SFP-MIB

type

type

type

OBJECT-IDENTITY

OBJECT-TYPE

This table contains the host shelf SFP direction configuration information. ALCATEL NOTE: TABLESIZE: 8

OBJECT-TYPE

Each entry consists of a list of host shelf SFP configuration parameters.

OBJECT-TYPE

This is host shelf SFP number on the faceplate. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: YES INSRVMOD: NA RANGE: 1..17 DEFVALUE: NA UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

The host shelf SFP can be configured as downlink or uplink. The default is uplink. ALCATEL NOTE: ACCESS: NA USAGE: OPT PERSIST: YES INSRVMOD: YES RANGE: NA DEFVALUE: uplink UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

This table contains the host shelf SFP configuration information additional to the host SFP direction configuration. WARNING This table is now deprecated. ltHostSfpConfigExtTable should be used instead. ALCATEL NOTE: TABLESIZE: 24

OBJECT-TYPE

Each entry consists of a list of host shelf SFP configuration parameters which supplements the parameters in hostSfpConfigTable. WARNING This table is now deprecated. ltHostSfpConfigExtTable should be used instead.

OBJECT-TYPE

This is the host shelf SFP number on the faceplate. WARNING This table is now deprecated. ltHostSfpConfigExtTable should be used instead. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: YES INSRVMOD: NA RANGE: 1..24 DEFVALUE: NA UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

This is the Rack ID of the expansion shelf LSM which the host shelf SFP is planned to cable to. Value 0 means that no rack is specified. WARNING This table is now deprecated. ltHostSfpConfigExtTable should be used instead. ALCATEL NOTE: ACCESS: NA USAGE: OPT PERSIST: YES INSRVMOD: YES RANGE: 0..7 DEFVALUE: 0 UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

This is the Shelf ID of the expansion shelf LSM which the host shelf SFP is planned to cable to. Value 0 means that no shelf is specified. WARNING This table is now deprecated. ltHostSfpConfigExtTable should be used instead. ALCATEL NOTE: ACCESS: NA USAGE: OPT PERSIST: YES INSRVMOD: YES RANGE: 0..4 DEFVALUE: 0 UNITS: NA SPARSE: NO DESCR: The shelf identified by hostSfpCableToRack and hostSfpCableToShelf must already be planned.

OBJECT-TYPE

This is the Slot ID of the expansion shelf LSM which the host shelf SFP is planned to cable to. Value 0 means that no slot is specified. WARNING This table is now deprecated. ltHostSfpConfigExtTable should be used instead. ALCATEL NOTE: ACCESS: NA USAGE: OPT PERSIST: YES INSRVMOD: YES RANGE: DEP / depends on the shelf type. DEFVALUE: 0 UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

This table contains the host shelf SFP or XFP status information. WARNING This table is now deprecated. ltHostSfpStatusTable should be used instead. ALCATEL NOTE: TABLESIZE: 26

OBJECT-TYPE

Each entry consists of a list of SFP or XFP status parameters. WARNING This table is now deprecated. ltHostSfpStatusTable should be used instead.

OBJECT-TYPE

This is the host shelf SFP or XFP cage number. For an SFP cage, it is the faceplate number of the SFP cage (e.g. 1). For an XFP cage, it is 256 + (the faceplate number of the XFP cage). For example, if the XFP cage has faceplate label X1, hostStatusSfpFaceplateNumber == 257. WARNING This table is now deprecated. ltHostSfpStatusTable should be used instead. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NA RANGE: 1..258 DEFVALUE: NA UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

This is the Physical LANX or IHUB port to which the SFP or XFP is connected to. For an SHUB system, the lanxPortNumber here corresponds to lanxInterfaceIndex in the LANX MIB. For an IHUB system, the lanxPortNumber to the TmnxPortID to be used in the Timetra Port MIB. For IHUB this is an 32 bit encoded number for which the structure is defined in Timetra-TC-MIB. WARNING This table is now deprecated. ltHostSfpStatusTable should be used instead. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NA RANGE: 1..26 for SHUB / 32 Bit Encoded number for IHUB DEFVALUE: DEP / depends on the hostStatusSfpFaceplateNumber. UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

This is the host shelf SFP or XFP status. ok (1): The SFP or XFP is operational. sfpNotPresent (2): The SFP or XFP cage is empty. los (3): The SFP or XFP has detected Loss of Signal. txFail (4): The SFP or XFP has detected Transmitter Fail. invalidAlcatelId (5): The SFP or XFP does not contain a valid Alcatel-Lucent ID. unknown (6): The host expansion card is planned but not inserted. sfpControlFail (7): The SFP or XFP is not responding, or the I2C read failed. notApplicable (8): Retrieval of status information from the SFP or XFP cage is not supported. txFailAndLos (9): The SFP or XFP has detected both Transmitter Fail and Loss of Signal. sfpPlanDetectMismatch (10): Not used - superseded by the hostSfpCablingMismatch object. WARNING This table is now deprecated. ltHostSfpStatusTable should be used instead. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NA RANGE: NA DEFVALUE: 6 / status is unknown UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

This is the Rack ID of the expansion shelf LSM to which the host shelf SFP is cabled to. Value 0 means that SFP is not cabled to any expansion shelf LSM. WARNING This table is now deprecated. ltHostSfpStatusTable should be used instead. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NA RANGE: 0..7 DEFVALUE: 0 UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

This is the Shelf ID of the expansion shelf LSM which the host shelf SFP is cabled to. Value 0 means that SFP is not cabled to any expansion shelf LSM. WARNING This table is now deprecated. ltHostSfpStatusTable should be used instead. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NA RANGE: 0..4 DEFVALUE: 0 UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

This is the Slot ID of the expansion shelf LSM which the host shelf SFP is cabled to. Value 0 means that SFP is not cabled to any expansion shelf LSM. WARNING This table is now deprecated. ltHostSfpStatusTable should be used instead. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NA RANGE: DEP / depends on the shelf type. DEFVALUE: 0 UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

This variable indicates the type of the SFP or XFP, as read from the device. It is a bitmap represented as a sum, therefore, it can represent multiple types (combination of types) simultaneously. The SFP type bits (0..7) are as defined in standard SFF-8472. The XFP type bits (8..15) are as defined in standard INF-8077_v4.5. The SFP octet and the XFP octet are mutually exclusive (i.e. at least one of the two octets is always zero). The various bit positions are: bit 0 (1): 1000BASE-SX bit 1 (2): 1000BASE-LX bit 2 (4): 1000BASE-CX bit 3 (8): 1000BASE-T bit 4 (16): 100BASE-LX/LX10 bit 5 (32): 100BASE-FX bit 6 (64): BASE-BX10 bit 7 (128): BASE-PX bit 8 (256): reserved for a future XFP type, INF-8077 bit 9 (512): 10GBASE-EW bit 10 (1024): 10GBASE-LW bit 11 (2048): 10GBASE-SW bit 12 (4096): 10GBASE-LRM bit 13 (8192): 10GBASE-ER bit 14 (16384): 10GBASE-LR bit 15 (32768): 10GBASE-SR bit 16 (65536): 2500BASE-SX bit 17 (131072): 2500BASE-LX bit 18 (262144): 2500BASE-BX If the hostSfpType is unknown or not specified, hostSfpType = 0. WARNING This table is now deprecated. ltHostSfpStatusTable should be used instead. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NA RANGE: 0..65535 DEFVALUE: 0 / hostSfpType unknown UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

This is the host shelf SFP cabling mismatch status: noMismatch(1): no cabling mismatch is detected. unexpectedRemoteLt(2): a remote LT is detected at an unassigned downlink SFP port. assignmentMismatch(3): the detected remote LT does not match the LT assigned to this host SFP. incompatibleShelf(4): the detected remote LT is in a shelf type which is not the planned shelf type. WARNING This table is now deprecated. ltHostSfpStatusTable should be used instead. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NA RANGE: NA DEFVALUE: 1 / noMismatch UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

The physical (MAC) address of the remote interface that is cabled to this host shelf SFP. If the remote interface does not have such an address or the address is not yet discovered, this object would contain an octet string of zero length. WARNING This table is now deprecated. ltHostSfpStatusTable should be used instead. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NA RANGE: NA DEFVALUE: NA UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

This table contains the expansion shelf SFP status information. ALCATEL NOTE: TABLESIZE: 312 (24 + 288)

OBJECT-TYPE

Each entry consists of the expansion shelf SFP status.

OBJECT-TYPE

This is the Rack ID of the expansion shelf SFP (actually its corresponding LSM). ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NA RANGE: 1..7 DEFVALUE: NA UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

This is the Shelf ID of the expansion shelf SFP (actually its corresponding LSM). ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NA RANGE: 1..4 DEFVALUE: NA UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

This is the Slot ID of the expansion shelf SFP (actually its corresponding LSM). ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NA RANGE: DEP / depends on the shelf type. DEFVALUE: NA UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

This is the status of the expansion shelf SFP: ok (1): the expansion shelf SFP is operational. sfpNotPresent (2): no SFP present. los (3): LOS is detected by the expansion shelf SFP. txFail (4): the expansion shelf TX failed. invalidAlcatelId (5): the expansion shelf SFP plugged does not have a valid Alcatel ID. unknown (6): the status is not available or cannot be retrieved. sfpControlFail (7): SFP not responding or I2C failure. txFailAndLos (8): the expansion shelf TX failed and LOS is detected by the expansion shelf SF ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NA RANGE: NA DEFVALUE: 6 / unknown UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

This is the faceplate number of the host shelf SFP which the expansion shelf SFP is cabled to. If an expansion shelf SFP is not cabled to any host shelf SFP, the value of the corresponding hostSfpFaceplateNumber is set to 0. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NA RANGE: 0..24 DEFVALUE: 0 UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

This variable indicates the type of the SFP. It is a bitmap represented as a sum, therefore, it can represent multiple types (combination of types) simultaneously. The various bit positions are: bit 0 (1): 1000BASE-SX bit 1 (2): 1000BASE-LX bit 2 (4): 1000BASE-CX bit 3 (8): 1000BASE-T bit 4 (16): 100BASE-LX/LX10 bit 5 (32): 100BASE-FX bit 6 (64): BASE-BX10 bit 7 (128): BASE-PX bit 16 (65536): 2500BASE-SX bit 17 (131072): 2500BASE-LX bit 18 (262144): 2500BASE-BX If the expSfpType is unknown or not specified, expSfpType = 0. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NA RANGE: NA DEFVALUE: 0 UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

This is the LogSlotId of the host LT which the expansion shelf SFP is cabled to. If an expansion shelf SFP is not cabled to any host shelf SFP, the value of the corresponding hostSfpLogSlotId is set to 0. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NA RANGE: see above DEFVALUE: 0 UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

The primary purpose of this read-only table: allow the SNMP manager to read real-time diagnostic measurements (e.g. the SFP's received optical power level) from the A2 bank of a manager-specified SFP. The A2 bank and content are defined in the SFF-8472 standard (available at ftp.seagate.com). The table is indexed to allow support for any SFP cage in the system. In a particular release, SFP diagnostics support for a particular assembly may or may not be provided, and support for all the cages on a supported assembly may or may not be provided. If an assembly has any supported SFP cages, a row will be present in this table for each of its SFP cages. A row is present whether or not the SFP cage contains an SFP, and whether or not the SFP supports diagnostics. If the SFP cage contains an SFP, some status information (e.g. LOS and TxFault status) is available in the row. An enumerated object (sfpDiagAvailable) is used to indicate the condition/error (or no error) encountered when attempting to read the diagnostics information for the specified cage (e.g. cage empty, or A2 checksum failed). Details are documented with the individual objects. The following table size field is set to 'not applicable', since it does not make sense for the SNMP manager to cache the values in this table. The values will be different each time they are read from agent. ALCATEL NOTE: TABLESIZE: NA DESCR: NA

OBJECT-TYPE

The index for the sfpDiagTable identifies an SFP cage using two fields: the logicalSlotId of the card associated with the SFP cage (normally the card with the cages on its faceplate), and the SFP cage number.

OBJECT-TYPE

This is the first index of the sfpDiagTable. Normally, this object contains the Logical Slot ID (as defined in the Equipment MIB) of the card which has the SFP cage of interest on its faceplate. If that card does not have a Logical Slot ID, the Logical Slot ID of a related card is used. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NO RANGE: 1..65535 DEFVALUE: NA UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

This is the second index of the sfpDiagTable. It is the number of the SFP cage, as shown on the card faceplate. If the faceplate cage number is zero, sfpDiagSfpFaceplateNumber=0 is used (i.e. zero is not a special case). For an SFP cage, it is the faceplate number of the SFP cage (e.g. 1). For an SFP+/XFP cage, it is 256 + the faceplate number of the XFP cage. For example, if the SFP+/XFP cage has faceplate label X1, sfpInvFaceplateNumber = 257. For an QSFP cage, it is 512 + the faceplate number of the QSFP cage. For example, if the QSFP cage has faceplate label Q1, sfpInvFaceplateNumber = 513. For a CFP4 cage, it is 768 + the faceplate number of the CFP4 cage. For example, if the CFP4 cage has faceplate label C1, sfpInvFaceplateNumber = 769. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NO RANGE: 0..769 DEFVALUE: NA UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

A column in the sfpDiagTable, with the following code points. noError - valid values for all objects in this row (e.g. sfpDiagRxPower) were obtained from the SFP in the specified cage. cageDoesNotSupportDiag - the specified cage does not support reading LOS, TxFault, or A2 measurements. All subsequent values in the row have notAvailable or 'Not Available' values. cageEmpty - the specified SFP cage does not contain an SFP. All subsequent values in the row have notAvailable or 'Not Available' values. cageDoesNotSupportA2 - the specified SFP cage does not support access to the SFP A2 bank (e.g. because of limitations in FPGA support on the host card). sfpDiagLOS and sfpDiagTxFault have valid values (since they are implemented using external signals, not SFP EEPROM values). a0ReadFailed - the attempt to read the A0 bank of the specified SFP failed. A0 is read to determine if A2 is supported, so no attempt was made to read the A2 information. sfpDiagLOS and sfpDiagTxFault have valid values (since they are implemented using external signals, not SFP EEPROM values). a0ChecksumFailed - the A0 bank of the SFP EEPROM is corrupted. sfpDiagLOS and sfpDiagTxFault have valid values (since they are implemented using external signals, not SFP EEPROM values). sfpDoesNotSupportA2 - the A0 bank of the SFP EEPROM indicates A2 is not supported. sfpDiagLOS and sfpDiagTxFault have valid values (since they are implemented using external signals, not SFP EEPROM values). a2ReadFailed - the attempt to read the A2 bank of the specified SFP failed. sfpDiagLOS and sfpDiagTxFault have valid values (since they are implemented using external signals, not SFP EEPROM values). a2ChecksumFailed - the A2 bank of the SFP EEPROM is corrupted. sfpDiagLOS and sfpDiagTxFault have valid values (since they are implemented using external signals, not SFP EEPROM values). ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NO RANGE: NA DEFVALUE: NA UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

A column in the sfpDiagTable, with the following code points. los - the SFP in the specified SFP cage has detected Loss of Signal (on its receiver). noLos - the SFP in the specified SFP cage has detected a received signal with a suitable power level. notAvailable - the status of the received signal for the specified SFP cage cannot be determined (e.g. because the cage is empty - see sfpDiagAvailable). ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NO RANGE: NA DEFVALUE: NA UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

A column in the sfpDiagTable, with the following code points. txFault - the SFP in the specified SFP cage has detected a TxFault error (as defined in SFF-8472). noTxFault - the SFP in the specified SFP cage has not detected a TxFault error. notApplicable - the SFP is electrical, so TxFault is not applicable (the detection technology is optical). notAvailable - the TxFault status of the specified SFP cage cannot be determined (e.g. because the cage is empty - see sfpDiagAvailable). ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NO RANGE: NA DEFVALUE: NA UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

A column in the sfpDiagTable, containing the freshly-measured transmit power of the specified SFP, encoded into a string. Five types of values are supported. In the following text, strings are enclosed in single quotes (a double quote marks the end of the DESCRIPTION field). 1. '-40.00 dBm' to '8.16 dBm', in 0.01 dBm increments. Note that ' dBm' is included in the string. 2. 'No Power'. This is a special case because an SFP reading of 0.00 mW cannot be converted to dBm (since log10(0.00) is undefined). 3. 'Not Applicable'. This is used for an electrical SFP. The technology for measuring transmitted power is optical. 4. 'Not Available'. The measurement could not be obtained (e.g. the specified SFP cage is empty). 5. 'Invalid'. The transmitted power, in mW, is negative (for example, due to incorrect external calibration constants in the SFP). A negative mW value is not valid in this context, and cannot be converted to dBm. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NO RANGE: NA DEFVALUE: NA UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

A column in the sfpDiagTable, containing the freshly-measured received power of the specified SFP, encoded into a string. Five types of values are supported. In the following text, strings are enclosed in single quotes (a double quote marks the end of the DESCRIPTION field). 1. '-40.00 dBm' to '8.16 dBm', in 0.01 dBm increments. Note that ' dBm' is included in the string. 2. 'No Power'. This is a special case because an SFP reading of 0.00 mW cannot be converted to dBm (since log10(0.00) is undefined). 3. 'Not Applicable'. This is used for an electrical SFP. The technology for measuring received power is optical. 4. 'Not Available'. The measurement could not be obtained (e.g. the specified SFP cage is empty). 5. 'Invalid'. The received power, in mW, is negative (for example, due to incorrect external calibration constants in the SFP). A negative mW value is not valid in this context, and cannot be converted to dBm. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NO RANGE: NA DEFVALUE: NA UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

A column in the sfpDiagTable, containing the freshly-measured transmit bias current of the specified SFP, encoded into a string. Four types of values are supported. In the following text, strings are enclosed in single quotes (a double quote marks the end of the DESCRIPTION field). 1. '0.00 mA' to '131.10 mA', in 0.01 mA increments. Note that ' mA' is included in the string. 2. 'Not Applicable'. This is used for an electrical SFP. The technology for measuring transmit bias current is optical. 3. 'Not Available'. The measurement could not be obtained (e.g. the specified SFP cage is empty). 4. 'Invalid'. The bias current, in mA, is negative (for example, due to incorrect external calibration constants in the SFP). A negative mA value is not valid in this context. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NO RANGE: NA DEFVALUE: NA UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

A column in the sfpDiagTable, containing the freshly-measured supply voltage of the specified SFP, encoded into a string. Three types of values are supported. In the following text, strings are enclosed in single quotes (a double quote marks the end of the DESCRIPTION field). 1. '0.00 VDC' to '6.55 VDC', in 0.01 VDC increments. Note that ' VDC' is included in the string. 2. 'Not Available'. The measurement could not be obtained (e.g. the specified SFP cage is empty). 3. 'Invalid'. The supply voltage, in VDC, is negative (for example, due to incorrect external calibration constants in the SFP). A negative VDC value is not valid in this context. The supply voltage can be retrieved from an electrical SFP, so there is no need for a 'Not Applicable' string. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NO RANGE: NA DEFVALUE: NA UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

A column in the sfpDiagTable, containing the freshly-measured temperature of the specified SFP, encoded into a string. Two types of values are supported. In the following text, strings are enclosed in single quotes (a double quote marks the end of the DESCRIPTION field). 1. '-128.00 degrees Celsius' to '128.00 degrees Celsius', in 0.01 degrees Celsius increments. Note that ' degrees Celsius' is included in the string. 2. 'Not Available'. The measurement could not be obtained (e.g. the specified SFP cage is empty). The temperature can be retrieved from an electrical SFP, so there is no need for a 'Not Applicable' string. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NO RANGE: NA DEFVALUE: NA UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

A column in the sfpDiagTable, containing the freshly-measured temperature alarm/warning threshold crossing status of the specified SFP/SFP+/XFP/CFP4. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NO RANGE: NA DEFVALUE: NA UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

A column in the sfpDiagTable, containing the freshly-measured voltage alarm/warning threshold crossing status of the specified SFP/SFP+/XFP/CFP4. For XFP, this parameter will display as NotAvailable in case it is not supported as one of the Auxillary measured value by XFP. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NO RANGE: NA DEFVALUE: NA UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

A column in the sfpDiagTable, containing the freshly-measured bias current alarm/warning threshold crossing status of the specified SFP/SFP+/XFP/CFP4. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NO RANGE: NA DEFVALUE: NA UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

A column in the sfpDiagTable, containing the freshly-measured received power alarm/warning threshold crossing status of the specified SFP/SFP+/XFP/CFP4. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NO RANGE: NA DEFVALUE: NA UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

A column in the sfpDiagTable, containing the freshly-measured transmit power alarm/warning threshold crossing status of the specified SFP/SFP+/XFP/CFP4. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NO RANGE: NA DEFVALUE: NA UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

Indicates the RSSI TCA profile, refer to SfpRSSIProfileTable. 65535 means auto mode. When configured 65535, when sfp is plugged in, system will detect sfp type and associate related sfp rssi profile. User cannot modify the threshold values of this profile id. 1-200 denotes user-defined profile where user can configure the RSSI threshold values. ALCATEL NOTE: ACCESS: NA usage: OPT persistent: YES INSRVMOD:YES RANGE:1..200,65535 DEFVALUE: 65535 UNITS: NA SPARSE: NA

OBJECT-TYPE

Enable(1) and Disable(2) to RSSI function on port level. ALCATEL NOTE: ACCESS: NA usage: OPT persistent: YES INSRVMOD:YES RANGE:1,2 DEFVALUE: 2 UNITS: NA SPARSE: NA

OBJECT-TYPE

this object indicates the threshold for alarm OLTRXPWLO. if RX power is less than this value,then alarm OLTRXPWLO will be reported. For CFP4, there is no module level 'RxPower' monitor,this is the threshold for network lane. For ONT Profile, 0.5dBm means using ont internal policy. 'Not Available' is shown when the measurement could not be obtained,If the specified SFP cage is empty or if RSSI is not enabled and no profile assigned threshold values. 'Not Supported' is shown when the matching profile is not found. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NA RANGE: NA DEFVALUE: NA UNITS: NA SPARSE: NA DESCR: NA

OBJECT-TYPE

this object indicates the threshold for OLTRXPWHI. When RX power is larger than this value,then alarm OLTRXPWHI will be reported. For CFP4, there is no module level 'RxPower' monitor,this is the threshold for network lane. For ONT Profile, 0.5dBm means using ont internal policy. 'Not Available' is shown when the measurement could not be obtained,If the specified SFP cage is empty or if RSSI is not enabled and no profile assigned threshold values. 'Not Supported' is shown when the matching profile is not found. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NA RANGE: NA DEFVALUE: NA UNITS: NA SPARSE: NA DESCR: NA

OBJECT-TYPE

this object indicates the threshold for OLTRXPWLOWARN. When Rx power is less than this value,alarm OLTRXPWLOWARN will be reported. For CFP4, there is no module level 'RxPower' monitor,this is the threshold for network lane. 'Not Available' is shown when the measurement could not be obtained,If the specified SFP cage is empty or if RSSI is not enabled and no profile assigned threshold values. 'Not Supported' is shown when the matching profile is not found. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NA RANGE: NA DEFVALUE: NA UNITS: NA SPARSE: NA DESCR: NA

OBJECT-TYPE

this object indicates the threshold for OLTRXPWHIWARN. When Rx power is larger than this value,alarm OLTRXPWHIWARN will be reported. For CFP4, there is no module level 'RxPower' monitor,this is the threshold for network lane. 'Not Available' is shown when the measurement could not be obtained,If the specified SFP cage is empty or if RSSI is not enabled and no profile assigned threshold values. 'Not Supported' is shown when the matching profile is not found. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NA RANGE: NA DEFVALUE: NA UNITS: NA SPARSE: NA DESCR: NA

OBJECT-TYPE

this object indicates the threshold for OLTTXPWLO. When Tx power is less than this value,alarm OLTTXPWLO will be reported. For CFP4, there is no module level 'TxPower' monitor,this is the threshold for network lane. For ONT Profile, -63.5dBm means using ONT internal policy. 'Not Available' is shown when the measurement could not be obtained,If the specified SFP cage is empty or if RSSI is not enabled and no profile assigned. 'Not Supported' is shown when the matching profile is not found. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NA RANGE: NA DEFVALUE: NA UNITS: NA SPARSE: NA DESCR: NA

OBJECT-TYPE

this object indicates the threshold for OLTTXPWHI. When Tx power is larger than this value,alarm OLTTXPWHI will be reported. For CFP4, there is no module level 'TxPower' monitor,this is the threshold for network lane. 'Not Available' is shown when the measurement could not be obtained,If the specified SFP cage is empty or if RSSI is not enabled and no profile assigned. 'Not Supported' is shown when the matching profile is not found. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NA RANGE: NA DEFVALUE: NA UNITS: NA SPARSE: NA DESCR: NA

OBJECT-TYPE

this object indicates the threshold for OLTTXPWLOWARN. When Tx power is less than this value,alarm OLTTXPWLOWARN will be reported. For CFP4, there is no module level 'TxPower' monitor,this is the threshold for network lane. 'Not Available' is shown when the measurement could not be obtained,If the specified SFP cage is empty or if RSSI is not enabled and no profile assigned. 'Not Supported' is shown when the matching profile is not found. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NA RANGE: NA DEFVALUE: NA UNITS: NA SPARSE: NA DESCR: NA

OBJECT-TYPE

this object indicates the threshold for OLTTXPWHIWARN. When Tx power is larger than this value,alarm OLTTXPWHIWARN will be reported. For CFP4, there is no module level 'TxPower' monitor,this is the threshold for network lane. 'Not Available' is shown when the measurement could not be obtained,If the specified SFP cage is empty or if RSSI is not enabled and no profile assigned. 'Not Supported' is shown when the matching profile is not found. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NA RANGE: NA DEFVALUE: NA UNITS: NA SPARSE: NA DESCR: NA

OBJECT-TYPE

this object indicates the threshold for OLTTEMPLO. when temperature is less than this value, then alarm OLTTEMPLO will be reported. For CFP4,this is the module level threshold.The network lane level threshold is indicated by sfpDiagRSSIExtTemperatureAlmLow. 'Not Available' is shown when the measurement could not be obtained,If the specified SFP cage is empty or if RSSI is not enabled and no profile assigned. 'Not Supported' is shown when the matching profile is not found. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NA RANGE: NA DEFVALUE: NA UNITS: NA SPARSE: NA DESCR: NA

OBJECT-TYPE

this object indicates the threshold for OLTTEMPHI. When temperature is larger than this value,alarm OLTTEMPHI will be reported. For CFP4,this is the module level threshold.The network lane level threshold is indicated by sfpDiagRSSIExtTemperatureAlmHigh. 'Not Available' is shown when the measurement could not be obtained,If the specified SFP cage is empty or if RSSI is not enabled and no profile assigned. 'Not Supported' is shown when the matching profile is not found. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NA RANGE: NA DEFVALUE: NA UNITS: NA SPARSE: NA DESCR: NA

OBJECT-TYPE

this object indicates the threshold for OLTTEMPLOWARN. when temperature is less than this value, then alarm OLTTEMPLOWARN will be reported. For CFP4,this is the module level threshold.The network lane level threshold is indicated by sfpDiagRSSIExtTemperatureWarnLow. 'Not Available' is shown when the measurement could not be obtained,If the specified SFP cage is empty or if RSSI is not enabled and no profile assigned. 'Not Supported' is shown when the matching profile is not found. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NA RANGE: NA DEFVALUE: NA UNITS: NA SPARSE: NA DESCR: NA

OBJECT-TYPE

this object indicates the threshold for OLTTEMPHIWARN. When temperature is larger than this value,alarm OLTTEMPHIWARN will be reported. For CFP4,this is the module level threshold.The network lane level threshold is indicated by sfpDiagRSSIExtTemperatureWarnHigh. 'Not Available' is shown when the measurement could not be obtained,If the specified SFP cage is empty or if RSSI is not enabled and no profile assigned. 'Not Supported' is shown when the matching profile is not found. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NA RANGE: NA DEFVALUE: NA UNITS: NA SPARSE: NA DESCR: NA

OBJECT-TYPE

this object indicates the threshold for OLTBIASLO. when bias is less than this value, then alarm OLTBIASLO will be reported. For CFP4,this is the module level threshold.The network lane threshold is indicated by sfpDiagRSSIExtBiasAlmLow. 'Not Available' is shown when the measurement could not be obtained,If the specified SFP cage is empty or if RSSI is not enabled and no profile assigned. 'Not Supported' is shown when the matching profile is not found. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NA RANGE: NA DEFVALUE: NA UNITS: NA SPARSE: NA DESCR: NA

OBJECT-TYPE

this object indicates the threshold for OLTBIASHI. when bias is larger than this value, then alarm OLTBIASHI will be reported. For CFP4,this is the module level threshold.The network lane level threshold is indicated by sfpDiagRSSIExtBiasAlmHigh. 'Not Available' is shown when the measurement could not be obtained,If the specified SFP cage is empty or if RSSI is not enabled and no profile assigned. 'Not Supported' is shown when the matching profile is not found. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NA RANGE: NA DEFVALUE: NA UNITS: NA SPARSE: NA DESCR: NA

OBJECT-TYPE

this object indicates the threshold for OLTBIASLOWARN. when bias is less than this value, then alarm OLTBIASLOWARN will be reported. For CFP4,this is the module level threshold.The network lane level threshold is indicated by sfpDiagRSSIExtBiasWarnLow. 'Not Available' is shown when the measurement could not be obtained,If the specified SFP cage is empty or if RSSI is not enabled and no profile assigned. 'Not Supported' is shown when the matching profile is not found. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NA RANGE: NA DEFVALUE: NA UNITS: NA SPARSE: NA DESCR: NA

OBJECT-TYPE

this object indicates the threshold for OLTBIASHIWARN. when bias is larger than this value, then alarm OLTBIASHIWARN will be reported. For CFP4,this is the module level threshold.The network lane level threshold is indicated by sfpDiagRSSIExtBiasWarnHigh. 'Not Available' is shown when the measurement could not be obtained,If the specified SFP cage is empty or if RSSI is not enabled and no profile assigned. 'Not Supported' is shown when the matching profile is not found. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NA RANGE: NA DEFVALUE: NA UNITS: NA SPARSE: NA DESCR: NA

OBJECT-TYPE

this object indicates the threshold for OLTVOLLO. when voltage is less than this value, then alarm OLTVOLLO will be reported. 'Not Available' is shown when the measurement could not be obtained,If the specified SFP cage is empty or if RSSI is not enabled and no profile assigned. 'Not Supported' is shown when the matching profile is not found. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NA RANGE: NA DEFVALUE: NA UNITS: NA SPARSE: NA DESCR: NA

OBJECT-TYPE

this object indicates the threshold for OLTVOLHI. when voltage is larger than this value, then alarm OLTVOLHI will be reported. 'Not Available' is shown when the measurement could not be obtained,If the specified SFP cage is empty or if RSSI is not enabled and no profile assigned. 'Not Supported' is shown when the matching profile is not found. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NA RANGE: NA DEFVALUE: NA UNITS: NA SPARSE: NA DESCR: NA

OBJECT-TYPE

this object indicates the threshold for OLTVOLLOWARN. when voltage is less than this value, then alarm OLTVOLLOWARN will be reported. 'Not Available' is shown when the measurement could not be obtained,If the specified SFP cage is empty or if RSSI is not enabled and no profile assigned. 'Not Supported' is shown when the matching profile is not found. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NA RANGE: NA DEFVALUE: NA UNITS: NA SPARSE: NA DESCR: NA

OBJECT-TYPE

this object indicates the threshold for OLTVOLHIWARN. when voltage is larger than this value, then alarm OLTVOLHIWARN will be reported. 'Not Available' is shown when the measurement could not be obtained,If the specified SFP cage is empty or if RSSI is not enabled and no profile assigned. 'Not Supported' is shown when the matching profile is not found. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NA RANGE: NA DEFVALUE: NA UNITS: NA SPARSE: NA DESCR: NA

OBJECT-TYPE

this object indicates the threshold for alarm OLTRXPWLO. if RX power is less than this value, then alarm OLTRXPWLO will be reported. Applicable only for 10G EPON SFPs,Shown as 'Not Applicable' for others. For EPON SFPs 'Not Available' is shown when the measurement could not be obtained,If the specified SFP cage is empty or if RSSI is not enabled and no profile assigned. 'Not Supported' is shown when the matching profile is not found. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NA RANGE: NA DEFVALUE: 0 UNITS: NA SPARSE: NA DESCR: NA

OBJECT-TYPE

this object indicates the threshold for OLTRXPWHI. When RX power is larger than this value,then alarm OLTRXPWHI will be reported. Applicable only for 10G EPON SFPs,Shown as 'Not Applicable' for others. For EPON SFPs 'Not Available' is shown when the measurement could not be obtained,If the specified SFP cage is empty or if RSSI is not enabled and no profile assigned. 'Not Supported' is shown when the matching profile is not found. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NA RANGE: NA DEFVALUE: NA UNITS: NA SPARSE: NA DESCR: NA

OBJECT-TYPE

this object indicates the threshold for OLTRXPWLOWARN. When Rx power is less than this value,alarm OLTRXPWLOWARN will be reported. Applicable only for 10G EPON SFPs,Shown as 'Not Applicable' for others. For EPON SFPs 'Not Available' is shown when the measurement could not be obtained,If the specified SFP cage is empty or if RSSI is not enabled and no profile assigned. 'Not Supported' is shown when the matching profile is not found. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NA RANGE: NA DEFVALUE: NA UNITS: NA SPARSE: NA DESCR: NA

OBJECT-TYPE

this object indicates the threshold for OLTRXPWHIWARN. When Rx power is larger than this value,alarm OLTRXPWHIWARN will be reported. Applicable only for 10G EPON SFPs,Shown as 'Not Applicable' for others. For EPON SFPs 'Not Available' is shown when the measurement could not be obtained,If the specified SFP cage is empty or if RSSI is not enabled and no profile assigned. 'Not Supported' is shown when the matching profile is not found. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NA RANGE: NA DEFVALUE: NA UNITS: NA SPARSE: NA DESCR: NA

OBJECT-TYPE

this object indicates the threshold for EXTOLTTXPWLO. When Tx power is less than this value,alarm EXTOLTTXPWLO will be reported. Applicable only for 10G EPON SFPs,Shown as 'Not Applicable' for others. For EPON SFPs 'Not Available' is shown when the measurement could not be obtained,If the specified SFP cage is empty or if RSSI is not enabled and no profile assigned. 'Not Supported' is shown when the matching profile is not found. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NA RANGE: NA DEFVALUE: NA UNITS: NA SPARSE: NA DESCR: NA

OBJECT-TYPE

this object indicates the threshold for EXTOLTTXPWHI. When Tx power is larger than this value,alarm EXTOLTTXPWHI will be reported. Applicable only for 10G EPON SFPs,Shown as 'Not Applicable' for others. For EPON SFPs 'Not Available' is shown when the measurement could not be obtained,If the specified SFP cage is empty or if RSSI is not enabled and no profile assigned. 'Not Supported' is shown when the matching profile is not found. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NA RANGE: NA DEFVALUE: NA UNITS: NA SPARSE: NA DESCR: NA

OBJECT-TYPE

this object indicates the threshold for EXTOLTTXPWLOWARN. When Tx power is less than this value,alarm EXTOLTTXPWLOWARN will be reported. Applicable only for 10G EPON SFPs,Shown as 'Not Applicable' for others. For EPON SFPs 'Not Available' is shown when the measurement could not be obtained,If the specified SFP cage is empty or if RSSI is not enabled and no profile assigned. 'Not Supported' is shown when the matching profile is not found. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NA RANGE: NA DEFVALUE: NA UNITS: NA SPARSE: NA DESCR: NA

OBJECT-TYPE

this object indicates the threshold for EXTOLTTXPWHIWARN. When Tx power is larger than this value,alarm EXTOLTTXPWHIWARN will be reported. Applicable only for 10G EPON SFPs,Shown as 'Not Applicable' for others. For EPON SFPs 'Not Available' is shown when the measurement could not be obtained,If the specified SFP cage is empty or if RSSI is not enabled and no profile assigned. 'Not Supported' is shown when the matching profile is not found. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NA RANGE: NA DEFVALUE: NA UNITS: NA SPARSE: NA DESCR: NA

OBJECT-TYPE

For 10G EPON SFPs,this object indicates the threshold for EXTOLTBIASLO. when bias is less than this value, then alarm EXTOLTBIASLO will be reported. For CFP4, this object indicates the threshold for OLTBIASLO.When any network lane's bias is less than this value, then alarm OLTBIASLO will be reported. For CFP4,this is the network lane level threshold.The module level threshold is indicated by sfpDiagRSSIBiasAlmLow. Applicable for 10G EPON SFPs and CFP4,Shown as 'Not Applicable' for others. For EPON SFPs and CFP4 'Not Available' is shown when the measurement could not be obtained,If the specified SFP cage is empty or if RSSI is not enabled and no profile assigned. 'Not Supported' is shown when the matching profile is not found. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NA RANGE: NA DEFVALUE: NA UNITS: NA SPARSE: NA DESCR: NA

OBJECT-TYPE

For 10G EPON SFPs,this object indicates the threshold for EXTOLTBIASHI. when bias is larger than this value, then alarm EXTOLTBIASHI will be reported. For CFP4, this object indicates the threshold for OLTBIASHI.When any network lane's bias is larger than this value, then alarm OLTBIASHI will be reported. For CFP4,this is the network lane level threshold.The module level threshold is indicated by sfpDiagRSSIBiasAlmHigh. Applicable for 10G EPON SFPs and CFP4,Shown as 'Not Applicable' for others. For EPON SFPs and CFP4 'Not Available' is shown when the measurement could not be obtained,If the specified SFP cage is empty or if RSSI is not enabled and no profile assigned. 'Not Supported' is shown when the matching profile is not found. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NA RANGE: NA DEFVALUE: NA UNITS: NA SPARSE: NA DESCR: NA

OBJECT-TYPE

For 10G EPON SFPs,this object indicates the threshold for EXTOLTBIASLOWARN. when bias is less than this value,then alarm EXTOLTBIASLOWARN will be reported. For CFP4, this object indicates the threshold for OLTBIASLOWARN.When any network lane's bias is less than this value, then alarm OLTBIASLOWARN will be reported. For CFP4,this is the network lane level threshold.The module level threshold is indicated by sfpDiagRSSIBiasWarnLow. Applicable for 10G EPON SFPs and CFP4,Shown as 'Not Applicable' for others. For EPON SFPs and CFP4 'Not Available' is shown when the measurement could not be obtained,If the specified SFP cage is empty or if RSSI is not enabled and no profile assigned. 'Not Supported' is shown when the matching profile is not found. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NA RANGE: NA DEFVALUE: NA UNITS: NA SPARSE: NA DESCR: NA

OBJECT-TYPE

For 10G EPON SFPs,this object indicates the threshold for EXTOLTBIASHIWARN. when bias is larger than this value,then alarm EXTOLTBIASHIWARN will be reported. For CFP4, this object indicates the threshold for OLTBIASHIWARN.When any network lane's bias is larger than this value, then alarm OLTBIASHIWARN will be reported. For CFP4,this is the network lane level threshold.The module level threshold is indicated by sfpDiagRSSIBiasWarnHigh. Applicable for 10G EPON SFPs and CFP4,Shown as 'Not Applicable' for others. For EPON SFPs and CFP4 'Not Available' is shown when the measurement could not be obtained,If the specified SFP cage is empty or if RSSI is not enabled and no profile assigned. 'Not Supported' is shown when the matching profile is not found. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NA RANGE: NA DEFVALUE: NA UNITS: NA SPARSE: NA DESCR: NA

OBJECT-TYPE

This object indicates the laser temperature low alarm threshold of network lane for CFP4. When any network lane's laser temperature of CFP4 is less than this value,then alarm OLTTEMPLO will be reported. The module level threshold is indicated by sfpDiagRSSITemperatureAlmLow. Applicable only for CFP4,Shown as 'Not Applicable' for others. 'Not Supported' is shown when the matching profile is not found. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NA RANGE: NA DEFVALUE: NA UNITS: NA SPARSE: NA DESCR: NA

OBJECT-TYPE

This object indicates the laser temperature high alarm threshold of network lanefor CFP4. When any network lane's laser temperature of CFP4 is larger than this value,then alarm OLTTEMPHI will be reported. The module level threshold is indicated by sfpDiagRSSITemperatureAlmHigh. Applicable only for CFP4,Shown as 'Not Applicable' for others. 'Not Supported' is shown when the matching profile is not found. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NA RANGE: NA DEFVALUE: NA UNITS: NA SPARSE: NA DESCR: NA

OBJECT-TYPE

This object indicates the laser temperature low warning threshold of network lane for CFP4. When any network lane's laser temperature of CFP4 is less than this value,then alarm OLTTEMPLOWARN will be reported. The module level threshold is indicated by sfpDiagRSSITemperatureWarnLow. Applicable only for CFP4,Shown as 'Not Applicable' for others. 'Not Supported' is shown when the matching profile is not found. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NA RANGE: NA DEFVALUE: NA UNITS: NA SPARSE: NA DESCR: NA

OBJECT-TYPE

This object indicates the laser temperature high warning threshold of network lane for CFP4. When any network lane's laser temperature of CFP4 is larger than this value,then alarm OLTTEMPHIWARN will be reported. The module level threshold is indicated by sfpDiagRSSITemperatureWarnHigh. Applicable only for CFP4,Shown as 'Not Applicable' for others. 'Not Supported' is shown when the matching profile is not found. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NA RANGE: NA DEFVALUE: NA UNITS: NA SPARSE: NA DESCR: NA

OBJECT-TYPE

The primary purpose of this read-only table: allow the SNMP manager to read read-only EEPROM contents from EEPROM of SFP Details are documented with the individual objects. The following table size field is set to 'not applicable', since it does not make sense for the SNMP manager to cache the values in this table. The values will be different each time they are read from agent. ALCATEL NOTE: TABLESIZE: NA DESCR: NA

OBJECT-TYPE

The index for the sfpInventoryTable identifies an SFP cage using two fields: the logicalSlotId of the card associated with the SFP cage (normally the card with the cages on its faceplate), and the SFP cage number.

OBJECT-TYPE

This is the first index of the sfpInventoryTable. Normally, this object contains the Logical Slot ID (as defined in the Equipment MIB) of the card which has the SFP cage of interest on its faceplate. If that card does not have a Logical Slot ID, the Logical Slot ID of a related card is used. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NO RANGE: 1..65535 DEFVALUE: NA UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

This is the second index of the sfpInventoryTable. It is the number of the SFP cage, as shown on the card faceplate. If the faceplate cage number is zero, sfpInvFaceplateNumber=0 is used (i.e. zero is not a special case). For an SFP cage, it is the faceplate number of the SFP cage (e.g. 1). For an SFP+/XFP cage, it is 256 + the faceplate number of the XFP cage. For example, if the SFP+/XFP cage has faceplate label X1, sfpInvFaceplateNumber = 257. For an QSFP cage, it is 512 + the faceplate number of the QSFP cage. For example, if the QSFP cage has faceplate label Q1, sfpInvFaceplateNumber = 513. For a CFP4 cage, it is 768 + the faceplate number of the CFP4 cage. For example, if the CFP4 cage has faceplate label C1, sfpInvFaceplateNumber = 769. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NO RANGE: 0..769 DEFVALUE: NA UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

A column in the sfpInventoryTable, with the following code points. noError - valid values for all objects in this row (e.g. sfpDiagRxPower) were obtained from the SFP in the specified cage. cageEmpty - the specified SFP cage does not contain an SFP. All subsequent values in the row have notAvailable or 'Not Available' values. cageDoesNotSupportA2 - the specified SFP cage does not support access to the SFP A2 bank (e.g. because of limitations in FPGA support on the host card). sfpDiagLOS and sfpDiagTxFault have valid values (since they are implemented using external signals, not SFP EEPROM values). a0ReadFailed - the attempt to read the A0 bank of the specified SFP failed. A0 is read to determine if A2 is supported, so no attempt was made to read the A2 information. sfpDiagLOS and sfpDiagTxFault have valid values (since they are implemented using external signals, not SFP EEPROM values). a0ChecksumFailed - the A0 bank of the SFP EEPROM is corrupted. sfpDiagLOS and sfpDiagTxFault have valid values (since they are implemented using external signals, not SFP EEPROM values). sfpDoesNotSupportA2 - the A0 bank of the SFP EEPROM indicates A2 is not supported. sfpDiagLOS and sfpDiagTxFault have valid values (since they are implemented using external signals, not SFP EEPROM values). a2ReadFailed - the attempt to read the A2 bank of the specified SFP failed. sfpDiagLOS and sfpDiagTxFault have valid values (since they are implemented using external signals, not SFP EEPROM values). a2ChecksumFailed - the A2 bank of the SFP EEPROM is corrupted. sfpDiagLOS and sfpDiagTxFault have valid values (since they are implemented using external signals, not SFP EEPROM values). ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NO RANGE: NA DEFVALUE: NA UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

A column in the sfpInventoryTable, containing the fiber type of the specified SFP/SFP+. For XFP, it is always singleMode ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NO RANGE: NA DEFVALUE: NA UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

A column in the sfpInventoryTable, containing the Alcatel-Lucent part number of the specified SFP/SFP+/XFP, encoded into a string. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NO RANGE: NA DEFVALUE: NA UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

A column in the sfpInventoryTable, containing the CLEI code of the specified SFP/SFP+/XFP, encoded into a string. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NO RANGE: NA DEFVALUE: NA UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

A column in the sfpInventoryTable, containing the transmit wavelength of the specified SFP/SFP+/XFP, encoded into a string. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NO RANGE: NA DEFVALUE: NA UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

A column in the sfpInventoryTable, containing the customer specific additional information of the specified SFP/SFP+/XFP, encoded into a string. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NO RANGE: NA DEFVALUE: NA UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

A column in the sfpInventoryTable, containing the manufacturer or vendor name of the specified SFP/SFP+/XFP, encoded into a string. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NO RANGE: NA DEFVALUE: NA UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

A column in the sfpInventoryTable, containing the manufacturer or vendor OUI code of the specified SFP/SFP+/XFP, encoded into a string. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NO RANGE: NA DEFVALUE: NA UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

A column in the sfpInventoryTable, containing the manufacturer or vendor serial number of the specified SFP/SFP+/XFP, encoded into a string. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NO RANGE: NA DEFVALUE: NA UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

A column in the sfpInventoryTable, containing the manufactured date of the specified SFP/SFP+/XFP, encoded into a string. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NO RANGE: NA DEFVALUE: NA UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

indicate basic type of the specified SFP(+)/XFP/QSFP(+). ALCATEL NOTE: ACCESS: NA USAGE: NA PERSIST: NO INSRVMOD: NA RANGE: NA DEFVALUE: NA UNITS: NA SPARSE: NA DESCR: NA

OBJECT-TYPE

This object contains a table for defining RSSI for SFP/XFP/CFP4 by operator, which could be used for all NT/NTIO cards and DSL/GPON/EPON line cards. ALCATEL NOTE: SUPPORT: YES TABLESIZE: DEP

OBJECT-TYPE

An entry in the sfpRSSIProfileTable. Row creation : an entry is created when operator creates SfpRSSI profile. Row deletion : an entry is created when operator deletes SfpRSSI profile. ALCATEL NOTE: SUPPORT: YES

OBJECT-TYPE

This object is the index to the sfpSfpRSSIProfileTable. ALCATEL NOTE: ACCESS: NA USAGE: NA PERSIST: YES INSRVMOD: NO RANGE: NA DEFVALUE: NA UNITS: NA SPARSE: NA

OBJECT-TYPE

The corresponding name for a given profile id. The name corresponding to the ProfileId must also be unique. ALCATEL NOTE: ACCESS: NA USAGE: NA PERSIST: YES INSRVMOD: NO RANGE: NA DEFVALUE: NA UNITS: NA SPARSE: NA

OBJECT-TYPE

Indicates the number of entities using this profile. If the reference count is greater than 0, then this profile is 'in use', and may NOT be deleted. If the value is 0, then this profile is 'not in use', and can be deleted. ALCATEL NOTE: ALCATEL NOTE: ACCESS: NA USAGE: NA PERSIST: NA INSRVMOD: NO RANGE: NA DEFVALUE: NA UNITS: NA SPARSE: NA

OBJECT-TYPE

This object is used to create a new row or delete an row. ALCATEL NOTE: ACCESS: NA usage: MAND persistent: YES INSRVMOD:YES RANGE:1,4,6 DEFVALUE: NA UNITS: NA SPARSE: NA

OBJECT-TYPE

this object indicates the threshold for alarm OLTRXPWLO. if RX power is less than this value, then alarm OLTRXPWLO will be reported. For CFP4, there is no module level 'RxPower' monitor,this is the threshold for network lane. For ONT Profile, 0.5dBm means using ont internal policy. ALCATEL NOTE: ACCESS: NA USAGE: NA PERSIST: YES INSRVMOD: YES RANGE: -127000..8163 DEFVALUE: 0 UNITS: 0.001dBm SPARSE: NA DESCR: NA

OBJECT-TYPE

this object indicates the threshold for OLTRXPWHI. When RX power is larger than this value, then alarm OLTRXPWHI will be reported. For CFP4, there is no module level 'RxPower' monitor,this is the threshold for network lane. For ONT Profile, 0.5dBm means using ont internal policy. ALCATEL NOTE: ACCESS: NA USAGE: NA PERSIST: YES INSRVMOD: YES RANGE: -127000..8163 DEFVALUE: 0 UNITS: 0.001dBm SPARSE: NA DESCR: NA

OBJECT-TYPE

this object indicates the threshold for OLTRXPWLOWARN. When Rx power is less than this value, alarm OLTRXPWLOWARN will be reported. For CFP4, there is no module level 'RxPower' monitor,this is the threshold for network lane. ALCATEL NOTE: ACCESS: NA USAGE: NA PERSIST: NO INSRVMOD: NA RANGE: -127000..8163 DEFVALUE: 0 UNITS: 0.001dBm SPARSE: NA DESCR: NA

OBJECT-TYPE

this object indicates the threshold for OLTRXPWHIWARN. When Rx power is larger than this value, alarm OLTRXPWHIWARN will be reported. For CFP4, there is no module level 'RxPower' monitor,this is the threshold for network lane. ALCATEL NOTE: ACCESS: NA USAGE: NA PERSIST: YES INSRVMOD: YES RANGE: -127000..8163 DEFVALUE: 0 UNITS: 0.001dBm SPARSE: NA DESCR: NA

OBJECT-TYPE

this object indicates the threshold for OLTTXPWLO. When Tx power is less than this value, alarm OLTTXPWLO will be reported. For CFP4, there is no module level 'TxPower' monitor,this is the threshold for network lane. For ONT Profile, -63.5dBm means using ONT internal policy. ALCATEL NOTE: ACCESS: NA USAGE: NA PERSIST: YES INSRVMOD: YES RANGE: -63500..63500 DEFVALUE: 0 UNITS: 0.001dBm SPARSE: NA DESCR: NA

OBJECT-TYPE

this object indicates the threshold for OLTTXPWHI. When Tx power is larger than this value, alarm OLTTXPWHI will be reported. For CFP4, there is no module level 'TxPower' monitor,this is the threshold for network lane. ALCATEL NOTE: ACCESS: NA USAGE: NA PERSIST: YES INSRVMOD: YES RANGE: -63500..63500 DEFVALUE: 0 UNITS: 0.001dBm SPARSE: NA DESCR: NA

OBJECT-TYPE

this object indicates the threshold for OLTTXPWLOWARN. When Tx power is less than this value, alarm OLTTXPWLOWARN will be reported. For CFP4, there is no module level 'TxPower' monitor,this is the threshold for network lane. ALCATEL NOTE: ACCESS: NA USAGE: NA PERSIST: YES INSRVMOD: YES RANGE: -63500..63500 DEFVALUE: 0 UNITS: 0.001dBm SPARSE: NA DESCR: NA

OBJECT-TYPE

this object indicates the threshold for OLTTXPWHIWARN. When Tx power is larger than this value, alarm OLTTXPWHIWARN will be reported. For CFP4, there is no module level 'TxPower' monitor,this is the threshold for network lane. ALCATEL NOTE: ACCESS: NA USAGE: NA PERSIST: YES INSRVMOD: YES RANGE: -63500..63500 DEFVALUE: 0 UNITS: 0.001dBm SPARSE: NA DESCR: NA

OBJECT-TYPE

this object indicates the threshold for OLTTEMPLO. when temperature is less than this value, then alarm OLTTEMPLO will be reported. For CFP4, this is the module level threshold.The network lane level threshold is indicated by sfpRSSIExtTemperatureAlmLow. ALCATEL NOTE: ACCESS: NA USAGE: NA PERSIST: YES INSRVMOD: YES RANGE: -32768..32768 DEFVALUE: 0 UNITS: 1/256 Celsius SPARSE: NA DESCR: NA

OBJECT-TYPE

this object indicates the threshold for OLTTEMPHI. When temperature is larger than this value, alarm OLTTEMPHI will be reported. For CFP4, this is the module level threshold.The network lane level threshold is indicated by sfpRSSIExtTemperatureAlmHigh. ALCATEL NOTE: ACCESS: NA USAGE: NA PERSIST: YES INSRVMOD: YES RANGE: -32768..32768 DEFVALUE: 0 UNITS: 1/256 Celsius SPARSE: NA DESCR: NA

OBJECT-TYPE

this object indicates the threshold for OLTTEMPLOWARN. when temperature is less than this value, then alarm OLTTEMPLOWARN will be reported. For CFP4, this is the module level threshold.The network lane level threshold is indicated by sfpRSSIExtTemperatureWarnLow. ALCATEL NOTE: ACCESS: NA USAGE: NA PERSIST: YES INSRVMOD: YES RANGE: -32768..32768 DEFVALUE: 0 UNITS: 1/256 Celsius SPARSE: NA DESCR: NA

OBJECT-TYPE

this object indicates the threshold for OLTTEMPHIWARN. When temperature is larger than this value, alarm OLTTEMPHIWARN will be reported. For CFP4, this is the module level threshold.The network lane level threshold is indicated by sfpRSSIExtTemperatureWarnHigh ALCATEL NOTE: ACCESS: NA USAGE: NA PERSIST: YES INSRVMOD: YES RANGE: -32768..32768 DEFVALUE: 0 UNITS: 1/256 Celsius SPARSE: NA DESCR: NA

OBJECT-TYPE

this object indicates the threshold for OLTBIASLO. when bias is less than this value, then alarm OLTBIASLO will be reported. For CFP4, this is the module level threshold.The network lane level threshold is indicated by sfpRSSIExtBiasAlmLow. ALCATEL NOTE: ACCESS: NA USAGE: NA PERSIST: YES INSRVMOD: YES RANGE: 0..131000 DEFVALUE: 0 UNITS: 2uA SPARSE: NA DESCR: NA

OBJECT-TYPE

this object indicates the threshold for OLTBIASHI. when bias is larger than this value, then alarm OLTBIASHI will be reported. For CFP4, this is the module level threshold.The network lane level threshold is indicated by sfpRSSIExtBiasAlmHigh. ALCATEL NOTE: ACCESS: NA USAGE: NA PERSIST: YES INSRVMOD: YES RANGE: 0..131000 DEFVALUE: 0 UNITS: 2uA SPARSE: NA DESCR: NA

OBJECT-TYPE

this object indicates the threshold for OLTBIASLOWARN. when bias is less than this value, then alarm OLTBIASLOWARN will be reported. For CFP4, this is the module level threshold.The network lane level threshold is indicated by sfpRSSIExtBiasWarnLow. ALCATEL NOTE: ACCESS: NA USAGE: NA PERSIST: YES INSRVMOD: YES RANGE: 0..131000 DEFVALUE: 0 UNITS: 2uA SPARSE: NA DESCR: NA

OBJECT-TYPE

this object indicates the threshold for OLTBIASHIWARN. when bias is larger than this value, then alarm OLTBIASHIWARN will be reported. For CFP4, this is the module level threshold.The network lane level threshold is indicated by sfpRSSIExtBiasWarnHigh. ALCATEL NOTE: ACCESS: NA USAGE: NA PERSIST: YES INSRVMOD: YES RANGE: 0..131000 DEFVALUE: 0 UNITS: 2uA SPARSE: NA DESCR: NA

OBJECT-TYPE

this object indicates the threshold for OLTVOLLO. when voltage is less than this value, then alarm OLTVOLLO will be reported. ALCATEL NOTE: ACCESS: NA USAGE: NA PERSIST: YES INSRVMOD: YES RANGE: 0..65500 DEFVALUE: 0 UNITS: 100uV SPARSE: NA DESCR: NA

OBJECT-TYPE

this object indicates the threshold for OLTVOLHI. when voltage is larger than this value, then alarm OLTVOLHI will be reported. ALCATEL NOTE: ACCESS: NA USAGE: NA PERSIST: YES INSRVMOD: YES RANGE: 0..65500 DEFVALUE: 0 UNITS: 100uV SPARSE: NA DESCR: NA

OBJECT-TYPE

this object indicates the threshold for OLTVOLLOWARN. when voltage is less than this value, then alarm OLTVOLLOWARN will be reported. ALCATEL NOTE: ACCESS: NA USAGE: NA PERSIST: YES INSRVMOD: YES RANGE: 0..65500 DEFVALUE: 0 UNITS: 100uV SPARSE: NA DESCR: NA

OBJECT-TYPE

this object indicates the threshold for OLTVOLHIWARN. when voltage is larger than this value, then alarm OLTVOLHIWARN will be reported. ALCATEL NOTE: ACCESS: NA USAGE: NA PERSIST: YES INSRVMOD: YES RANGE: 0..65500 DEFVALUE: 0 UNITS: 100uV SPARSE: NA DESCR: NA

OBJECT-TYPE

this object indicates the threshold for alarm OLTRXPWLO. if RX power is less than this value, then alarm OLTRXPWLO will be reported. ALCATEL NOTE: ACCESS: NA USAGE: NA PERSIST: YES INSRVMOD: YES RANGE: -127000..8163 DEFVALUE: 0 UNITS: 0.001dBm SPARSE: NA DESCR: NA

OBJECT-TYPE

this object indicates the threshold for OLTRXPWHI. When RX power is larger than this value, then alarm OLTRXPWHI will be reported. ALCATEL NOTE: ACCESS: NA USAGE: NA PERSIST: YES INSRVMOD: YES RANGE: -127000..8163 DEFVALUE: 0 UNITS: 0.001dBm SPARSE: NA DESCR: NA

OBJECT-TYPE

this object indicates the threshold for OLTRXPWLOWARN. When Rx power is less than this value, alarm OLTRXPWLOWARN will be reported. ALCATEL NOTE: ACCESS: NA USAGE: NA PERSIST: YES INSRVMOD: YES RANGE: -127000..8163 DEFVALUE: 0 UNITS: 0.001dBm SPARSE: NA DESCR: NA

OBJECT-TYPE

this object indicates the threshold for OLTRXPWHIWARN. When Rx power is larger than this value, alarm OLTRXPWHIWARN will be reported. ALCATEL NOTE: ACCESS: NA USAGE: NA PERSIST: YES INSRVMOD: YES RANGE: -127000..8163 DEFVALUE: 0 UNITS: 0.001dBm SPARSE: NA DESCR: NA

OBJECT-TYPE

this object indicates the threshold for EXTOLTTXPWLO. When Tx power is less than this value, alarm EXTOLTTXPWLO will be reported. ALCATEL NOTE: ACCESS: NA USAGE: NA PERSIST: YES INSRVMOD: YES RANGE: -63500..63500 DEFVALUE: 0 UNITS: 0.001dBm SPARSE: NA DESCR: NA

OBJECT-TYPE

this object indicates the threshold for EXTOLTTXPWHI. When Tx power is larger than this value, alarm EXTOLTTXPWHI will be reported. ALCATEL NOTE: ACCESS: NA USAGE: NA PERSIST: YES INSRVMOD: YES RANGE: -63500..63500 DEFVALUE: 0 UNITS: 0.001dBm SPARSE: NA DESCR: NA

OBJECT-TYPE

this object indicates the threshold for EXTOLTTXPWLOWARN. When Tx power is less than this value, alarm EXTOLTTXPWLOWARN will be reported. ALCATEL NOTE: ACCESS: NA USAGE: NA PERSIST: YES INSRVMOD: YES RANGE: -63500..63500 DEFVALUE: 0 UNITS: 0.001dBm SPARSE: NA DESCR: NA

OBJECT-TYPE

this object indicates the threshold for EXTOLTTXPWHIWARN. When Tx power is larger than this value, alarm EXTOLTTXPWHIWARN will be reported. ALCATEL NOTE: ACCESS: NA USAGE: NA PERSIST: YES INSRVMOD: YES RANGE: -63500..63500 DEFVALUE: 0 UNITS: 0.001dBm SPARSE: NA DESCR: NA

OBJECT-TYPE

For 10G EPON SFPs,this object indicates the threshold for EXTOLTBIASLO. when bias is less than this value, then alarm EXTOLTBIASLO will be reported. For CFP4,this object indicates the threshold of network lane for OLTBIASLO,when laser bias of network lane is less than this value,alarm OLTBIASLO will be reported. ALCATEL NOTE: ACCESS: NA USAGE: NA PERSIST: YES INSRVMOD: YES RANGE: 0..131000 DEFVALUE: 0 UNITS: 2uA SPARSE: NA DESCR: NA

OBJECT-TYPE

For 10G EPON SFPs,this object indicates the threshold for EXTOLTBIASHI. when bias is larger than this value, then alarm EXTOLTBIASHI will be reported. For CFP4,this object indicates the threshold of network lane for OLTBIASHI,when laser bias of network lane is larger than this value,alarm OLTBIASHI will be reported. ALCATEL NOTE: ACCESS: NA USAGE: NA PERSIST: YES INSRVMOD: YES RANGE: 0..131000 DEFVALUE: 0 UNITS: 2uA SPARSE: NA DESCR: NA

OBJECT-TYPE

For 10G EPON SFPs,this object indicates the threshold for EXTOLTBIASLOWARN. when bias is less than this value, then alarm EXTOLTBIASLOWARN will be reported. For CFP4,this object indicates the threshold of network lane for OLTBIASLOWARN,when laser bias of network lane is less than this value,alarm OLTBIASLOWARN will be reported. ALCATEL NOTE: ACCESS: NA USAGE: NA PERSIST: YES INSRVMOD: YES RANGE: 0..131000 DEFVALUE: 0 UNITS: 2uA SPARSE: NA DESCR: NA

OBJECT-TYPE

For 10G EPON SFPs,this object indicates the threshold for EXTOLTBIASHIWARN. when bias is larger than this value, then alarm EXTOLTBIASHIWARN will be reported. For CFP4,this object indicates the threshold of network lane for OLTBIASHIWARN,when laser bias of network lane is larger than this value,alarm OLTBIASHIWARN will be reported. ALCATEL NOTE: ACCESS: NA USAGE: NA PERSIST: YES INSRVMOD: YES RANGE: 0..131000 DEFVALUE: 0 UNITS: 2uA SPARSE: NA DESCR: NA

OBJECT-TYPE

RSSI profile type

OBJECT-TYPE

This object indicates the laser temperature low alarm threshold of network lane for CFP4. When any network lane's laser temperature of CFP4 is less than this value,alarm OLTTEMPLO will be reported. ALCATEL NOTE: ACCESS: NA USAGE: NA PERSIST: YES INSRVMOD: YES RANGE: -32768..32768 DEFVALUE: 0 UNITS: 1/256 Celsius SPARSE: NA DESCR: NA

OBJECT-TYPE

This object indicates the laser temperature high alarm threshold of network lane for CFP4. When any network lane's laser temperature of CFP4 is large than this value,alarm OLTTEMPHI will be reported. ALCATEL NOTE: ACCESS: NA USAGE: NA PERSIST: YES INSRVMOD: YES RANGE: -32768..32768 DEFVALUE: 0 UNITS: 1/256 Celsius SPARSE: NA DESCR: NA

OBJECT-TYPE

This object indicates the laser temperature low warning threshold of network lane for CFP4. When any network lane's laser temperature of CFP4 is less than this value,alarm OLTTEMPLOWARN will be reported. ALCATEL NOTE: ACCESS: NA USAGE: NA PERSIST: YES INSRVMOD: YES RANGE: -32768..32768 DEFVALUE: 0 UNITS: 1/256 Celsius SPARSE: NA DESCR: NA

OBJECT-TYPE

This object indicates the laser temperature high warning threshold of network lane for CFP4. When any network lane's laser temperature of CFP4 is large than this value,alarm OLTTEMPHIWARN will be reported. ALCATEL NOTE: ACCESS: NA USAGE: NA PERSIST: YES INSRVMOD: YES RANGE: -32768..32768 DEFVALUE: 0 UNITS: 1/256 Celsius SPARSE: NA DESCR: NA

OBJECT-TYPE

This object contains an appropriate value to be used for sfpRSSIProfileIndex when creating entries in the sfpRSSIProfileTable. The value 0 indicates that no unassigned entries are available. To obtain the next index value for a new entry, the manager issues a management protocol retrieval operation to obtain the current value of this object. After each retrieval, the agent should modify the value to the next unassigned index. ALCATEL NOTE: ACCESS: NA usage: NA persistent: NA INSRVMOD:NA RANGE:NA DEFVALUE: NA UNITS: NA SPARSE: NA

OBJECT-TYPE

This object represents the maximum number of sfpRSSIProfiles that can be created. The object sfpRSSIProfileMaxIndex will have values ranging from 0 to the value represented by this object. ALCATEL NOTE: ACCESS: NA usage: NA persistent: NA INSRVMOD:NA RANGE:NA DEFVALUE: NA UNITS: NA SPARSE: NA

OBJECT-TYPE

This table contains the 2E1/DS1 SFP Clock configuration information. ALCATEL NOTE: TABLESIZE: 10

OBJECT-TYPE

Each entry consists of a list of 2E1/DS1 SFP general configuration parameters.

OBJECT-TYPE

This is the first index of the dsx1ClockConfig Table. Normally, this object contains the Logical Slot ID (as defined in the Equipment MIB) of the card which has the SFP cage of interest on its faceplate. If that card does not have a Logical Slot ID, the Logical Slot ID of a related card is used. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NO RANGE: 1..65535 DEFVALUE: NA UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

This is the second index of the dsx1ClockConfigTable. It is the number of the SFP cage, as shown on the card faceplate. If the faceplate cage number is zero, sfpDiagSfpFaceplateNumber=0 is used (i.e. zero is not a special case). For an SFP cage, it is the faceplate number of the SFP cage (e.g. 1). For an XFP cage, it is 256 + (the faceplate number of the XFP cage). For example 257. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NO RANGE: 0..511 DEFVALUE: NA UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

Select as sync source between clock recovered from Serdes or Tributary clock. ALCATEL NOTE: ACCESS: RW USAGE: NA PERSIST: YES INSRVMOD: NA RANGE: 1..3 DEFVALUE: 3 UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

Enable degrade alarm on los pin. ALCATEL NOTE: ACCESS: RW USAGE: NA PERSIST: YES INSRVMOD: NA RANGE: 1 DEFVALUE: 1 UNITS: NA SPARSE: NO DESCR: Only Default value enable allowed in R4.4x

OBJECT-TYPE

noSoftwareReset (default value), this is the value that is returned when read the attribute. softwareReset, this is the value that can be set by the manager. This value will trigger a software reset. . ALCATEL NOTE: ACCESS: RW USAGE: NA PERSIST: YES INSRVMOD: NA RANGE: 1 DEFVALUE: 1 UNITS: NA SPARSE: NO DESCR: Only Default value allowed in R4.4x

OBJECT-TYPE

serdesFailAlarm (1):Failure of the SERDES clock alarm (active high) tributary1FailAlarm (2): Failure alarm: the tributary 1 clock is not present (active high) tributary2FailAlarm (4):Failure alarm: the tributary 2 clock is not present (active high) tributaryFailAlarm (8):Sync fail alarm: all the selected tribs in LOS aisSyncFail(16):Sync fail alarm: AIS (Alarm Indication signal) on the tributary selected as sync source(active high) lofSyncFail(32):Sync fail alarm: LOF(loss of Framing) on the tributary selected as sync source(active high) losSyncFail(64):Sync fail alarm: LOS (loss of signal) on the tributary selected as sync source(active high) degradeAlarm(128): Alarm state bitmap. bit 0: high value indicates serdesFailAlarm bit 1: high value indicates tributary1FailAlarm bit 2: high value indicates tributary2FailAlarm bit 3: high value indicates tributaryFailAlarm bit 4: high value indicates AIS SyncFail bit 5: high value indicates LOF SyncFail bit 6: high value indicates lOS SyncFail bit 7: high value indicates degradeAlarm ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NA RANGE: NA DEFVALUE: NA UNITS: NA SPARSE: NO DESCR: Not Supported

OBJECT-TYPE

SEL_LOC_OR_SRC. Control signal to select the VTCXO control signal (PWM) between DPLL output and a ~4MHZ square wave signal generated dividing the same system clock. 0 Square wave generated from system clock. 1 Control signal from PLL(Phase locked loop). ALCATEL NOTE: ACCESS: RW USAGE: NA PERSIST: YES INSRVMOD: NA RANGE: 0,1 DEFVALUE: 0 UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

CLK_SOURCE_SEL. This bit is used to select between local VTCXO and CLOCK FROM SERDES as synchronization source for the signals: CK_EN-25M and CK-EN-ETSI-ANSI 1 CK-125M-REC 0 CK-125M-LOC ALCATEL NOTE: ACCESS: RW USAGE: NA PERSIST: YES INSRVMOD: NA RANGE: 1 DEFVALUE: 1 UNITS: NA SPARSE: NO DESCR: Only Default value allowed in R4.4x

OBJECT-TYPE

This object is used to create a new row or delete an existing row in this table. The possible valid values are: (1) active (4) createdAndGo (6) destroy To create an entry in this table, this object should be set to CreateAndGo. To delete an entry from this table, RowStatus should be set to Destroy value by the SNMP manager. ALCATEL NOTE: ACCESS: NA USAGE: MAND PERSIST: NO INSRVMOD:NA RANGE:1 | 4 | 6 -- active (1), createAndGo (4), destroy (6) DEFVALUE: NA UNITS: NA SPARSE: NA

OBJECT-TYPE

Clock Configuration state bitmap. bit 0: high value indicates SyncSource Configuration fail bit 1: high value indicates DegradeAlarm Configuration fail bit 2: high value indicates SoftwareReset Configuration fail bit 3: high value indicates ClkControlSignal Configuration fail bit 4: high value indicates ClkSource Configuration fail ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NA RANGE: 0..31 DEFVALUE: NA UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

This table contains the 2E1/DS1 SFP General configuration information. ALCATEL NOTE: TABLESIZE: 11

OBJECT-TYPE

Each entry consists of a list of 2E1/DS1 SFP general configuration parameters. A row entry is created or deleted in this table when the corresponding operation on a row is done in dsx1ClockConfigTable

OBJECT-TYPE

This is the host SFP status. ready (0): notready (1): ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: No INSRVMOD: NA RANGE: 0,1 DEFVALUE: NA UNITS: NA SPARSE: NO DESCR: SFP Ready state

OBJECT-TYPE

ETSI (0): used for ETSI Market for E1 Lines. ANSI (1): used for ANSI Market for T1/DS1 Lines. ALCATEL NOTE: ACCESS: RW USAGE: NA PERSIST: YES INSRVMOD: NA RANGE: 0 DEFVALUE: 0 UNITS: NA SPARSE: NO DESCR: ETSI vs ANSI selection Only etsi value allowed in R4.4x

OBJECT-TYPE

Enable/Disable Tributary1. disable (0): disable Tributary 1. enable (1): enable Tributary 1. ALCATEL NOTE: ACCESS: RW USAGE: NA PERSIST: YES INSRVMOD: NA RANGE: NA DEFVALUE: NA UNITS: NA SPARSE: NO DESCR: Not Supported

OBJECT-TYPE

Enable/Disable Tributary2. disable (0): Disable Tributary 2. enable (1): enable Tributary 0. ALCATEL NOTE: ACCESS: RW USAGE: NA PERSIST: YES INSRVMOD: NA RANGE: NA DEFVALUE: NA UNITS: NA SPARSE: NO DESCR: Not supported

OBJECT-TYPE

disable (0): Disable SERDES device. enable (1): enable SERDES device. ALCATEL NOTE: ACCESS: RW USAGE: NA PERSIST: YES INSRVMOD: NA RANGE: 1 DEFVALUE: 1 UNITS: NA SPARSE: NO DESCR: Only Default value allowed in R4.4x

OBJECT-TYPE

Enable of SERDES device. When held low, the SERDES device enters in an ultralow-power idle state and the transmitter output pins are set to high impedance state . disable (0): Disable SERDES LoopBack. enable (1): enable SERDES LoopBack. ALCATEL NOTE: ACCESS: RW USAGE: NA PERSIST: YES INSRVMOD: NA RANGE: 0,1 DEFVALUE: 0 UNITS: NA SPARSE: NO DESCR: Not Supported When held high the loopback function on the SERDES is enabled, the transmitter serial data is directly routed to the inputs of the receiver.

OBJECT-TYPE

disable (0): SGMII local loopback disable towards CESoP. enable (1): SGMII local loopback enable towards CESoP. ALCATEL NOTE: ACCESS: RW USAGE: NA PERSIST: YES INSRVMOD: NA RANGE: 0,1 DEFVALUE: 0 UNITS: NA SPARSE: NO DESCR: Not Supported

OBJECT-TYPE

disable (0): SGMII remote loopback disable towards serdes. enable (1): SGMII remote loopback enable towards serdes. ALCATEL NOTE: ACCESS: RW USAGE: NA PERSIST: YES INSRVMOD: NA RANGE: 0,1 DEFVALUE: 0 UNITS: NA SPARSE: NO DESCR: Not Supported

OBJECT-TYPE

reset (0): A low level value (for more than 100ns) forces the LIU to reset state. This is the value that can be set by the manager. This value will trigger a LIU reset. noReset (1): This is the value that is returned when read the attribute. ALCATEL NOTE: ACCESS: RW USAGE: NA PERSIST: YES INSRVMOD: NA RANGE: 1 DEFVALUE: 1 UNITS: NA SPARSE: NO DESCR: Only Default value allowed in R4.4x

OBJECT-TYPE

low (0): high (1): A high level value places all transmitter drivers of the LIU in high Impedence state. ALCATEL NOTE: ACCESS: RW USAGE: NA PERSIST: YES INSRVMOD: NA RANGE: 0.1 DEFVALUE: 0 UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

General Configuration state bitmap. bit 0: high value indicates Market Configuration fail bit 1: high value indicates Tributory1 Configuration fail bit 2: high value indicates Tributory2 Configuration fail bit 3: high value indicates SERDES Configuration fail bit 4: high value indicates SERDES local loopback Configuration fail bit 5: high value indicates SGMII local loopback Configuration fail bit 6: high value indicates SGMII remote loopback Configuration fail bit 7: high value indicates LIU Highimpedence Configuration fail ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NA RANGE: 0..255 DEFVALUE: NA UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

This table contains the 2E1/DS1 SFP PW TDM interface configuration information. ALCATEL NOTE: TABLESIZE: 4

OBJECT-TYPE

Each entry consists of a list of 2E1/DS1 SFP TDM Interface parameters. A row entry is created or deleted in this table when the corresponding operation on a row is done in dsx1ClockConfigTable

OBJECT-TYPE

etsi(0): used for ETSI Market for E1 Lines. ansi (1): used for ANSI Market for T1/DS1 Lines. ALCATEL NOTE: ACCESS: RW USAGE: NA PERSIST: YES INSRVMOD: NA RANGE: 0,1 DEFVALUE: 0 UNITS: NA SPARSE: NO DESCR: ETSI vs ANSI selection Only etsi value is allowed in R4.4x

OBJECT-TYPE

Window length measured in unit of 10 ms. Eg. wndow_len = 10 means window is 10*10 = 100ms long ALCATEL NOTE: ACCESS: RW USAGE: NA PERSIST: YES INSRVMOD: NA RANGE: 0..255 DEFVALUE: 10 UNITS: milliseconds SPARSE: NO DESCR: NA

OBJECT-TYPE

Consecutively detected window number. Eg. wndow_num = 20 means if packets lost in consecutive 20 windows, then assert CESalarm (Circuit emulation service alarm); otherwise, deassert CESalarm ALCATEL NOTE: ACCESS: RW USAGE: NA PERSIST: YES INSRVMOD: NA RANGE: 0...255 DEFVALUE: 20 UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

PWTDM Interface Configuration state bitmap. bit 0: high value indicates Market Configuration fail bit 1: high value indicates Window Length Configuration fail bit 2: high value indicates Window Number Configuration fail ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NA RANGE: 0..7 DEFVALUE: NA UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

This table contains the 2E1/DS1 SFP TDMoP pseudowire configuration information. ALCATEL NOTE: TABLESIZE: 19

OBJECT-TYPE

Each entry consists of a list of 2E1/DS1 SFP TDMoP parameters.

OBJECT-TYPE

This is the first index of the dsx1PWTDMConfig Table. Normally, this object contains the Logical Slot ID (as defined in the Equipment MIB) of the card which has the SFP cage of interest on its faceplate. If that card does not have a Logical Slot ID, the Logical Slot ID of a related card is used. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NO RANGE: 1..65535 DEFVALUE: NA UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

This is the second index of the dsx1PWTDMConfig Table. It is the number of the SFP cage, as shown on the card faceplate. If the faceplate cage number is zero, sfpDiagSfpFaceplateNumber=0 is used (i.e. zero is not a special case). For an SFP cage, it is the faceplate number of the SFP cage (e.g. 1). For an XFP cage, it is 256 + (the faceplate number of the XFP cage). For example 257. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NO RANGE: 0..511 DEFVALUE: NA UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

This is the third index of the dsx1PWTDMConfigTable. Normally, this object used to select the tributary selecton (1 or 2 or 3) of the 2xE1/DS1 FPGA where value 1 selects tributary 1, value 2 selects tributary 2 and value 3 selects both the tributories ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NO RANGE: 1,2,3 DEFVALUE: NA UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

Chan_ena 0: close this channel; 1: open this channel ALCATEL NOTE: ACCESS: RW USAGE: NA PERSIST: YES INSRVMOD: NA RANGE: 0,1 DEFVALUE: NA UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

Rtp_present 0: rtp is not present, configure to ACR mode; 1: rtp is present, configure DCR mode ALCATEL NOTE: ACCESS: RW USAGE: NA PERSIST: YES INSRVMOD: NA RANGE: 0,1 DEFVALUE: NA UNITS: NA SPARSE: NO DESCR: this attribute is NOT supported in ISAM R4.4.x

OBJECT-TYPE

Config packet length bits (13:0) ALCATEL NOTE: ACCESS: RW USAGE: NA PERSIST: YES INSRVMOD: NA RANGE: 0...16382 DEFVALUE: NA UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

SA select 2 bits field (TDM2Eth) 00 - Select Source Address 0 01 - Select Source Address 1 10 - Select Source Address 2 11 - Select Source Address 3 ALCATEL NOTE: ACCESS: RW USAGE: NA PERSIST: YES INSRVMOD: NA RANGE: 0...3 DEFVALUE: NA UNITS: NA SPARSE: NO DESCR:This is not supported in the R4.4x Source address pointer is handled internally in the sfp hardware.

OBJECT-TYPE

MAC SA for each tributary ALCATEL NOTE: ACCESS: RW USAGE: NA PERSIST: YES INSRVMOD: NA RANGE: NA DEFVALUE: NA UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

MAC DA for each tributary ALCATEL NOTE: ACCESS: RW USAGE: NA PERSIST: YES INSRVMOD: NA RANGE: NA DEFVALUE: NA UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

802.1p 3 bits field. ALCATEL NOTE: ACCESS: RW USAGE: NA PERSIST: YES INSRVMOD: NA RANGE: 0...7 DEFVALUE: NA UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

Vlan ID. ALCATEL NOTE: ACCESS: RW USAGE: NA PERSIST: YES INSRVMOD: NA RANGE: 0...4095 DEFVALUE: NA UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

ECID (Emulated Circuit Identifer) 20 bit field Eth2Tdm. ALCATEL NOTE: ACCESS: RW USAGE: NA PERSIST: YES INSRVMOD: NA RANGE: 0..1048575 DEFVALUE: NA UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

ECID (Emulated Circuit Identifer) 20 bit field Tdm2Eth. ALCATEL NOTE: ACCESS: RW USAGE: NA PERSIST: YES INSRVMOD: NA RANGE: 0..1048575 DEFVALUE: NA UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

Jitter Buffer Queue size. Actual size + configurable size + 1. Example configuring size of 7 mean buffer size of 8 packets ALCATEL NOTE: ACCESS: RW USAGE: NA PERSIST: YES INSRVMOD: NA RANGE:0..1023 DEFVALUE: NA UNITS: Packets SPARSE: NO DESCR: NA

OBJECT-TYPE

New Sequence number ALCATEL NOTE: ACCESS: RW USAGE: NA PERSIST: YES INSRVMOD: NA RANGE: 0...7 DEFVALUE: NA UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

TDM_clock_strategy. 00: differential mode; 01: loop back mode; 10:reference Node time mode; 11: adaptive mode. ALCATEL NOTE: ACCESS: RW USAGE: NA PERSIST: YES INSRVMOD: NA RANGE: 2 DEFVALUE: 2 UNITS: NA SPARSE: NO DESCR: only referenceNodeTimeMode is supported in R4.4x

OBJECT-TYPE

FPGA software version. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NA RANGE: NA DEFVALUE: NA UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

This object is used to create a new row or delete an existing row in this table. The possible valid values are: (1) active (4) createdAndGo (6) destroy To create an entry in this table, this object should be set to CreateAndGo. To delete an entry from this table, RowStatus should be set to Destroy value by the SNMP manager. ALCATEL NOTE: ACCESS: NA USAGE: MAND PERSIST: NO INSRVMOD:NA RANGE:1 | 4 | 6 -- active (1), createAndGo (4), destroy (6) DEFVALUE: NA UNITS: NA SPARSE: NA

OBJECT-TYPE

PWTDM Configuration state bitmap. bit 0: high value indicates Channel Configuration fail bit 1: high value indicates RTP modeSourceAddress PointerConfiguration fail bit 2: high value indicates Packet length Configuration fail bit 3: high value indicates SourceAddress Pointer Configuration fail bit 4: high value indicates SourceAddress Configuration fail bit 5: high value indicates Destination Address Configuration fail bit 6: high value indicates Priority Configuration fail bit 7: high value indicates vlan index Configuration fail bit 8: high value indicates ECID eth2tdm Configuration fail bit 9: high value indicates ECID tdm2eth Configuration fail bit 10: high value indicates Jitter buffer size Configuration fail bit 11: high value indicates Consequence number Configuration fail bit 12: high value indicates clock Configuration fail ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NA RANGE: 0..8191 DEFVALUE: NA UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

This table contains the 2E1/DS1 SFP Line Interface Unit configuration information. ALCATEL NOTE: TABLESIZE: 4

OBJECT-TYPE

Each entry consists of a list of 2E1/DS1 SFP Line Interface Unit parameters. A row entry is created or deleted in this table when the corresponding operation on a row is done in dsx1PWTDMConfigTable

OBJECT-TYPE

This bit selects the E1 or T1/J1 operation mode globally. 0: E1 mode is selected. 1: T1/J1 mode is selected. Note: After bit T1/E1 is changed: Before accessing any other regisers a delay of 50us is required to allow the internal clocking to be settled. ALCATEL NOTE: ACCESS: RW USAGE: NA PERSIST: YES INSRVMOD: NA RANGE: 0,1 DEFVALUE: 0 UNITS: NA SPARSE: NO DESCR: E1 Mode alone allowed in R4.4x

OBJECT-TYPE

0: Receive equalizer off (short haul receiver) 1: Receive equalizer on (long haul receiver) ALCATEL NOTE: ACCESS: RW USAGE: NA PERSIST: YES INSRVMOD: NA RANGE: 0,1 DEFVALUE: 0 UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

These bits select the transmit template/LBO for short-haul/long-haul applications. value T1/E1/J1 TCLK Cable Cable range/ Allowable Cable impedance LBO loss 0001 E1 2.048 MHz 75 O - 0-43 dB 0010 E1 2.048 MHz 120 O - 0-43 dB 0011 DSX1 1.544 MHz 100 O 0-133 ft 0-0.6 dB 0100 DSX1 1.544 MHz 100 O 133-266 ft 0.6-1.2 dB 0101 DSX1 1.544 MHz 100 O 266-399 ft 1.2-1.8 dB 0110 DSX1 1.544 MHz 100 O 399-533 ft 1.8-2.4 dB 0111 DSX1 1.544 MHz 100 O 533-655 ft 2.4-3.0 dB 1000 J1 1.544 MHz 110 O 0-655 ft 0-3.0 dB 1001 DS1 1.544 MHz 100 O 0 dB LBO 0-36 dB 1010 DS1 1.544 MHz 100 O -7.5 dB LBO 0-28.5 dB 1011 DS1 1.544 MHz 100 O -15.0 dB LBO 0-21 dB 1100 DS1 1.544 MHz 100 O 22.5 dB LBO 0-13.5 dB ALCATEL NOTE: ACCESS: RW USAGE: NA PERSIST: YES INSRVMOD: NA RANGE: 1,2 DEFVALUE: 2 UNITS: NA SPARSE: NO DESCR: Values 1 and 2 (E1 alone) allowed in R4.4x

OBJECT-TYPE

Line Interface Unit Configuration state bitmap. bit 0: high value indicates ConfLine Configuration fail bit 1: high value indicates Receiver Sensitivity Configuration fail bit 2: high value indicates Transmitter Configuration fail ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NA RANGE: 0..7 DEFVALUE: NA UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

This table contains the 2E1/DS1 SFP Framer configuration. ALCATEL NOTE: TABLESIZE: 5

OBJECT-TYPE

Each entry consists of a list of 2E1/DS1 SFP Framer parameters. A row entry is created or deleted in this table when the corresponding operation on a row is done in dsx1PWTDMConfigTable

OBJECT-TYPE

Generai Configuration bitmap. bit 0: Framed (1) or unframed (0) TDM traffic selection bit 1: RAI transparent (only for E1) RAI: Remote Alarm Indication defined in E1 where it is derived from the NFAS A bit. bit 2: REI transparent (only for E1) REI: Remote Error Indication usually defined for SDH. bit 3: Loop toward IWF on LIU side of framer bit 4: Loop toward LIU on IWF side of framer - Not supported from R4.6x bit 5: Loop toward LIU on LIU side of framer bit 6: Loop toward IWF on IWF side of framer - Not supported from R4.6x bit 7: Extended Super Frame (ESF only for DS1) ALCATEL NOTE: ACCESS: RW USAGE: NA PERSIST: YES INSRVMOD: NA RANGE: 0..127 DEFVALUE: 0 UNITS: NA SPARSE: NO DESCR: Bit 0 to Bit 6 supported in R4.4x, Bit 4 and Bit 6 are not supported from R4.6x

OBJECT-TYPE

Line Interface unit to Inter working Function Configuration bitmap. bit 0: Enable performance monitoring toward IWF bit 1: Enable AIS toward IWF bit 2: Enable RAI (Remote Alarm Indication) toward IWF (only for E1) bit 3: Enable REI (Remote Error Indication) toward IWF (only for E1) bit 4: Force RAI (Remote Alarm Indication) toward IWF (only for E1) bit 5: Force REI(Remote Error Indication) toward IWF (only for E1) bit 6: Force AIS toward IWF bit 7: Unused ALCATEL NOTE: ACCESS: RW USAGE: NA PERSIST: YES INSRVMOD: NA RANGE: 0..15 DEFVALUE: 0 UNITS: NA SPARSE: NO DESCR: only bit 0..3 are supported

OBJECT-TYPE

Generai Configuration bitmap. bit 0: Enable performance monitoring toward LIU bit 1: Enable AIS toward LIU bit 2: Enable RAI toward LIU (only for E1) bit 3: Enable REI toward LIU (only for E1) bit 4: Force RAI toward LIU (only for E1) bit 5: Force REI toward LIU for CH1 (only for E1) bit 6: Force AIS toward LIU for CH1 bit 7: Force E1 multiframe structure generation (payload A5) toward LIU ALCATEL NOTE: ACCESS: RW USAGE: NA PERSIST: YES INSRVMOD: NA RANGE: 0..15 DEFVALUE: 0 UNITS: NA SPARSE: NO DESCR: only bit 0..3 are supported

OBJECT-TYPE

Alarm Status bitmap. High value indicates an alarm has occured Bit 0 : CRC4 (Cylic Redundancy check-4) threshold alarm from LIU (only for E1) Bit 1 : CRC4 (Cylic Redundancy check-4) alarm from LIU (only for E1) Bit 2 : CRC6 (Cylic Redundancy check-6) alarm from LIU (only for ESF DS1) Bit 3 : RDI (Remote Defect Alarm) alarm from LIU (only for E1) Bit 4 : REI (Remote Error Indication) alarm from LIU (only for E1) Bit 5 : LOMF (Loss of Multi-frame) alarm from LIU Bit 6 : LOF (loss of framing) alarm from LIU Bit 7 : LOS (loss of signal) alarm from LIU Bit 8 : AIS (alarm Indication Signal) alarm from LIU Bit 9 : CRC4 (Cylic Redundancy check-4) threshold alarm from IWF (only for E1) Bit 10: CRC4 (Cylic Redundancy check-4) alarm from IWF (only for E1) Bit 11: CRC6 (Cylic Redundancy check-6) alarm from IWF (only for ESF DS1) Bit 12: RDI (Remote Defect Alarm) alarm from IWF (only for E1) Bit 13: REI (Remote Error Indication) alarm from IWF (only for E1) Bit 14: LOMF (Loss of Multi-frame) alarm from IWF Bit 15: LOF (loss of framing) alarm from IWF Bit 16: LOS (loss of signal) alarm from IWF Bit 17: AIS (alarm Indication Signal) alarm from IWF ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NA RANGE: NA DEFVALUE: NA UNITS: NA SPARSE: NO DESCR: Not Suported

OBJECT-TYPE

Framer Configuration state bitmap. bit 0: high value indicates General Configuration fail bit 1: high value indicates LIU2IWF Configuration fail bit 2: high value indicates IWF2LIU Configuration fail ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NA RANGE: 0..7 DEFVALUE: NA UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

This table contains the 2E1/DS1 SFP protocol engine configuration information. ALCATEL NOTE: TABLESIZE: 11 DESCR: This Table is not supported, handled internally in the sfp hardware.

OBJECT-TYPE

Each entry consists of a list of 2E1/DS1 SFP protocol engine parameters.

OBJECT-TYPE

This is the first index of the dsx1sfpLogicalSlot. Normally, this object contains the Logical Slot ID (as defined in the Equipment MIB) of the card which has the SFP cage of interest on its faceplate. If that card does not have a Logical Slot ID, the Logical Slot ID of a related card is used. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NO RANGE: 1..65535 DEFVALUE: NA UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

This is the second index of the dsx1PWTDMProtocolEngineTable. It is the number of the SFP cage, as shown on the card faceplate. If the faceplate cage number is zero, sfpDiagSfpFaceplateNumber=0 is used (i.e. zero is not a special case). For an SFP cage, it is the faceplate number of the SFP cage (e.g. 1). For an XFP cage, it is 256 + (the faceplate number of the XFP cage). For example 257. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NO RANGE: 0..511 DEFVALUE: NA UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

MAC Destination Address 1 in DA pool (for Eth2TDM packet discard, verify whether received packets DA is equal to this DA pool or not) ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: YES INSRVMOD: NA RANGE: NA DEFVALUE: 0 UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

MAC Destination Address 2 in DA pool (for Eth2TDM packet discard, verify whether received packets DA is equal to this DA pool or not) ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: YES INSRVMOD: NA RANGE: NA DEFVALUE: 0 UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

MAC Destination Address 3 in DA pool (for Eth2TDM packet discard, verify whether received packets DA is equal to this DA pool or not) ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: YES INSRVMOD: NA RANGE: NA DEFVALUE: 0 UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

MAC Destination Address 4 in DA pool (for Eth2TDM packet discard, verify whether received packets DA is equal to this DA pool or not) ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: YES INSRVMOD: NA RANGE: NA DEFVALUE: 0 UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

MAC Source Address 1 in SA pool (TDM2Eth, config SA on per PW basis) ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: YES INSRVMOD: NA RANGE: NA DEFVALUE: 0 UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

MAC Source Address 2 in SA pool (TDM2Eth, config SA on per PW basis) ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: YES INSRVMOD: NA RANGE: NA DEFVALUE: 0 UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

MAC Source Address 3 in SA pool (TDM2Eth, config SA on per PW basis) ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: YES INSRVMOD: NA RANGE: NA DEFVALUE: 0 UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

MAC Source Address 4 in SA pool (TDM2Eth, config SA on per PW basis) ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: YES INSRVMOD: NA RANGE: NA DEFVALUE: 0 UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

RTP payload type mode. 00 - PayloadType=all 0s, SSID=all 1s 01 - PayloadType=all 1s, SSID=all 1s 10 - PayloadType= ecid(18 downto 12), SSID=ecid 11 - PayloadType= vlan_id(6 downto 0), SSID= x0000 & vlan_id ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: YES INSRVMOD: NA RANGE: 0...3 DEFVALUE: 0 UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

This table contains the host shelf LT SFP configuration information regarding link assignement to LT on FD-REM ALCATEL NOTE: TABLESIZE: 288 (Full FX-8 with FELT-B --> 8 * 36)

OBJECT-TYPE

Each entry consists of a list of host shelf LT SFP configuration ltHostSfpConfigExtTable.

OBJECT-TYPE

This is the SFP number on the LT identified by ltHostConfigExtSfpLogSlotId. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: YES INSRVMOD: NA RANGE: 1..24 DEFVALUE: NA UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

This is the Rack ID of the expansion shelf LSM which the SFP is planned to cable to. Value 0 means that no rack is specified. ALCATEL NOTE: ACCESS: NA USAGE: OPT PERSIST: YES INSRVMOD: YES RANGE: 0..7 DEFVALUE: 0 UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

This is the Shelf ID of the expansion shelf LSM which the host shelf SFP is planned to cable to. Value 0 means that no shelf is specified. ALCATEL NOTE: ACCESS: NA USAGE: OPT PERSIST: YES INSRVMOD: YES RANGE: 0..4 DEFVALUE: 0 UNITS: NA SPARSE: NO DESCR: The shelf identified by ltHostSfpCableToRack and ltHostSfpCableToShelf must already be planned.

OBJECT-TYPE

This is the Slot ID of the expansion shelf LSM which the SFP is planned to cable to. Value 0 means that no slot is specified. ALCATEL NOTE: ACCESS: NA USAGE: OPT PERSIST: YES INSRVMOD: YES RANGE: DEP / depends on the shelf type. DEFVALUE: 0 UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

The logical slot id of the board where the remote LT is plugged in ALCATEL NOTE: ACCESS: NA USAGE: OPT PERSIST: YES INSRVMOD: YES RANGE: DEP / depends on the shelf type. DEFVALUE: 0 UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

This table contains the host shelf SFP or XFP status information. ALCATEL NOTE: TABLESIZE: 26

OBJECT-TYPE

Each entry consists of a list of SFP or XFP status parameters.

OBJECT-TYPE

This is the host shelf SFP or XFP cage number. For an SFP cage, it is the faceplate number of the SFP cage (e.g. 1). For an XFP cage, it is 256 + (the faceplate number of the XFP cage). For example, if the XFP cage has faceplate label X1, ltHostStatusSfpFaceplateNumber == 257. For LT, this is the port number. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NA RANGE: 1..258 DEFVALUE: NA UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

This is the Physical LANX or IHUB port to which the SFP or XFP is connected to. For an SHUB system, the lanxPortNumber here corresponds to lanxInterfaceIndex in the LANX MIB. For an IHUB system, the lanxPortNumber to the TmnxPortID to be used in the Timetra Port MIB. For IHUB this is an 32 bit encoded number for which the structure is defined in Timetra-TC-MIB. It is set to 0 for LT. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NA RANGE: 1..26 for SHUB / 32 Bit Encoded number for IHUB DEFVALUE: DEP / depends on the ltHostStatusSfpFaceplateNumber. UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

This is the host shelf SFP or XFP status. ok (1): The SFP or XFP is operational. sfpNotPresent (2): The SFP or XFP cage is empty. los (3): The SFP or XFP has detected Loss of Signal. txFail (4): The SFP or XFP has detected Transmitter Fail. invalidAlcatelId (5): The SFP or XFP does not contain a valid Alcatel-Lucent ID. unknown (6): The host expansion card is planned but not inserted. sfpControlFail (7): The SFP or XFP is not responding, or the I2C read failed. notApplicable (8): Retrieval of status information from the SFP or XFP cage is not supported. txFailAndLos (9): The SFP or XFP has detected both Transmitter Fail and Loss of Signal. sfpPlanDetectMismatch (10): Not used - superseded by the ltHostSfpCablingMismatch object. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NA RANGE: NA DEFVALUE: 6 / status is unknown UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

This is the Rack ID of the expansion shelf LSM to which the host shelf SFP is cabled to. Value 0 means that SFP is not cabled to any expansion shelf LSM. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NA RANGE: 0..7 DEFVALUE: 0 UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

This is the Shelf ID of the expansion shelf LSM which the host shelf SFP is cabled to. Value 0 means that SFP is not cabled to any expansion shelf LSM. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NA RANGE: 0..4 DEFVALUE: 0 UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

This is the Slot ID of the expansion shelf LSM which the host shelf SFP is cabled to. Value 0 means that SFP is not cabled to any expansion shelf LSM. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NA RANGE: DEP / depends on the shelf type. DEFVALUE: 0 UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

This variable indicates the type of the SFP or XFP, as read from the device. It is a bitmap represented as a sum, therefore, it can represent multiple types (combination of types) simultaneously. The SFP type bits (0..7) are as defined in standard SFF-8472. The XFP type bits (8..15) are as defined in standard INF-8077_v4.5. The SFP octet and the XFP octet are mutually exclusive (i.e. at least one of the two octets is always zero). The various bit positions are: bit 0 (1): 1000BASE-SX bit 1 (2): 1000BASE-LX bit 2 (4): 1000BASE-CX bit 3 (8): 1000BASE-T bit 4 (16): 100BASE-LX/LX10 bit 5 (32): 100BASE-FX bit 6 (64): BASE-BX10 bit 7 (128): BASE-PX bit 8 (256): reserved for a future XFP type, INF-8077 bit 9 (512): 10GBASE-EW bit 10 (1024): 10GBASE-LW bit 11 (2048): 10GBASE-SW bit 12 (4096): 10GBASE-LRM bit 13 (8192): 10GBASE-ER bit 14 (16384): 10GBASE-LR bit 15 (32768): 10GBASE-SR bit 16 (65536): 2500BASE-SX bit 17 (131072): 2500BASE-LX bit 18 (262144): 2500BASE-BX If the ltHostSfpType is unknown or not specified, ltHostSfpType = 0. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NA RANGE: 0..65535 DEFVALUE: 0 / ltHostSfpType unknown UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

This is the host shelf SFP cabling mismatch status: noMismatch(1): no cabling mismatch is detected. unexpectedRemoteLt(2): a remote LT is detected at an unassigned downlink SFP port. assignmentMismatch(3): the detected remote LT does not match the LT assigned to this host SFP. incompatibleShelf(4): the detected remote LT is in a shelf type which is not the planned shelf type. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NA RANGE: NA DEFVALUE: 1 / noMismatch UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

The physical (MAC) address of the remote interface that is cabled to this host shelf SFP. If the remote interface does not have such an address or the address is not yet discovered, this object would contain an octet string of zero length. ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NA RANGE: NA DEFVALUE: NA UNITS: NA SPARSE: NO DESCR: NA

OBJECT-TYPE

The logical slot id of the board where the remote LT is plugged in ALCATEL NOTE: ACCESS: RO USAGE: NA PERSIST: NO INSRVMOD: NA RANGE: NA DEFVALUE: NA UNITS: NA SPARSE: NO DESCR: NA