 0 in the asamSysStatusClearBitMap.
ALCATEL NOTE:
SUPPORT: YES INSRVMOD: YES RANGE: 1..4294967295
PERSIST: NO DEFVALUE: NA UNITS: -rw INTEGER .1.3.6.1.4.1.637.61.1.9.5 |
asamSysStatusSetBitMapSet status bitmap:
In order to be able to set the status bitmap, this bitmap has to be
used by writing a 1 to the corresponding bit position.rwobsolete INTEGER .1.3.6.1.4.1.637.61.1.9.6 |
asamAWSnumberOfSetsReserved for AWS for synchronisation purposes.rwobsolete INTEGER .1.3.6.1.4.1.637.61.1.9.7 |
asamDiskStatusBitMapDisk status bitmap:
Bit 0: by setting bit 0, all persistent data is synced (forced) to
disk.
Bit 1: by setting bit 1, the ASAM disk is locked, otherwise the ASAM
disk is not locked. Disk locked means it is impossible to
change persistent data
ignored.
Bit 2..31 : reserved for future use.rwobsolete INTEGER .1.3.6.1.4.1.637.61.1.9.8 |
asamShutdownBitMapShutdown bitmap:
Bit 0: by setting bit 0, the ASAM is prepared for shutdown;
it is recommended to do this before extracting the active NT
in a simplex system; the bit will be cleared again by
extracting and reinserting the NT board.
Bit 1..31 : reserved for future use.
ALCATEL NOTE:
SUPPORT: YES INSRVMOD: YES RANGE: 0..4294967295
PERSIST: NO DEFVALUE: NA UNITS: -rw INTEGER .1.3.6.1.4.1.637.61.1.9.9 |
asamNetworkPositionIndicates whether the ASAM is a hub-ASAM (1) or a subtending ASAM.
The default is hub-ASAM.rwobsolete INTEGER .1.3.6.1.4.1.637.61.1.9.10 |
asamSystemMigration OBJECT IDENTIFIER .1.3.6.1.4.1.637.61.1.9.11 |
asamMigrationStatusThe asamMigrationStatus object represent the ASAM's status for what
concerns its migration capabilities.
Whereas two of the six values, viz. 'forceRollBack' and
'removeRollBackDatabase' may be specified in a management protocol
set operation, three values wil be returned in response to a
management protocol retrieval operation: 'idle', 'migrating' and
'rollBackPossible'. That is, when queried, this object can
represent only three migration related states of the ASAM: the
ASAM has no specific migration state, i.e. it is simply operational
(the object has value 'idle'); the ASAM is busy migrating (the
object has value 'migrating'); or, the ASAM has recently migrated
but is still able to rol back to the previous configuration (the
object has value 'rollBackPossible'. Whenever a management station
wishes the ASAM to roll back to its previous configuration it has
to set this object to value 'forceRollBack'. Setting the object to
value 'removeRollBackDatabase' informs the ASAM it has not
support the rollback feature anymore. As a result the ASAM will
perform clean up operations (e.g. free the roll back database).
Remark: this object is subject to improvement in future releases
(e.g. coupling of data and software upgrade/rollback).rwobsolete Enumeration .1.3.6.1.4.1.637.61.1.9.11.1 |
asamSystemClockSelect OBJECT IDENTIFIER .1.3.6.1.4.1.637.61.1.9.12 |
asamMibVersionThis variable identifies the version of the management interface
of the ASAM, i.e. it uniquely identifies the complete set of MIBs
that together constitute the management interface. The version
is a string of the form dccdddddcccc_Vx.x.x.y.z, with d representing
a decimal digit, c representing an uppercase character, and x, y, z
representing a decimal number between 0 and 99.
ALCATEL NOTE:
SUPPORT: YES INSRVMOD: NA RANGE: See above
PERSIST: NO DEFVALUE: NA UNITS: -ro OCTET STRING .1.3.6.1.4.1.637.61.1.9.13 |
asamSystemInitProgressProgress of the system initialization indicated as a percentage.
When the system starts its initialization, it will at first not be
reachable for SNMP managers. However, as soon as the initialization
has progressed far enough, the system will allow Get requests from
managers on this object. From then on, managers can poll the value
of this variable to monitor the progress of the initialization. Get
requests on other objects and all Set requests will still be refused
by the system. When the progress has reached 100% (initialization
complete), the system will allow all SNMP access.
ALCATEL NOTE:
SUPPORT: YES INSRVMOD: NA RANGE: 0..100
PERSIST: NO DEFVALUE: NA UNITS: percentro INTEGER .1.3.6.1.4.1.637.61.1.9.15 |
asamPnPEnableThis variable allows the manager to enable/disable the Plug-and-Play
functionality. When enabled, the ASAM will, upon installation, start
up autonomously without intervention of a local craftsman. Otherwise,
a Craft Terminal is required to provide the necessary configuration
to the ASAM so that it can start up and set up communication with the
manager.
ALCATEL NOTE:
SUPPORT: NO INSRVMOD: YES RANGE: 1..2
PERSIST: YES DEFVALUE: enabled (1) UNITS: -rw Enumeration .1.3.6.1.4.1.637.61.1.9.16 |
asamSystemLicenseMgmt OBJECT IDENTIFIER .1.3.6.1.4.1.637.61.1.9.17 |
asamLicenseNumberOfChangesWrap around counter for the number of changes of the licenseCounter
object. The counter is incremented each time the licenseCounter is
incremented for one of the features. Not persistent data.
ALCATEL NOTE:
SUPPORT: YES INSRVMOD: NA RANGE: see above
PERSIST: NO DEFVALUE: NA UNITS: -ro Counter .1.3.6.1.4.1.637.61.1.9.17.1 |
asamSystemLicenseMgmtTableThe license key management table. SEQUENCE OF AsamSystemLicenseMgmtEntry .1.3.6.1.4.1.637.61.1.9.17.2 |
asamSystemLicenseMgmtEntryAn entry in the asamSystemLicenseMgmtTable. AsamSystemLicenseMgmtEntry .1.3.6.1.4.1.637.61.1.9.17.2.1 |
licenseFeatureIndexThis object is used by the asamSystemLicenseMgmtTable to identify a
row of this table. Each row corresponds to a system feature that is
monitored to support license management at the manager.
Following integer values are defined:
1. ADSL2+
2. READSL2
3. IGMP
4. BVB
5. Annex-M
6. IP-Forwarding
7. PPPoX Relay
8. PPPoX Termination
9. 802.1x
10. SELT
11. reserved
12. reserved
13. IPOA-CC and IPOA-RB
14. UPBO Policing
15. XDSL-PerLine-Overrule
16. Impulse Noise Sensor
17. ADSL1/2 PSD Shaping
18. Annex-J
19. SyncE Clock source
20. 2.5 Gbps enabled LT
21. NT load sharing + redundancy
22. SHDSL cross-talk cancellation
23. SRA on VDSL2
24. ARQ
25. 10 Gbps enabled LT
26. 20 Gbps enabled LT
27. Gxr
28. IPv6 security
29. Lawful Intercept
30. Vectoring crosstalk
31. Green DSL L2 mode
32. Ethernet OAM Advanced Monitoring Functions
33. MPLS Advanced Resiliency
34. 40 Gpbs enabled LT
35. Type-B protection
36. Vectoring Legacy FEXT cancellation
37. Vlan Translation Table Extended Usage
38. Ethernet OAM Y1731 Performance Monitoring Functions
39. Vplus
40. GFast
41. VULA
42. Multi-vsg
43. Ethernet Ring Protection Switching
ALCATEL NOTE:
SUPPORT: YES INSRVMOD: NA RANGE: 1..43
PERSIST: NO DEFVALUE: NA UNITS: - INTEGER .1.3.6.1.4.1.637.61.1.9.17.2.1.1 |
licenseCounterThe counter associated with the monitoring of the feature that
corresponds to the licenseFeatureIndex value.
1. For ADSL2+, the counter indicates the number of XDSL lines for which
an ADSL2+ operational mode (POTS and/or ISDN) is enabled in its
configuration and supported by the LT board and for which
the XDSL board is equipped.
2. For READSL2, the counter indicates the number of XDSL lines for which
a READSL2 operational mode (US mode 1 and/or US mode2) is enabled in
its configuration and supported by the LT board and for which the
XDSL board is equipped..
3. For IGMP, the counter indicates the number of DSL subscriber lines
for which an IGMP control channel has been configured.
4. For BVB, the counter indicates whether BVB is enabled (value 1) or
Disabled (value 0) in the ASAM and in ISAM this item is reserved.
5. For xDSL Annex-M, the counter indicates the number of DSL subscriber
line which is configured for Annex-M.
6. For IP-Forwarding, the counter indicates the number of DSL subscriber
lines configured for Layer-3, such as IP forwarding, RFC1483R/Br with
virtual routers, Layer-3 QoS features, IP anti-spoofing, IP filters.
7. For PPPoX Relay, the counter indicates the number of DSL subscriber
lines for which PPP CrossConnect has been configured.
8. For PPPoX Termination, the counter indicates the number of DSL
subscriber line for which PPPoE termination or PPPoA termination has
been configured.
9. For 802.1x, the counter indicates the number of DSL subscriber lines
for which 802.1x has been configured as 'enabled'
10. For SELT, the counter indicates the number of DSL subscriber lines
configured for G.selt usage and enables the collection of line test
data.
11. (reserved)
12. (reserved)
13. For IPoA-CC and IPoA-RB, the counter indicates the number of DSL
subscriber lines which are configured for IPoA cross connect or IPoA
with ehanced i-bridge mode.
14. For UPBO Policing, the counter indicates the number of XDSL lines for
which a VDSL2 opmode has been selected, for which UPBO Policing pbo
mode has been enabled in its configuration and supported by the
LT board and for which the XDSL board is equipped.
The counter is decremented when one
of these conditions is not met anymore.
15. For XDSL-Perline-Overrule, the counter indicates the number of XDSL
lines for which the per-line overrule data has been used in its
configuration and for which the XDSL board is equipped.
The counter is decremented when one of these conditions is not
met anymore.
16. For Impulse Noise Sensor, the counter indicates the number of XDSL
lines for which the Impulse Noise Sensor is enabled (insEnable
set to 1 in the Line Conf Table) and for which the XDSL board is
equipped. The counter is decremented if the XDSL line is unconfigured
( once the INS feature has been enabled, it cannot be disabled anymore
unless the line is unconfigured ).
17. For ADSL1/2 PSD Shaping, the counter indicates the number of XDSL
lines for which ADSL1 or ADSL2 opMode is enabled with DBPO shaping
in its configuration. The counter is incremented when a XDSL line
has its operating mode enabled for ADSL1 or ADSL2 and a DPBO profile
is assigned to that line (DPBO board profile or a line profile) and
the respective board is equipped and planned and supports ADSL1/2 PSD
Shaping.
The counter is decremented when the DPBO profile (DPBO board or line
profile) of a xDSL line is unassigned or a xDSL line has its
operating mode disabled for ADSL1 or ADSL2.
18. For xDSL Annex-J, the counter indicates the number of DSL subscriber
line which is configured for Annex-J.
19. For syncE clock source, the counter indicates the number of
Synchronous Ethernet ports are configured as a clock source.
20. For 2.5 Gbps enabled LT, the counter indicates the number of LTs
that have an uplink that is running at 2.5 Gbps speed.
21. When NT load sharing + redundancy is supported, the counter indicates
1, else the counter indicates 0.
22. For SHDSL CTC, the counter indicates actual the number of SHDSL
subscriber lines for which cross-talk cancellation (CTC) is enabled and
for which the SHDSL board is equipped.
In current, this key isn't used, and the counter always keep as zero.
23. For SRA on VDSL2, the counter indicates the number of XDSL lines
for which a VDSL2 opmode has been selected, for which SRA mode has been
enabled in its configuration and supported by the LT board and for
which the XDSL board is equipped.
The counter is decremented when one of these conditions is not met
anymore.
24. For ARQ, the counter indicates the number of XDSL lines for which
ARQ is enabled in the configuration, supported by the LT board and
for which the XDSL board is equipped.
25. For 10 Gbps enabled LT, the counter indicates the number of LTs
that have an uplink that is running at 10 Gbps speed.
26. For 20 Gbps enabled LT, the counter indicates the number of LTs
that have an uplink that is running at 20 Gbps speed.
27. For Gxr, the counter indicates the number of lines that are
enabled for resource control via Diameter Gxr interface.
28. For IPv6 security, the counter indicates the number of access lines
(DSL, Ethernet or ONT UNI) where one or more IPv6 security features are
activated.
29. For Higig NT, the counter indicates whether lawful intercept is
enabled (value 1) or Disabled (value 0).
30. For Vectoring crosstalk, the counter indicates the number of XDSL
lines on which a vectoring profile has been assigned to by configuration,
supported by the LT board and for which the XDSL board is equipped.
31. For Green DSL L2 mode, the counter indicates the number
of xDSL lines which are equipped and configured with L2 mode
enabled.
32. For Ethernet OAM Advanced Monitoring Functions, the counter indicates
the numberof MEPS which can send and/or receive CFM Continuity Check
Messages.
33. For Higig NT, the counter indicates whether MPLS-FRR or MPLS LSR
is being used (value 1) or not used (value 0).The counter is only valid
on NANT-E and FANT-F boards. For other NTs, the value should always be 0,
as MPLS-FRR and MPLS LSR are not supported.
34. For 40 Gbps enabled LT, the counter indicates the number of LTs
that have an uplink that is running at 40 Gbps speed.
35. For Type-B protection, the counter indicates the number of protection
groups in the system that are configured by the operator. The counter is
only valid on NANT-E and FANT-F boards. For other NTs, the value should
always be 0, as protection group creation is not allowed. The value is
between 0 (no protection group) and 62 (maximum allowed by the system).
36. For Vectoring Legacy FEXT Cancellation, the counter indicates the
number of XDSL lines on which one of the Legacy FEXT Cancellation methods
has been enabled by configuration, supported by the LT board and for
which the XDSL board is equipped.
37. For Vlan Translation Table Extended Usage, the counter indicates the
number of line cards making use of Vlan Translation Resources in
an extended way.
38. For Ethernet OAM Y1731 Performance monitoring functions, the counter
indicates the number of MEPs in the system in which Y1731 performance
monitoring functions have been enabled.
39. For Vplus, the counter indicates the number of XDSL lines for which
a vplus opmode has been selected by configuration and supported by
the LT board and for which the XDSL board is equipped.
The counter is decremented when this condition is not met anymore.
40. For GFast, the counter indicates the number of XDSL lines for which
41. For VULA, the counter indicates the number of FELT-B planned as uplink mode
42. For Multiple SG, the counter indicates the number of SIP terminations created in the local access node
the G.fast operational mode is enabled by the configuration,
supported by the LT board and for which the LT board is equipped.
43. For Ethernet Ring Protection Switching, the counter indicates whether Ethernet Ring
Protection Switching is enabled (value 1) or Disabled (value 0).
ALCATEL NOTE:
SUPPORT: YES INSRVMOD: NA RANGE: see above
PERSIST: NO DEFVALUE: NA UNITS: -ro INTEGER .1.3.6.1.4.1.637.61.1.9.17.2.1.2 |
systemMaxLtLinkSpeedAn enum indicating high capacity is enabled. Applicable for high capacity
NT's. This object is not applicable to ISAM 7367 SX / 7363 MX systems (Standalone
Single-board Vectoring Box and NGVR).
ALCATEL NOTE:
SUPPORT: YES INSRVMOD: NO RANGE: 1,2,10,20 or 40
PERSIST: YES DEFVALUE: onegbps UNITS: NArw Enumeration .1.3.6.1.4.1.637.61.1.9.17.3 |
asamSuperuserAuthByRadiusThe TL1/CLI user ID SUPERUSER/isadmin is optionally authenticated by
RADIUS based on this object. When disabled, SUPERUSER/isadmin is always
authenticated by the local user database. When enabled, SUPERUSER/
isadminauthentication is initially attempted with RADIUS, but the
authentication will fall back to the local TL1/CLI user database, if
all RADIUS servers are disabled, or the RADIUS servers are not
responding successfully to the authentication request.
ALCATEL NOTE:
SUPPORT: YES
PERSIST: YES
INSRVMOD: NA
RANGE: 1..2
DEFVALUE: 2
UNITS: NArw Enumeration .1.3.6.1.4.1.637.61.1.9.20 |
asamSysMacAdresses OBJECT IDENTIFIER .1.3.6.1.4.1.637.61.1.9.22 |
systemMacOn ISAM FD with SHUB: Specifies MAC address of the LANX interface(100baseT) of the NT
This field should/must only be modified when the shelf does not support the SMAS functionality.
On ISAM 7367 SX/ 7363 MX systems (Standalone Single-board Vectoring Box and NGVR)
this object is read only. It allows to get the MAC address of the system (e.g used for IP communication)
ALCATEL NOTE:
SUPPORT: YES INSRVMOD: NA RANGE: See above
PERSIST: YES DEFVALUE: NA UNITS: -rw OCTET STRING .1.3.6.1.4.1.637.61.1.9.22.1 |
lanxBaseMacIdentifies the LANX MAC start adress. This field should/must only be
modified when the shelf does not support the SMAS functionality. This
object is not applicable to ISAM 7367 SX / 7363 MX systems (Standalone
Single-board Vectoring Box and NGVR)
SUPPORT: YES INSRVMOD: NA RANGE: See above
PERSIST: YES DEFVALUE: NA UNITS: -rw OCTET STRING .1.3.6.1.4.1.637.61.1.9.22.2 |
lanxRangeMacSpecifies the range of MAC adresses on LANX. The LANX MAC address
range is currently equal to 24(number of LANX interfaces). This field
should/must only be modified when the shelf does not support the SMAS
functionality. This object is not applicable to ISAM 7367 SX/ 7363 MX systems
(Standalone Single-board Vectoring Box and NGVR)
SUPPORT: YES INSRVMOD: NA RANGE: 0..65535
PERSIST: YES DEFVALUE: 24 UNITS: -rw INTEGER .1.3.6.1.4.1.637.61.1.9.22.3 |
outbandManMacSpecifies Outband Management MACAddress. This field
should/must only be modified when the shelf does not support the SMAS
functionality. This object is not applicable to ISAM 7367 SX/ 7363 MX systems
(Standalone Single-board Vectoring Box and NGVR)
SUPPORT: YES INSRVMOD: NA RANGE: See above
PERSIST: YES DEFVALUE: NA UNITS: -rw OCTET STRING .1.3.6.1.4.1.637.61.1.9.22.4 |
timeZoneOffsetThis object allows a manager to set the Time Zone Offset of the
system.
ALCATEL NOTE:
SUPPORT: YES
PERSIST: YES
INSRVMOD: NA
RANGE: -780...840
DEFVALUE: 0
UNITS: minutesrw INTEGER (-780..840) .1.3.6.1.4.1.637.61.1.9.24 |
asamCraftLogin OBJECT IDENTIFIER .1.3.6.1.4.1.637.61.1.9.25 |
asamCraftLoginStatusSpecifies whether user has been logged in or not
1-user logged in
0-no user logged in.
SUPPORT: YES INSRVMOD: NA RANGE: See above
PERSIST: YES DEFVALUE: NA UNITS: -ro INTEGER .1.3.6.1.4.1.637.61.1.9.25.1 |
asamAccessLoopIdSyntax OBJECT IDENTIFIER .1.3.6.1.4.1.637.61.1.9.26 |
asamPortNumberingMethodSystemThis object defines the Line ID format at the system level.
logicalSlotId (1) is a numbering method defined for equipment
identification in the MIB.
positionBasedSlotId (2) numbers all boards from left to rightor
from bottom to top starting from 1.
typeBasedSlotId (3) numbers -per slot-type- as indicated on
the shelf, in case there is no indication on the shelf it numbers
-per slot-type- from left to right or from bottom to top starting
with 1.
legacyPositionBasedSlotId (4) is identical to position-based
numbering except for aram-b/d where the numbering corresponds with
the logicalSlotId based numbering plus 1.
ALCATEL NOTE:
SUPPORT: YES
PERSIST: YES
INSRVMOD: NA
RANGE: see above
DEFVALUE: 1
UNITS: NArw Enumeration .1.3.6.1.4.1.637.61.1.9.26.1 |
asamAccessLoopAtmBasedDslSyntaxThis variable defines the syntax for generating a loop id
for ATM based DSL lines terminated by DSL LT.
It is a string to define a specified format at system level.
ALCATEL NOTE:
SUPPORT: YES INSRVMOD: YES RANGE: See above
PERSIST: YES DEFVALUE: UNITS: -rw OCTET STRING .1.3.6.1.4.1.637.61.1.9.26.3 |
asamAccessLoopEthBasedDslSyntaxThis variable defines the syntax for generating a loop id
for Ethernet based DSL lines terminated by DSL LT and
for Ethernet lines terminated by Ethernet LT.
It is a string to define a specified format at system level.
ALCATEL NOTE:
SUPPORT: YES INSRVMOD: YES RANGE: See above
PERSIST: YES DEFVALUE: UNITS: -rw OCTET STRING .1.3.6.1.4.1.637.61.1.9.26.4 |
asamAccessLoopEthBasedPonSyntaxThis variable defines the syntax for generating a loop id for Ethernet
based DSL line terminated by GPON ONTs, and for Ethernet lines terminated
by GPON ONTs. GPON ONTs are connected to the system via a GPON
transmission technology.
It is a string to define a specified format at the system level.
ALCATEL NOTE:
SUPPORT: YES INSRVMOD: YES RANGE: See above
PERSIST: YES DEFVALUE: UNITS: -rw OCTET STRING .1.3.6.1.4.1.637.61.1.9.26.5 |
asamAccessLoopEthBasedEPonSyntaxThis variable defines the syntax for generating a loop id for Ethernet
based DSL line terminated by EPON ONTs, and for Ethernet lines terminated
by EPON ONTs. EPON ONTs are connected to the system via an EPON
transmission technology.
It is a string to define a specified format at the system level.
ALCATEL NOTE:
SUPPORT: YES INSRVMOD: YES RANGE: See above
PERSIST: YES DEFVALUE: UNITS: -rw OCTET STRING .1.3.6.1.4.1.637.61.1.9.26.6 |
asamAccessLoopEthBasedNgpon2SyntaxThis variable defines the syntax for generating a loop id for Ethernet
based DSL line terminated by NGPON2 ONTs, and for Ethernet lines
terminated by NGPON2 ONTs. NGPON2 ONTs are connected to the system via a
NGPON2 transmission technology.
It is a string to define a specified format at the system level.
ALCATEL NOTE:
SUPPORT: YES INSRVMOD: YES RANGE: See above
PERSIST: YES DEFVALUE: UNITS: -rw OCTET STRING .1.3.6.1.4.1.637.61.1.9.26.7 |
asamAccessLoopNtPortSyntaxThis variable defines the syntax for generating a access loop id
for NT ports.
It is a string to define a specified format at system level.
ALCATEL NOTE:
SUPPORT: YES INSRVMOD: YES RANGE: See above
PERSIST: YES DEFVALUE: UNITS: -rw OCTET STRING .1.3.6.1.4.1.637.61.1.9.26.8 |
environmentMonitorRelay OBJECT IDENTIFIER .1.3.6.1.4.1.637.61.1.9.27 |
environmentMonitorRelayModeThis variable allows the manager to enable/disable the environment
monitoring relay functionality. When enabled, the environment data
will be relayed between monitoring box and supervision server.
Otherwise, it will stop the relay.
ALCATEL NOTE:
SUPPORT: NO INSRVMOD: YES RANGE: 1..2
PERSIST: YES DEFVALUE: disable (2) UNITS: -rw Enumeration .1.3.6.1.4.1.637.61.1.9.27.1 |
swVersion OBJECT IDENTIFIER .1.3.6.1.4.1.637.61.1.9.28 |
swEtsiVersionThis object holds the Software version for ETSI market.
(e.g. R4.1). It will be empty if not supported for ETSI market.
To ease parsing by AMS, the format of this string is constrained as to
be Rn.n*.n* where n is any integer value, and * is any string of ASCII
character only containing alphabetic [a-zA-Z] characters combined
with _ and -.
ALCATEL NOTE:
ACCESS: NA USAGE: NA
PERSIST: NA INSRVMOD: NA
RANGE: NA DEFVALUE: NA
UNITS: NA SPARSE: NA
DESCR: NAro DisplayString .1.3.6.1.4.1.637.61.1.9.28.1 |
swAnsiVersionThis object holds the Software version for ANSI market.
(such as FGN4.1.0). It will be empty if not supported for ANSI market.
To ease parsing by AMS, the format of this string is constrained as to
be Rn.n*.n* where n is any integer value, and * is any string of ASCII
character only containing alphabetic [a-zA-Z] characters combined
with _ and -.
Examples: R4.5.02c, R4.8b, R04.07.10 ...
ALCATEL NOTE:
ACCESS: NA USAGE: NA
PERSIST: NA INSRVMOD: NA
RANGE: NA DEFVALUE: NA
UNITS: NA SPARSE: NA
DESCR: NAro DisplayString .1.3.6.1.4.1.637.61.1.9.28.2 |
systemMonitor OBJECT IDENTIFIER .1.3.6.1.4.1.637.61.1.9.29 |
cpuLoadTableThe CPU load monitor table.
ALCATEL NOTE:
TABLESIZE: max nmbr of slots SEQUENCE OF CpuLoadEntry .1.3.6.1.4.1.637.61.1.9.29.1 |
cpuLoadEntryAn entry in the cpuLoadTable. The index of the entry is slotId.
An entry represents the CPU load of the board in the slot.
The CPU load includes detail value and average value respectively.
The slot can be NT slot or LT slot.
Row creation : An entry is created by the system when a board
is planning
Row deletion : An entry is deleted by the system when a board
is unplanning.
Index usage : the index is the slot id.
Note that entries will be presented to the SNMP manager in full
lexicographical order. CpuLoadEntry .1.3.6.1.4.1.637.61.1.9.29.1.1 |
slotIdthe slotId has the same value as eqptSlotId of ASAM-EQUIP-MIB.
ALCATEL NOTE:
ACCESS: NA USAGE: NA
PERSIST: NO INSRVMOD: NA
RANGE: NA DEFVALUE: 0
UNITS: NA SPARSE: NO
DESCR: NAro INTEGER .1.3.6.1.4.1.637.61.1.9.29.1.1.1 |
startMonitorTimeThe start timestamp of CPU load monitor is the network
time in seconds.
It indicates the start time of last 3 minutes or less monitoring.
The startMonitorTime is the time at which the last CPU load
detail & average was computed - reset every second after
3 minutes from monitor start time.
The startMonitorTime is the monitor task start time if the interval
time between start and stop is less than 3 minutes. The
startMonitorTime is (stop monitor task time - 3 minutes) if the
interval time between start and stop is larger than 3 minutes.
ALCATEL NOTE:
ACCESS: NA USAGE: NA
PERSIST: NO INSRVMOD: NA
RANGE: NA DEFVALUE: 0
UNITS: NA SPARSE: NO
DESCR: NAro NetworkTimeInSeconds .1.3.6.1.4.1.637.61.1.9.29.1.1.2 |
cpuLoadDetailThe cpuLoadDetail object represents the CPU load percent value
(x100%) in detail for 180 measurement points.
The length of this object is always 180 octets. One octet represents
one CPU load value of one measurement. One measurement generates one
sample value. The measure time of a sample is a second. The maximum
measure time is 180 seconds. So the maximum number of samples is 180.
The interval time between start and stop (or show) operation may be
less 180 seconds. So the sample number may be less than 180. The left
octet will be padded with H'FF if the sample number is less than 180
and keeps the octet length always 180.
The type of cpuLoadDetail variable is OCTET STRING. Each octet can
be intepreted as a double-digit (binary ecoded value) integer.
The cpuLoadDetail indicates 180 double-digit (binary value) integers.
Each integer indicates the CPU load percent value of a measurement.
The order of measurement value is:
In case of the measurement time is >= 180 seconds, only the last 180
samples are keeped; the 1st octet is the 1st measurement value of the
last 180 sample; the 2nd octet is the 2nd measurement value of the
last 180 sample; the 180th octet is the 180th measurement value of
the last 180 sample. A wrap around buffer will be used to store the
measurement values.
In case of the measurement time is < 180 seconds, the samples are
less than 180, the 1st octet is the measurement value of 1st sample;
the 2nd octet is the measurement value of 2nd sample; the left
octet will be padded with H'FF; so the 180th octet is H'FF.
ALCATEL NOTE:
ACCESS: NA USAGE: NA
PERSIST: NO INSRVMOD: NA
RANGE: NA DEFVALUE: 'FFh'
UNITS: NA SPARSE: NO
DESCR: NAro OCTET STRING .1.3.6.1.4.1.637.61.1.9.29.1.1.3 |
cpuLoadAverageThe average value of CPU load. It is percent value (x100%).
It is the average of detail CPU load value.
One sample is generated for each second during CPU load measurement
time. The maximum measurement time is 180 seconds.
The maximum sample number is 180.
cpuLoadAverage is average of all 180 sample values if the monitoring
time is equal or longer than 180 seconds. It should be the average
of sample values measured in the time between start monitor and
stop monitor if the interval time between start and stop is less
than 180 seconds.
ALCATEL NOTE:
ACCESS: NA USAGE: NA
PERSIST: NO INSRVMOD: NA
RANGE: 0..100 DEFVALUE: 0
UNITS: percentage SPARSE: NO
DESCR: NAro Gauge .1.3.6.1.4.1.637.61.1.9.29.1.1.4 |
operateStatusThe operate status for start/stop CPU load monitoring operation.
The maximum measurement time is 180 seconds.
One sample is generated for a second.
The maximum sample number is 180. Only the latest 180 sample values
are kept. The previous value beyond 180 is overwritten.
The operator should start monitor firstly, then show the CPU load
and stop monitor.
The <start(1)> and <stop(2)> are for operation (action). The
<proceeding(3)>, <idle(4)>, and <not-operational(5)>
indicate the states of the monitor.
=================== ===============
| not-operational |
=================== ===============
=================== ===============
| idle |
=================== ===============
=================== ===============
| proceeding |
=================== ===============
=================== ==================
| idle,proceeding |
=================== ==================
ALCATEL NOTE:
ACCESS: NA USAGE: NA
PERSIST: NO INSRVMOD: YES
RANGE: NA DEFVALUE: idle
UNITS: NA SPARSE: NO
DESCR: NArw Enumeration .1.3.6.1.4.1.637.61.1.9.29.1.1.5 |
memUsageTableThe memory usage monitor table. SEQUENCE OF MemUsageEntry .1.3.6.1.4.1.637.61.1.9.29.2 |
memUsageEntryAn entry in the memUsageTable. The index of the entry is slotId.
An entry represents the memory usage of the board in the slot.
The memory usage includes total size and used size respectively.
The solt can be NT slot or LT slot. MemUsageEntry .1.3.6.1.4.1.637.61.1.9.29.2.1 |
totalMemSizeThe total memory size on board. It just indicates the size of
total semi and dynamical memory.
ALCATEL NOTE:
SUPPORT: YES INSRVMOD: NO RANGE: NA
PERSIST: NO DEFVALUE: NA UNITS: Mbytero Gauge .1.3.6.1.4.1.637.61.1.9.29.2.1.1 |
memAbsoluteUsageThe used memory size in absolute value. It indicates total used
size of semi and dynamical memory.
ALCATEL NOTE:
SUPPORT: YES INSRVMOD: NO RANGE: NA
PERSIST: NO DEFVALUE: NA UNITS: Mbytero Gauge .1.3.6.1.4.1.637.61.1.9.29.2.1.2 |
asamSystemAccessOperatorIDThe Access Operator ID is a unique identifier representing an operator.
This identifier is randomly generated by ALU, then assigned to an
operator.
The identifier is configured at the operator's premises.
A value of ZERO signifies that an access operator ID has not been
configured. Decimal values 1 to 15 are reserved for future use.
ALCATEL NOTE:
ACCESS: NA
USAGE: NA
PERSIST: YES
INSRVMOD: YES
RANGE: 0..65535
DEFVALUE: 0
UNITS: NA
SPARSE: NA
DESCR: NArw INTEGER .1.3.6.1.4.1.637.61.1.9.33 |
asamSystemActivatedCDEThe Activated CDE is a bitmap listing the CDE features that are active.
CDE features are activated during system startup only, and are
based on the configured Access Operator ID.
This field can display upto 32 bits (big endian)
Following list specifies which CDE feature is defined for each bit:
1 NASPortIDWithTwoDigits
2 VRRPProxyForEiBridge
3 MgntVLANpbit6
4 IgmpAntiSpoofingDisabled
5 TL1UdpModifiedBehaviour
6 vMACPortIdFromLine
7 IsdnBATextBasedIID
8 MCTransparencyForiBridge
9 ActivateStdConfForIhubNT
10 TransactionManagement
11 MACAddressMobility
12 UniversalSFP
13 ShdslCTC
14 UpLoopAttenuationOffset
15 L2DslLtSwARPRelay
16 MigrationNVLTDtoNDLTGAllowed
17 pre-R35PPPQoSHandling
18 XdslAutoswitchSupported
19 IsSFPReassignmentAllowed
20 IsVMACLogicalSlotidSupported
21 ShdslParametersNotReportedWhenPairCut
22 DualXfpAllowedNCNCH
23 GPONRemoteDSTagsTreatment
24 XdslDefaultProfileModelTR165
25 IsIpv6LightLlaIpantispoofingSupport
26 MultipleExternalSFTPServers
27 IsdnBaPermanentL2Agw
28 EmopOnuMulticastProvision
29 IsCodetelLegacyModeSupport
30 IsRtpDelayInMsecSupported
31 TL1pre-R4010Behaviour
32 DSPSyncDelaySupported
ALCATEL NOTE:
ACCESS: NA
USAGE: NA
PERSIST: NA
INSRVMOD: NA
RANGE: NA
DEFVALUE: NA
UNITS: NA
SPARSE: NA
DESCR: NAro INTEGER .1.3.6.1.4.1.637.61.1.9.34 |
asamSystemPortAddressingModeThis object allows the manager to configure the faceplate port
addressing mode used by operators in CLI and TL1.
With the mode set to <sequential>, the operator must specify the port
as a sequential number that span the various cards in the system.
With the mode set to <slotBased>, the operator must specify the
ports as a combination of card type, rack/slot, port type
and faceplate port number.
In the current release this object is still read only, in future
releases the default <sequential> mode for legacy ports and systems
can be changed to <slotBased>.
New systems with non-legacy ports (overlapping port numbers, XFPs),
this object is set to <slotBased> and cannot be changed.
The default for this object is <sequential> on legacy systems and
<slotBased> on new systems.
ALCATEL NOTE:
SUPPORT: YES INSRVMOD: YES RANGE: 1..2
PERSIST: YES DEFVALUE: see above UNITS: -rw Enumeration .1.3.6.1.4.1.637.61.1.9.35 |
peripheralMgntMacFilterTableThe peripheral management mac filter table.
For enhanced security in remote cabinets, it is possible to restrict
allowed destination MAC addresses in upstream Ethernet traffic on the
peripheral port to a white-list of 20 allowed MAC address ranges.
Each entry of this list consists of an Original manufacturer Unique
Identifier (OUI) value, covering the 3 Most Significant Bytes (MSB)
of the public MAC address.
A begin and end value of a single consecutive range of MAC addresses
for the above OUI covers at maximum the full 3 Least Significant
Bytes (LSB) of the public MAC address.
ALCATEL NOTE:
TABLESIZE: 20
DESCR: NA SEQUENCE OF PeripheralMgntMacFilterEntry .1.3.6.1.4.1.637.61.1.9.36 |
peripheralMgntMacFilterEntryA filter entry in the management mac filter table.
On the NRCD-B the filter is a filter on the destination mac address of
the frames received over this port.
On other cards/systems, the
filter is a filter on the source mac address of the frames received
over this port.
Unused filter entries have a start and end MAC address of
00.00.00.00.00.00, which is the default.
A special filter entry 7F.FF.FF.00.00.00 - 7F.FF.FF.FF.FF.FF is
provided to always match with any mac address. Adding
this entry therefore disables the MAC filter.
Both MAC addresses in a single filter entry always have the same OUI. PeripheralMgntMacFilterEntry .1.3.6.1.4.1.637.61.1.9.36.1 |
peripheralMgntMacFilterIndexThe index for the peripheralMgntMacFilter table. A maximum of 20 mac
filters is supported.
ALCATEL NOTE:
SUPPORT: YES INSRVMOD: YES RANGE: 1..20
PERSIST: YES DEFVALUE: NA UNITS: NA INTEGER .1.3.6.1.4.1.637.61.1.9.36.1.1 |
peripheralMgntMacFilterMacRangeFirstSpecifies the first MAC address of the allowed range.
Default value 00.00.00.00.00.00
ALCATEL NOTE:
SUPPORT: YES INSRVMOD: NA RANGE: See above
PERSIST: YES DEFVALUE: 0 UNITS: -rw MacAddress (SNMPv2-TC) .1.3.6.1.4.1.637.61.1.9.36.1.2 |
peripheralMgntMacFilterMacRangeLastSpecifies the last MAC address of the allowed range.
At least the OUI part should match the OUI of the
peripheralMgntMacFilterMacRangeFirst MAC address.
Default value 00.00.00.00.00.00
ALCATEL NOTE:
SUPPORT: YES INSRVMOD: NA RANGE: See above
PERSIST: YES DEFVALUE: 0 UNITS: -rw MacAddress (SNMPv2-TC) .1.3.6.1.4.1.637.61.1.9.36.1.3 |
asamLiSeparateParameter used to create a separate LI management plane; i.e to
restrict creation/modification of operators that can access lawful
intercept data. This object is not applicable to ISAM 7367 SX / 7363 MX
systems (Standalone Single-board Vectoring Box and NGVR).
'disabled':
CLI user with security privileges can:
-set li-user,li-admin user privileges
-create a LI view
-attach a LI view to a usergroup
-modify a LI view
SNMP user with view on USM,VACM MIB's can:
-create a LI view
-attach a LI view to a usergroup
-modify a LI view
'enabled':
CLI user with security and li-admin user privilege can:
-set li-user,li-admin user privileges
-create a LI view
-attach a LI view to a usergroup
-modify a LI view
SNMP user with view on USM,VACM and IHUB LI ADMIN MIB's can:
-create a LI view
-attach a LI view to a usergroup
-modify a LI view
Notes:
LI view= view with access on IHUB LI MIB and/or IHUB LI ADMIN MIB
Before setting this value to enabled make sure that:
- a CLI user exist with li-admin privilege.
- a SNMP user exist with access to IHUB LI ADMIN MIB
ALCATEL NOTE: Applicable to higig NTs
SUPPORT: YES INSRVMOD: NA RANGE: NA
PERSIST: YES DEFVALUE: disabled UNITS: NArw Enumeration .1.3.6.1.4.1.637.61.1.9.37 |
asamSystemALSStateParameter used to enable / disable ALS (Automatic Laser Shutdown) system wide.
ALS enable / disable will be applied only for NT & NTIO xFPs.
'disabled':
System wide ALS is disabled
'enabled':
System wide ALS is enabled
Notes:
Applicable to
xFP type : Optical only
NTs : NANT-D, FANT-F xFPs
NTIOs : NCNC-B/C/D/E/F/H xFPs
ALCATEL NOTE:
SUPPORT: YES INSRVMOD: YES RANGE: NA
PERSIST: YES DEFVALUE: enabled UNITS: NArw Enumeration .1.3.6.1.4.1.637.61.1.9.41 |
asamSystemCustomerIdA textual string identifying the customer assigned in system level.
Default value is 'available', which means system customer id is
not configured.
ALCATEL NOTE:
SUPPORT: YES INSRVMOD: YES RANGE: NA
PERSIST: YES DEFVALUE: available UNITS: -rw OCTET STRING .1.3.6.1.4.1.637.61.1.9.43 |
asamSystemAutoSwitchAtmPtmThis parameter allows the manager to enable or disable an Auto-Switching
between ATMoADSLx and PTMoVDSLx at system wide.
The supported values are,
1 (enable) - enables auto-switching between ATM and PTM at system wide.
2 (disable) - disables auto-switching between ATM and PTM at system wide.
ALCATEL NOTE:
SUPPORT: YES INSRVMOD: YES RANGE: NA
PERSIST: YES DEFVALUE: disable UNITS: NArw Enumeration .1.3.6.1.4.1.637.61.1.9.44 |
asamSystemAutoSwitchVdslStepUpDelayThis parameter allows the manager to set delay time (in seconds) for
auto-switch stepup to VDSL service. The auto-switch step-up request for
VDSL service will be considered for the xdsl line failure (LOS/LPR) which
received after this delay time from the time of fallback to ATMoADSLx
service.
The supported values are 0 to 65535.
ALCATEL NOTE:
SUPPORT: YES INSRVMOD: YES RANGE: 0..65535
PERSIST: YES DEFVALUE: 3600 UNITS: secondsrw INTEGER .1.3.6.1.4.1.637.61.1.9.45 |
asamSystemUplinkModeParameter used to configure uplink mode.
Notes:
After changing uplink-mode, new value only takes effect after system reboot.
ALCATEL NOTE:
SUPPORT: YES INSRVMOD: YES RANGE: NA
PERSIST: YES DEFVALUE: auto UNITS: NArw Enumeration .1.3.6.1.4.1.637.61.1.9.46 |
asamSystemCurrentUplinkModeParameter used to current uplink mode.
ALCATEL NOTE:
SUPPORT: YES INSRVMOD: YES RANGE: NA
PERSIST: YES DEFVALUE: NA UNITS: NAro Enumeration .1.3.6.1.4.1.637.61.1.9.47 |
asamSystemVoiceOswpThe voice software when system startup.
ALCATEL NOTE:
SUPPORT: YES INSRVMOD: YES RANGE: 0..2
PERSIST: YES DEFVALUE: sip(2) UNITS: -rw Enumeration .1.3.6.1.4.1.637.61.1.9.48 |
asamSystemActivatedCDEExtendedThe Activated CDE is a bitmap listing the CDE features that are active.
CDE features are activated during system startup only, and are
based on the configured Access Operator ID.
This field can display upto 256 bits (big endian)
Following list specifies which CDE feature is defined for each bit:
1 NASPortIDWithTwoDigits
2 VRRPProxyForEiBridge
3 MgntVLANpbit6
4 IgmpAntiSpoofingDisabled
5 TL1UdpModifiedBehaviour
6 vMACPortIdFromLine
7 IsdnBATextBasedIID
8 MCTransparencyForiBridge
9 ActivateStdConfForIhubNT
10 TransactionManagement
11 MACAddressMobility
12 UniversalSFP
13 ShdslCTC
14 UpLoopAttenuationOffset
15 L2DslLtSwARPRelay
16 MigrationNVLTDtoNDLTGAllowed
17 pre-R35PPPQoSHandling
18 XdslAutoswitchSupported
19 IsSFPReassignmentAllowed
20 IsVMACLogicalSlotidSupported
21 ShdslParametersNotReportedWhenPairCut
22 DualXfpAllowedNCNCH
23 GPONRemoteDSTagsTreatment
24 XdslDefaultProfileModelTR165
25 IsIpv6LightLlaIpantispoofingSupport
26 MultipleExternalSFTPServers
27 IsdnBaPermanentL2Agw
28 EmopOnuMulticastProvision
29 IsCodetelLegacyModeSupport
30 IsRtpDelayInMsecSupported
31 TL1pre-R4010Behaviour
32 DSPSyncDelaySupported
33 DhcpOption82Transparent
34 AutomaticPMCollection
35 LineIdDisplayPANIHeader
36 ANCP-RFC6320CompliantentProtocolSupported
37 CVlanPBitBasedSchedulingDS
38 IsLineShaperEnabled
39 CVLANRangeBasedCtrlProtocolAwareness
40 FourQueuesUpstreamCatan
41 CMCCInteroperabilityNPBridgeFiltering
42 IsPTMLineShaperDisabled
43 PopulateDHCPOption82.2InHex
44 L3Multicast
45 IGMPMarkPriorityBitToValue6
46 ItfSubnetScale32
47 IsAutoPortResetSupported
48 ReducedDsObcPolicer
49 EponUniDimensionScaleup
50 EontPerformanceMonitorOptimization
51 EponQuickPonCutover
52 PppDhcpTlv90Tlv91OptionAdd
53 SwPoliceNdMldProtoAt100Pps
54 IsPPPOEDownstreamRelayEnabled
55 UseSpecificHoldOffTime
56 HguTr069Configuration
57 MaskParityError
58 DisableSfpAlcatelStringCheckPtpLt
59 IsQosMarkerProfInnerPbitSupported
60 QosBandwidtProfileConfigOnUni
61 QosQueuesAggrConfigSupport
62 ModifyNbrOfPortsOnOntCardAllowed
63 LtBootPriority
64 NetworkItfMtuDefault
65 RemovePasswordSpecialCharReq
66 CpuFilterPortRange
67 ReducedPresenceIndicationTimeout
68 LldpSubtypeInterfaceName
69 MigrationRDLTCtoRDLTDAllowed
70 MigrationNDLTFtoNDLTJAllowed
71 MigrationNDLTGtoNDLTKAllowed
72 IsStunnelMipSupported
73 SupportRemoteShelfOnLtPort
74 RemoveDhcpSessionIfPortAdminDown
75 VvplsUnknownMcDrop
76 GponIsSupportingRunTimeSetMcPbit
77 ArpPollingAndSnooping
78 CablePairIdentificationEnhancement
79 ArpRemoteIdCheckDisable
80 VplusVectLowspectrumOnlySupported
81 IsMegacoLawfulInterceptSupported
82 MiiUniversalBbServSupport
83 SupportNotTodOntClockSync
84 EfmOamOrgSpecOlidSupport
85 DtagAlarmsForClockDefects
86 MigrationNDLTCtoNDLTKAllowed
87 IsSipSelfRingingSupported
88 PmCdrCount5Min
89 FwWatchdogFeatureForL2PlusLt
90 LimitedTL1ForXGSPON
91 IsAttAricentOntSupported
92 IsSipQuickLinetestSupported
93 IsMegacoQuickLinetestSupported
94 SupportIgmpRowidSyncByMibReset
95 OnuProvisioningBasedOnOnuType
96 IfNameIncludesAidInfo
97 CrossVlanPolicerSharing
98 StunnelCvlanPbitRemark
99 MaxMacPerUplinkMx
100 OperatorSpecificTrapsSupported
101 DhcpTransparency
105 DropStandbyLinkTraffic
ALCATEL NOTE:
ACCESS: NA
USAGE: NA
PERSIST: NA
INSRVMOD: NA
RANGE: NA
DEFVALUE: NA
UNITS: NA
SPARSE: NA
DESCR: NAro OCTET STRING .1.3.6.1.4.1.637.61.1.9.49 |
asamSuperuserAuthByTacacsPlusThe TL1/CLI user ID SUPERUSER/isadmin is optionally authenticated by
Tacacs+ based protocol on this object. When disabled, SUPERUSER/isadmin
is always authenticated by the local user database. When enabled,
SUPERUSER/isadmin authentication is initially attempted with Tacacs+,but
the authentication will fall back to the local TL1/CLI user database, if
all Tacacs+ servers are disabled, or the Tacacs+ servers are not
responding successfully to the authentication request.
Note that Tacacs+ is applicable only for CLI user from R5.2 onwards.
ALCATEL NOTE:
SUPPORT: YES
PERSIST: YES
INSRVMOD: NA
RANGE: 1..2
DEFVALUE: 2
UNITS: NArw Enumeration .1.3.6.1.4.1.637.61.1.9.50 |
asamExternalLedsStatusThis MIB object is used to administratively turn off LEDs which are visible from the
outside on some equipment practices like sealed remotes. By default, LEDs are enabled which
means they are working normally and represent the actual status of the concerned item. If
LEDs are disabled, they won't show any light even though an error status should be reported.
This MIB object is only supported on some equipment practices. If not supported this
MIB object will return enabled when read.
ALCATEL NOTE:
SUPPORT: YES
PERSIST: YES
INSRVMOD: NA
RANGE: 1..2
DEFVALUE: 1
UNITS: NArw Enumeration .1.3.6.1.4.1.637.61.1.9.51 |
asamSystemMirrorVoiceEnable/disable voice mirror of ingress/egress/both voice packets.
Default value is Disabled
ALCATEL NOTE:
ACCESS: NA USAGE: OPT
PERSIST: YES INSRVMOD: YES
RANGE: 1..4 DEFVALUE: 1[disabled]
UNITS: NA SPARSE: NA
DESCR: NArw Enumeration .1.3.6.1.4.1.637.61.1.9.52 |
techSupport OBJECT IDENTIFIER .1.3.6.1.4.1.637.61.1.9.53 |
asamTechSupportEnableDisableEnable/disable the techSupport functionality
This attribute is only available on equipment practices
that support this feature.
When not supported noSuchName will be returned.
ALCATEL NOTE:
SUPPORT: YES INSRVMOD: NA RANGE: 1..2
PERSIST: NO DEFVALUE: enabled (2) UNITS: NArw Enumeration .1.3.6.1.4.1.637.61.1.9.53.1 |
asamTechSupportPurgeFilesThis object is a button-like object and is used to clear all
collected TechSupport files. Next to the Tech Support files
related to board crashes, also all on-demand files wil be
removed.
Setting this object with value noAction will be accepted but
has no effect.
Value noAction will be returned when read.
ALCATEL NOTE:
SUPPORT: YES INSRVMOD: NA RANGE: 1..2
PERSIST: YES DEFVALUE: 1 UNITS: NArw Enumeration .1.3.6.1.4.1.637.61.1.9.53.2 |
asamTechSupportOnDemandFreeSessionIdThis object provides a free session id that can be used for launching
an on demand Tech Support file session via asamTechSupportActionTable
ALCATEL NOTE:
SUPPORT: YES INSRVMOD: NA RANGE: 0..65535
PERSIST: NO DEFVALUE: NA UNITS: NAro TechSupportSessionId .1.3.6.1.4.1.637.61.1.9.53.3 |
asamTechSupportActionTableThe TechSupport Action Table
Use this table to launch On Demand Tech Support File generation SEQUENCE OF AsamTechSupportActionEntry .1.3.6.1.4.1.637.61.1.9.53.4 |
asamTechSupportActionEntryAn entry in the asamTechSupportSessionTable. AsamTechSupportActionEntry .1.3.6.1.4.1.637.61.1.9.53.4.1 |
asamTechSupportActionIdThe index of the Tech Support Action Table Session
Entry with id 1 exists and is to be used for creating
new tech support on demand requets.
ALCATEL NOTE:
SUPPORT: YES INSRVMOD: NO RANGE: 0..65535
PERSIST: YES DEFVALUE: NA UNITS: -rw INTEGER .1.3.6.1.4.1.637.61.1.9.53.4.1.1 |
asamTechSupportActionEventIndicate which action to trigger.
The Following scenarios are possible:
- Generate an On Demand TS File
A set with the below fields specified will generate an on-demand
Tech Support file generation for a dedicated board.
It will result in the creation of a row in the
asamTechSupportSessionTable by which the progress of the generation
can be followed. When the Session goes into done state, then the
corresponding file can be retrieved from /pub/TS/ONDEMAND
The Mandatory fields to be set in one PDU are
asamTechSupportActionEvent : MUST be generate (1)
asamTechSupportActionType : MUST be boardOnDemand (2)
asamTechSupportActionObject : Equipment Slot ID
asamTechSupportActionFile : filename to write
In case a dedicated SessionId is wanted, it can be set via the following
optional field:
asamTechSupportActionSessionId : requested session id
asamTechSupportActionServerIP is also an optional fields which if
set should be fixed to value 0
- Clear an On Demand TS File
A set with the below fields will results in the removal of the entry
from the asamTechSupportSessionTable and the corresponding file from disk.
The Mandatory fields to e set in 1 PDU are
asamTechSupportActionEvent : MUST be clear(2)
asamTechSupportActionSessionId : SessionId to remove
ALCATEL NOTE:
SUPPORT: YES INSRVMOD: NA RANGE: 1..2
PERSIST: YES DEFVALUE: 1 UNITS: NArw Enumeration .1.3.6.1.4.1.637.61.1.9.53.4.1.2 |
asamTechSupportActionSessionIdSpecify this value in case a dedicated session ID is
to be used for this request. To find a good unique session-id, a read
can be done to asamTechSupportOnDemandFreeSessionId. If a value of 0 is
given, then the system will automatically select a session Id.
ALCATEL NOTE:
SUPPORT: YES INSRVMOD: NO RANGE: 0..65535
PERSIST: YES DEFVALUE: NA UNITS: -rw TechSupportSessionId .1.3.6.1.4.1.637.61.1.9.53.4.1.3 |
asamTechSupportActionTypeThe type corresponding to the stored or requested Tech Support File.
- crashLog : type for auto generated crashlog TS files for boards
- boardOnDemand : type for requesting an on-demand TS file for boards
- ifIndexOnDemand : type for requesting an on-demand TS file for a specific ifIndex
Currently only boardOnDemand is supported. The other values will be rejected.
ALCATEL NOTE:
SUPPORT: YES INSRVMOD: NO RANGE: 2 or 3
PERSIST: YES DEFVALUE: NA UNITS: -rw TechSupportSessionType .1.3.6.1.4.1.637.61.1.9.53.4.1.4 |
asamTechSupportActionObjectIdentifier that indicates for which object that the Tech Support File was
generated or requested.
For a boardOnDemand(2) request, the asamTechSupportSessionObject needs to be set to
the Equipment Slot Id of the board for which the Tech Support file is to be generated.
For a ifIndexOnDemand(3) request, the asamTechSupportSessionObject needs to be set to
the if-index corresponding to the PON or ONT.
Currently only boardOnDemand(2) requests are supported, hence the value for
this field needs to be populated with the Equipment Slot Id.
ALCATEL NOTE:
SUPPORT: YES INSRVMOD: NO RANGE: see above
PERSIST: YES DEFVALUE: NA UNITS: -rw INTEGER .1.3.6.1.4.1.637.61.1.9.53.4.1.5 |
asamTechSupportActionServerIPThe IP address of the server where the Tech Support File will be uploaded to.
or 0.0.0.0 in case the file needs to be stored locally on the node.
Currently only a value of 0 is accepted as input.
This field is an optional field, but if specified, then it must be set to 0.
ALCATEL NOTE:
SUPPORT: YES INSRVMOD: NO RANGE: see above
PERSIST: YES DEFVALUE: NA UNITS: -rw IpAddress .1.3.6.1.4.1.637.61.1.9.53.4.1.6 |
asamTechSupportActionFileThe filename that identifies the Tech Support File.
2 restrictions apply
- For storing locally on the Node
identified via asamTechSupportActionServerIP = 0
size of asamTechSupportActionFile is max 13 characters
structure : filename (only ._- allowed as special characters)
- For storing on a remote server
server is identified via asamTechSupportActionServerIP = a.b.c.d
allowed length of asamTechSupportActionFile is max 255 chars
structure : path/filename
ALCATEL NOTE:
SUPPORT: YES INSRVMOD: NO RANGE: see above
PERSIST: YES DEFVALUE: NA UNITS: -rw OCTET STRING .1.3.6.1.4.1.637.61.1.9.53.4.1.7 |
asamTechSupportSessionTableThe TechSupport Session Table SEQUENCE OF AsamTechSupportSessionEntry .1.3.6.1.4.1.637.61.1.9.53.5 |
asamTechSupportSessionEntryAn entry in the asamTechSupportSessionTable. AsamTechSupportSessionEntry .1.3.6.1.4.1.637.61.1.9.53.5.1 |
asamTechSupportSessionIdA unique value to identify a Tech Support Session
ALCATEL NOTE:
SUPPORT: YES INSRVMOD: NO RANGE: 0..65535
PERSIST: YES DEFVALUE: NA UNITS: - TechSupportSessionId .1.3.6.1.4.1.637.61.1.9.53.5.1.1 |
asamTechSupportSessionTypeThe type corresponding to the stored or requested Tech Support File.
- crashLog : type for auto generated crashlog TS files for boards
- boardOnDemand : type for requesting an on-demand TS file for boards
- ifIndexOnDemand : type for requesting an on-demand TS file for a specific ifIndex
ALCATEL NOTE:
SUPPORT: YES INSRVMOD: NO RANGE: 1,2 or 3
PERSIST: YES DEFVALUE: NA UNITS: -ro TechSupportSessionType .1.3.6.1.4.1.637.61.1.9.53.5.1.2 |
asamTechSupportSessionObjectIdentifier that indicates for which object that the Tech Support File was
generated or requested.
2 cases exist:
- asamTechSupportSessionObject = slotId
for asamTechSupportSessionType crashLog or boardOnDemand
- asamTechSupportSessionObject = ifIndex
for asamTechSupportSessionType ifIndexOnDemand
ALCATEL NOTE:
SUPPORT: YES INSRVMOD: NO RANGE: see above
PERSIST: YES DEFVALUE: NA UNITS: -ro INTEGER .1.3.6.1.4.1.637.61.1.9.53.5.1.3 |
asamTechSupportSessionServerIPThe IP address of the server where the Tech Support File will be uploaded to.
ALCATEL NOTE:
SUPPORT: YES INSRVMOD: NO RANGE: see above
PERSIST: YES DEFVALUE: NA UNITS: -ro IpAddress .1.3.6.1.4.1.637.61.1.9.53.5.1.4 |
asamTechSupportSessionFileThe filename that identifies the Tech Support File.
format
- filename [max 13 characters]
- fileserver:path/filename [ max 255 chars]
ALCATEL NOTE:
SUPPORT: YES INSRVMOD: NO RANGE: see above
PERSIST: YES DEFVALUE: NA UNITS: -ro OCTET STRING .1.3.6.1.4.1.637.61.1.9.53.5.1.5 |
asamTechSupportSessionStatusThis object shows the status for a session-entry.
The initial status is busy(1).
When the generation completes successfully, then it goes to done(3).
In case of an error, then it goes to failed(2) state and the failure
reason can be found by reading the asamTechSupportSessionError field.
ALCATEL NOTE:
SUPPORT: YES INSRVMOD: NO RANGE: see above
PERSIST: YES DEFVALUE: NA UNITS: -ro Enumeration .1.3.6.1.4.1.637.61.1.9.53.5.1.6 |
asamTechSupportSessionErrorThis object shows error information for a failed session-entry.
ALCATEL NOTE:
SUPPORT: YES INSRVMOD: NO RANGE: see above
PERSIST: YES DEFVALUE: NA UNITS: -ro Enumeration .1.3.6.1.4.1.637.61.1.9.53.5.1.7 |
asamTechSupportSessionSizeThis object shows the size of the collected TS file
ALCATEL NOTE:
SUPPORT: YES INSRVMOD: NO RANGE: see above
PERSIST: YES DEFVALUE: NA UNITS: -ro INTEGER .1.3.6.1.4.1.637.61.1.9.53.5.1.8 |
asamTechSupportSessionTimeShows the Time in seconds from 1900 when the TS-entry was
collected.
ALCATEL NOTE:
SUPPORT: YES INSRVMOD: NA RANGE: see above
PERSIST: NO DEFVALUE: NA UNITS: -ro NetworkTimeInSeconds .1.3.6.1.4.1.637.61.1.9.53.5.1.9 |
asamSystemScalingModeAn enum indicating configured scaling mode of BroadCom switch. Applicable for FX next generation NT(FANT-G).
l2plus-Mode with L2 FDB table having higher scaling of 256K with l3 scaling as in legacy FANT-F ( L3 host -16K + L3 LPM- 16K)
l3plusHost-Mode with L3 host/ARP table having higher scaling of 16K -IPv4 + 32K - IPv6 + 4K -IPMC with L2 FDB - 96K & L3 LPM -16K as in legacy FANT-F
l3plusLPM-Mode with L3 LPM/route table having higher scaling of 16K - IPv4 + 24K - IPv6 with L2 FDB - 32K & L3 host as in l3plus_host mode
This object is not applicable to ISAM 7367 SX/ 7363 MX systems (Standalone Single-board Vectoring Box and NGVR).
ALCATEL NOTE:
SUPPORT: YES INSRVMOD: NO RANGE: 1..3
PERSIST: YES DEFVALUE: 1 UNITS: NArw Enumeration .1.3.6.1.4.1.637.61.1.9.54 |
asamSystemOperationalScalingModeAn enum indicating operational scaling mode of BroadCom switch. Applicable for FX next generation NT(FANT-G).
l2plus-Mode with L2 FDB table having higher scaling of 256K with l3 scaling as in legacy FANT-F ( L3 host -16K + L3 LPM- 16K)
l3plusHost-Mode with L3 host/ARP table having higher scaling of 16K -IPv4 + 32K - IPv6 + 4K -IPMC with L2 FDB - 96K & L3 LPM -16K as in legacy FANT-F
l3plusLPM-Mode with L3 LPM/route table having higher scaling of 16K - IPv4 + 24K - IPv6 with L2 FDB - 32K & L3 host as in l3plus_host mode
This object is not applicable to ISAM 7367 SX/ 7363 MX systems (Standalone Single-board Vectoring Box and NGVR).
ALCATEL NOTE:
SUPPORT: YES INSRVMOD: NO RANGE: 1..3
PERSIST: NO DEFVALUE: 1 UNITS: NAro Enumeration .1.3.6.1.4.1.637.61.1.9.55 |
asamSystemZTPStateEnable/disable the ZTP (Zero Touch Provision) functionality
This attribute is only available on equipment practices
that support this feature.
If not supported this MIB object will return disabled when read.
ALCATEL NOTE:
SUPPORT: YES INSRVMOD: YES RANGE: NA
PERSIST: YES DEFVALUE: disabled (1) UNITS: NArw Enumeration .1.3.6.1.4.1.637.61.1.9.56 |
asamSystemRFOverlayModuleThis MIB object is used to enable or disable the RF Overlay Module (SX-8F and SX-16F only).
This MIB object is only supported on some equipment practices.
If not supported this MIB object will return disabled when read.
ALCATEL NOTE:
SUPPORT: YES
PERSIST: YES
INSRVMOD: NA
RANGE: 1..2
DEFVALUE: 1
UNITS: NArw Enumeration .1.3.6.1.4.1.637.61.1.9.57 |
asamRelayIdSyntax OBJECT IDENTIFIER .1.3.6.1.4.1.637.61.1.9.58 |
asamRelayAtmBasedDslSyntaxThis variable defines the syntax for generating a relay id
for Atm based DSL lines terminated by DSL LT.
It is a string to define a specified format at system level.
ALCATEL NOTE:
SUPPORT: YES INSRVMOD: YES RANGE: See above
PERSIST: YES DEFVALUE: UNITS: -rw OCTET STRING .1.3.6.1.4.1.637.61.1.9.58.1 |
asamRelayEthBasedDslSyntaxThis variable defines the syntax for generating a relay id
for Ethernet based DSL lines terminated by DSL LT and
for Ethernet lines terminated by Ethernet LT.
It is a string to define a specified format at system level.
ALCATEL NOTE:
SUPPORT: YES INSRVMOD: YES RANGE: See above
PERSIST: YES DEFVALUE: UNITS: -rw OCTET STRING .1.3.6.1.4.1.637.61.1.9.58.2 |
asamRelayNtPortSyntaxThis variable defines the syntax for generating a relay id
for NT ports.
It is a string to define a specified format at system level.
ALCATEL NOTE:
SUPPORT: YES INSRVMOD: YES RANGE: See above
PERSIST: YES DEFVALUE: UNITS: -rw OCTET STRING .1.3.6.1.4.1.637.61.1.9.58.3 |
asamSystemArpPollingIntervalThe value of the object asamSystemArpPollingInterval specifies ARP polling interval. The range of the value is from 120s to 1096s.The default polling interval is 120s.
ALCATEL NOTE:
ACCESS: RW USAGE: MAND
PERSIST: YES INSRVMOD: NO
RANGE: 120..1096 DEFVALUE: 120
UNITS: NA SPARSE: NA
DESCR: NArw INTEGER .1.3.6.1.4.1.637.61.1.9.59 |
asamUplinkOutbandMgntIpAddressThis MIB object is used to save uplink based out-band manangement IP.
This MIB object is only supported on 7363 MX and 7367 8F/16F/48U SX (Spumante based IWF).
ALCATEL NOTE:
SUPPORT: YES
PERSIST: YES
INSRVMOD: YES
RANGE: NA
DEFVALUE: 0.0.0.0
UNITS: NArw IpAddress .1.3.6.1.4.1.637.61.1.9.60 |
asamUplinkOutbandMgntNetMaskThis MIB object is used to save uplink based out-band manangement IP's netmask.
This MIB object is only supported on 7363 MX and 7367 8F/16F/48U SX (Spumante based IWF).
ALCATEL NOTE:
SUPPORT: YES
PERSIST: YES
INSRVMOD: YES
RANGE: NA
DEFVALUE: 0.0.0.0
UNITS: NArw IpAddress .1.3.6.1.4.1.637.61.1.9.61 |
asamDstRecurringConfTableThe asamDstRecurringConfTable has an entry for each daylight saving time
zone information with the specified week and weekday repeatedly.
ALCATEL NOTE:
SUPPORT: YES INSRVMOD: NA RANGE: NA
PERSIST: YES DEFVALUE: NA UNITS: NA SEQUENCE OF AsamDstRecurringConfEntry .1.3.6.1.4.1.637.61.1.9.62 |
asamDstRecurringConfEntryEach row entry contains information about a daylight saving time
zone.
ALCATEL NOTE:
SUPPORT: YES INSRVMOD: NA RANGE: NA
PERSIST: YES DEFVALUE: NA UNITS: NA AsamDstRecurringConfEntry .1.3.6.1.4.1.637.61.1.9.62.1 |
asamDstRecurringZoneIndexThis represents a daylight saving time zone. This index must be unique
amongst the table entries.
Because snmp index can't recognise negative integer,so we shift the zone range to [0...1620] as a workaround
ALCATEL NOTE:
SUPPORT: YES INSRVMOD: NA RANGE: -780..840
PERSIST: YES DEFVALUE: NA UNITS: NA INTEGER (-780..840) .1.3.6.1.4.1.637.61.1.9.62.1.1 |
asamDstConfStartWeekDayThe starting day of the week when the summer time will
take effect.
ALCATEL NOTE:
SUPPORT: YES INSRVMOD: NA RANGE: 0..6
PERSIST: YES DEFVALUE: sunday(0) UNITS: NArw Enumeration .1.3.6.1.4.1.637.61.1.9.62.1.2 |
asamDstConfStartWeekThe starting week of the month when the summer time will
take effect.
ALCATEL NOTE:
SUPPORT: YES INSRVMOD: NA RANGE: 0..4
PERSIST: YES DEFVALUE: first(0) UNITS: NArw Enumeration .1.3.6.1.4.1.637.61.1.9.62.1.3 |
asamDstConfStartMonthThe starting month of the year when the summer time will
take effect.
ALCATEL NOTE:
SUPPORT: YES INSRVMOD: NA RANGE: 0..11
PERSIST: YES DEFVALUE: january(0) UNITS: NArw Enumeration .1.3.6.1.4.1.637.61.1.9.62.1.4 |
asamDstConfStartHourThe hour at which the summer time will take effect.
ALCATEL NOTE:
SUPPORT: YES INSRVMOD: NA RANGE: 0..23
PERSIST: YES DEFVALUE: 0 UNITS: hoursrw INTEGER .1.3.6.1.4.1.637.61.1.9.62.1.5 |
asamDstConfStartMinuteThe number of minutes after the hours defined by
asamDstConfStartHour when the summer time will
take effect.
ALCATEL NOTE:
SUPPORT: YES INSRVMOD: NA RANGE: 0..59
PERSIST: YES DEFVALUE: 0 UNITS: minutesrw INTEGER .1.3.6.1.4.1.637.61.1.9.62.1.6 |
asamDstConfEndWeekDayThe day of the week when the summer time setting will
end.
ALCATEL NOTE:
SUPPORT: YES INSRVMOD: NA RANGE: 0..6
PERSIST: YES DEFVALUE: sunday(0) UNITS: NArw Enumeration .1.3.6.1.4.1.637.61.1.9.62.1.7 |
asamDstConfEndWeekThe week of the month when the summer time setting will
end.
ALCATEL NOTE:
SUPPORT: YES INSRVMOD: NA RANGE: 0..4
PERSIST: YES DEFVALUE: first(0) UNITS: NArw Enumeration .1.3.6.1.4.1.637.61.1.9.62.1.8 |
asamDstConfEndMonthThe month of the year when the summer time setting will
end.
ALCATEL NOTE:
SUPPORT: YES INSRVMOD: NA RANGE: 0..11
PERSIST: YES DEFVALUE: january(0) UNITS: NArw Enumeration .1.3.6.1.4.1.637.61.1.9.62.1.9 |
asamDstConfEndHourThe hour at which the summer time will stop taking effect.
ALCATEL NOTE:
SUPPORT: YES INSRVMOD: NA RANGE: 0..23
PERSIST: YES DEFVALUE: 0 UNITS: hoursrw INTEGER .1.3.6.1.4.1.637.61.1.9.62.1.10 |
asamDstConfEndMinuteThe number of minutes after the hours defined by
asamDstConfEndHour when the summer time will
stop taking effect.
ALCATEL NOTE:
SUPPORT: YES INSRVMOD: NA RANGE: 0..59
PERSIST: YES DEFVALUE: 0 UNITS: minutesrw INTEGER .1.3.6.1.4.1.637.61.1.9.62.1.11 |
asamDstRecurringAdjustmentThe number of minutes that will be added to the time
when daylight saving time takes effect. The same number of minutes
will be subtracted from the time when the daylight saving time ends.
ALCATEL NOTE:
SUPPORT: YES INSRVMOD: NA RANGE: 0..60
PERSIST: YES DEFVALUE: 60 UNITS: NArw INTEGER .1.3.6.1.4.1.637.61.1.9.62.1.12 |
asamDstRecurringIsAffectedSrcThe value of asamDstRecurringIsAffectedSrc indicates whether this
configuration entry match the OLT timezone.
ALCATEL NOTE:
SUPPORT: YES INSRVMOD: NA RANGE: 1..2
PERSIST: YES DEFVALUE: 2 UNITS: NAro TruthValue (SNMPv2-TC) .1.3.6.1.4.1.637.61.1.9.62.1.13 |
asamDstRecurringRowStatusThe row status used to create and delete rows in this table.
ALCATEL NOTE:
SUPPORT: YES INSRVMOD: NA RANGE: NA
PERSIST: YES DEFVALUE: NA UNITS: NArw RowStatus (SNMPv2-TC) .1.3.6.1.4.1.637.61.1.9.62.1.14 |
asamDstDateConfTableThe asamDstDateConfTable has an entry for each daylight saving time
zone information with the specified with the corresponding specified days some year.
ALCATEL NOTE:
SUPPORT: YES INSRVMOD: NA RANGE: NA
PERSIST: YES DEFVALUE: NA UNITS: NA SEQUENCE OF AsamDstDateConfEntry .1.3.6.1.4.1.637.61.1.9.63 |
asamDstDateConfEntryEach row entry contains information about a daylight saving time
zone.
ALCATEL NOTE:
SUPPORT: YES INSRVMOD: NA RANGE: NA
PERSIST: YES DEFVALUE: NA UNITS: NA AsamDstDateConfEntry .1.3.6.1.4.1.637.61.1.9.63.1 |
asamDstDateZoneIndexThis represents a daylight saving time zone. This index must be unique
amongst the table entries.
Because snmp index can't recognise negative integer,so we shift the zone range to [0...1620] as a workaround
ALCATEL NOTE:
SUPPORT: YES INSRVMOD: NA RANGE: -780~840
PERSIST: YES DEFVALUE: NA UNITS: minutes INTEGER (-780..840) .1.3.6.1.4.1.637.61.1.9.63.1.1 |
asamDstConfStartDateThe time when the daylight saving time will
take effect means the number of standard seconds since
0h on 1 January 1900.
ALCATEL NOTE:
SUPPORT: YES INSRVMOD: NA RANGE: 1..4294967295
PERSIST: YES DEFVALUE: NA UNITS: secondsrw Unsigned32 .1.3.6.1.4.1.637.61.1.9.63.1.2 |
asamDstConfEndDateThe time when daylight saving time will end means the
number of standard seconds since0h on 1 January 1900.
ALCATEL NOTE:
SUPPORT: YES INSRVMOD: NA RANGE: 1..4294967295
PERSIST: YES DEFVALUE: NA UNITS: secondsrw Unsigned32 .1.3.6.1.4.1.637.61.1.9.63.1.3 |
asamDstDateAdjustmentThe number of minutes that will be added to the time
when daylight saving time takes effect. The same number of minutes
will be subtracted from the time when the daylight saving time ends.
ALCATEL NOTE:
SUPPORT: YES INSRVMOD: NA RANGE: 0..60
PERSIST: YES DEFVALUE: 60 UNITS: minutesrw INTEGER .1.3.6.1.4.1.637.61.1.9.63.1.4 |
asamDstDateIsAffectedSrcThe value of asamDstDateIsAffectedSrc indicates whether this
configuration entry match the OLT timezone.
ALCATEL NOTE:
SUPPORT: YES INSRVMOD: NA RANGE: 1..2
PERSIST: YES DEFVALUE: 2 UNITS: NAro TruthValue (SNMPv2-TC) .1.3.6.1.4.1.637.61.1.9.63.1.5 |
asamDstDateRowStatusThe row status used to create and delete rows in this table.
ALCATEL NOTE:
SUPPORT: YES INSRVMOD: NA RANGE: NA
PERSIST: YES DEFVALUE: NA UNITS: NArw RowStatus (SNMPv2-TC) .1.3.6.1.4.1.637.61.1.9.63.1.6 |
asamDstEnableDisableThis node indicates the status of daylight saving time.
If the value of this node is enable, means that daylight saving time is
enabled.
If the value is disable, means that daylight saving time is disabled.
ALCATEL NOTE:
SUPPORT: YES INSRVMOD: NA RANGE: 1..2
PERSIST: YES DEFVALUE: disable(2) UNITS: NArw Enumeration .1.3.6.1.4.1.637.61.1.9.64 |
asamDstIsAffectedThis node indicates whether daylight saving time comes into effect or not.
ALCATEL NOTE:
SUPPORT: YES INSRVMOD: NA RANGE: 1..2
PERSIST: YES DEFVALUE: notAffected(2) UNITS: NAro Enumeration .1.3.6.1.4.1.637.61.1.9.65 |
asamSystemBSNAPStateBSNAP is a trace mechanism to keep binary snapshot trace of an sw error deteted, and this MIB object is used to enable of disable BSNAP
ALCATEL NOTE:
SUPPORT: YES
PERSIST: YES
INSRVMOD: NA
RANGE: 1..2
DEFVALUE: 1
UNITS: NArw Enumeration .1.3.6.1.4.1.637.61.1.9.66 |
asamSystemBSNAPServerIPBSNAP is a trace mechanism to keep binary snapshot trace of an sw error deteted, and this MIB object is used to set the BSNAP server IP
ALCATEL NOTE:
SUPPORT: YES
PERSIST: YES
INSRVMOD: NA
RANGE: NA
DEFVALUE: 0.0.0.0
UNITS: NArw IpAddress .1.3.6.1.4.1.637.61.1.9.67 |
asamSystemBSNAPServerPortBSNAP is a trace mechanism to keep binary snapshot trace of an sw error deteted, and this MIB object is used to set the BSNAP server UDP port
ALCATEL NOTE:
SUPPORT: YES
PERSIST: YES
INSRVMOD: NA
RANGE: NA
DEFVALUE: NA
UNITS: NArw INTEGER .1.3.6.1.4.1.637.61.1.9.68 |