HUAWEI-ETHERNET-OPTICMODULE-MIB: View SNMP OID List / Download MIB

This mib is used for managing Ethernet optics module.

Indicates the optical module table of an Ethernet port. It is used for querying the information about the optical module of an Ethernet port. The index of this table is ifIndex.

Indicates the optical module table of an Ethernet port. It is used for querying the information about the optical module of an Ethernet port. The index of this entry is ifIndex.

Indicate the identifier of optical module. Options: 1. unknown(1) -unknown the identifier of optical module 2. gbic(2) -the identifier of optical module is gbic 3. solderedToMotherboard(3) -the identifier of optical module is solderedToMotherboard 4. sfp(4) -the identifier of optical module is sfp 5. pin300XBI(5) -the identifier of optical module is pin300XBI 6. xenpak(6) -the identifier of optical module is xenpak 7. xfp(7) -the identifier of optical module is xfp 8. xff(8) -the identifier of optical module is xff 9. xfpe(9) -the identifier of optical module is xfpe 10. xpak(10) -the identifier of optical module is xpak 11. x2(11) -the identifier of optical module is x2 Enumeration: 'gbic': 2, 'unknown': 1, 'xenpak': 6, 'sfp': 4, 'xff': 8, 'pin300XBI': 5, 'solderedToMotherboard': 3, 'xpak': 10, 'x2': 11, 'xfp': 7, 'xfpe': 9.

Indicate the extended type of optical module. Options: 1. notSpecifiedOrNotCompliant(1) -the extended type of optical module is notSpecifiedOrNotCompliant 2. moddef1(2) -the extended type of optical module is moddef1 3. moddef2(3) -the extended type of optical module is moddef2 4. moddef3(4) -the extended type of optical module is moddef3 5. bySerialIDOnly(5) -the extended type of optical module is bySerialIDOnly 6. moddef5(6) -the extended type of optical module is moddef5 7. moddef6(7) -the extended type of optical module is moddef6 8. moddef7(8) -the extended type of optical module is moddef7 Enumeration: 'bySerialIDOnly': 5, 'moddef5': 6, 'notSpecifiedOrNotCompliant': 1, 'moddef6': 7, 'moddef7': 8, 'moddef1': 2, 'moddef2': 3, 'moddef3': 4.

Indicate the type of optical module connector. Options: 1. unknown(1) -unknown the type of optical module connector 2. sc(2) -the type of optical module connector is sc 3. copperConnector1(3) -the type of optical module connector is copperConnector1 4. copperConnector2(4) -the type of optical module connector is copperConnector2 5. bnctnc(5) -the type of optical module connector is bnctnc 6. coaxialHeaders(6) -the type of optical module connector is coaxialHeaders 7. fiberJack(7) -the type of optical module connector is fiberJack 8. lc(8) -the type of optical module connector is lc 9. mtrj(9) -the type of optical module connector is mtrj 10. mu(10) -the type of optical module connector is mu 11. sg(11) -the type of optical module connector is sg 12. opticalPigtail(12) -the type of optical module connector is opticalPigtail 13. hssdcii(13) -the type of optical module connector is hssdcii 14. copperPigtail(14) -the type of optical module connector is copperPigtail 15. vendorSpecific(15) -the type of optical module connector is vendorSpecific Enumeration: 'vendorSpecific': 15, 'lc': 8, 'bnctnc': 5, 'unknown': 1, 'fiberJack': 7, 'hssdcii': 13, 'coaxialHeaders': 6, 'm': 10, 'copperConnector1': 3, 'copperConnector2': 4, 'sc': 2, 'copperPigtail': 14, 'mtrj': 9, 'sg': 11, 'opticalPigtail': 12.

Indicate the encoding mechanism. Options: 1. unspecified(1) -the encoding mechanism is unspecified 2. encodingMethod8B10B(2) -the encoding mechanism is encodingMethod8B10B 3. encodingMethod4B5B(3) -the encoding mechanism is encodingMethod4B5B 4. nrz(4) -the encoding mechanism is nrz 5. manchester(5) -the encoding mechanism is manchester 6. sONETScrambled(6) -the encoding mechanism is sONETScrambled 7. encodingMethod64B66B(7) -the encoding mechanism is encodingMethod64B66B Enumeration: 'sONETScrambled': 6, 'encodingMethod4B5B': 3, 'encodingMethod8B10B': 2, 'nrz': 4, 'encodingMethod64B66B': 7, 'manchester': 5, 'unspecified': 1.

Nominal bit rate. Unit: 100 MBits/sec

Indicate the link length that is supported by the transceiver while operating in compliance with the applicable standards using 9 micron Single-mode Fiber. The maximum value is 255, which means that the transceiver supports a link length greater than 25.4 km. Unit: km

Indicate the link length that is supported by the transceiver while operating in compliance with the applicable standards using 9 micron Single-mode Fiber. The maximum value is 255, which means that the transceiver supports a link length greater than 254 km. Unit: 100m

Indicate link length that is supported by the transceiver while operating in compliance with applicable standards using 50 micron multi-mode OM2 [500MHz*km] fiber. The maximum value is 255, which means that the transceiver supports a link length greater than 2.54 km. Unit: 10m

Indicate link length that is supported by the transceiver while operating in compliance with applicable standards using 62.5 micron multi-mode OM1 [200 MHz*km] fiber. The maximum value is 255, which means that the transceiver supports a link length greater than 2.54 km. Unit: 10m

Indicate Link length supported for copper. Unit: 1m

Indicate the vendor name of a optical module.

Indicate the vendor IEEE company ID of a optical module.

Indicate the part number of a optical module provided by vendor.

Indicate the revision level for part number provided by vendor.

The laser wavelength.

The check code for base ID fields(one byte).

Options: 1. rateSelect(1) -RATE_SELECT is implemented 2. txDisableAndTheSerialOutputDisabled(2) -TX_DISABLE is implemented and disables the serial output. 3. txFault(3) -TX_FAULT signal implemented. 4. signalLossAndInvertedFromStandard(4) -Loss of Signal implemented, signal inverted from standard definition in SFP MSA. 5. signalLossAndAsDefined(5) -Loss of Signal implemented, signal as defined in SFP MSA Enumeration: 'txDisableAndTheSerialOutputDisabled': 2, 'txFault': 3, 'rateSelect': 1, 'signalLossAndAsDefined': 5, 'signalLossAndInvertedFromStandard': 4.

The upper bit rate margin.

The lower bit rate margin.

The serial number of a optical module provided by vendor.

The date code of a optical module.

Indicate the diagnostic monitoring type. Options: 1. internallyCalibrated(1) -the diagnostic monitoring type is internallyCalibrated 2. externallyCalibrated(2) -the diagnostic monitoring type is externallyCalibrated 3. invalid(-1) -invalid value Enumeration: 'externallyCalibrated': 2, 'invalid': -1, 'internallyCalibrated': 1.

Indicate enhanced Options. Options: 1. forAllMonitoredQuantities(1) -optional Alarm/warning flags implemented for all monitored quantities 2. txDisable(2) -optional Soft TX_DISABLE control and monitoring implemented 3. txFault(3) -optional Soft TX_FAULT monitoring implemented 4. rxLOS(4) -optional Soft RX_LOS monitoring implemented 5. rateSelect(5) -optional Soft RATE_SELECT control and monitoring implemented 6. invalid(-1) -invalid value Enumeration: 'txDisable': 2, 'forAllMonitoredQuantities': 1, 'rxLOS': 4, 'invalid': -1, 'txFault': 3, 'rateSelect': 5.

Indicate the SFF-8472 standard. Options: 1. undefined(1) -not included or undefined. 2. includesSFF8472V93(2) -includes functionality described in Rev 9.3 SFF-8472. 3. includesSFF8472V95(3) -includes functionality described in Rev 9.5 SFF-8472. 4. includesSFF8472V102(4) -includes functionality described in Rev 10.2 SFF-8472. 5. tbd(5) -to be determined. Enumeration: 'includesSFF8472V95': 3, 'includesSFF8472V93': 2, 'includesSFF8472V102': 4, 'undefined': 1, 'tbd': 5.

Check code for the Extended ID Fields.

Vendor of Optical module specific information.

CLEI code supported by eSFP. Length is 10 bytes.

Indicates the operation is performed on a remote optical module. Options: 1. remote(1) -the operation is performed on a remote optical module 2. invalid(-1) -invalid value Enumeration: 'remote': 1, 'invalid': -1.

This table used for querying the information about the optical transceiver of an Ethernet port. The index of this table is ifindex.

This table used for querying the information about the optical transceiver of an Ethernet port. The index of this entry is ifindex.

Infiniband transceiver type. Options: 1. sx(1) -infiniband transceiver type is sx 2. lx(2) -infiniband transceiver type is lx 3. copperActive(3) -infiniband transceiver type is copperActive 4. copperPassive(4) -infiniband transceiver type is copperPassive 5. invalid(-1) -invalid value Enumeration: 'copperActive': 3, 'sx': 1, 'lx': 2, 'invalid': -1, 'copperPassive': 4.

SONET transceiver type. Options: 1. oC48LongReach(1) -SONET transceiver type is oC48LongReach 2. oC48IntermediateReach(2) -SONET transceiver type is oC48IntermediateReach 3. oC48ShortReach(3) -SONET transceiver type is oC48ShortReach 4. oC12SingleModeLongReach(4) -SONET transceiver type is oC12SingleModeLongReach 5. oC12SingleModeIntermediateReach(5) -SONET transceiver type is oC12SingleModeIntermediateReach 6. oC12MultiModeShortReach(6) -SONET transceiver type is oC12MultiModeShortReach 7. oC3SingleModeLongReach(7) -SONET transceiver type is oC3SingleModeLongReach 8. oC3SingleModeIntermediateReach(8) -SONET transceiver type is oC3SingleModeIntermediateReach 9. oC3MultiModeShortReach(9) -SONET transceiver type is oC3MultiModeShortReach 10. invalid(-1) -invalid value Enumeration: 'oC12SingleModeIntermediateReach': 5, 'oC3SingleModeLongReach': 7, 'invalid': -1, 'oC12SingleModeLongReach': 4, 'oC48LongReach': 1, 'oC48ShortReach': 3, 'oC3MultiModeShortReach': 9, 'oC3SingleModeIntermediateReach': 8, 'oC48IntermediateReach': 2, 'oC12MultiModeShortReach': 6.

Ethernet transceiver type. Options: 1. en1000BASET(1) -Ethernet transceiver type is 1000BASE-T 2. en1000BASECX(2) -Ethernet transceiver type is 1000BASE-CX 3. en1000BASELX(3) -Ethernet transceiver type is 1000BASE-LX 4. en1000BASESX(4) -Ethernet transceiver type is 1000BASE-SX 5. enMULTILX(5) -Ethernet transceiver type is 100BASE-LX&1000BASE-LX 6. en100BASELX(6) -Ethernet transceiver type is 100BASE-LX 7. en100BASEFX(7) -Ethernet transceiver type is 100BASE-FX 8. en1000BASEBX(8) -Ethernet transceiver type is 1000BASE-BX 9. en1000BASEPX(9) -Ethernet transceiver type is 1000BASE-PX 10. en10GBASELRM(10) -Ethernet transceiver type is 10GBASE-LRM 11. en10GBASELR(11) -Ethernet transceiver type is 10GBASE-LR 12. en10GBASESR(12) -Ethernet transceiver type is 10GBASE-SR 13. en100BASEBX(13) -Ethernet transceiver type is 100BASE-BX Enumeration: 'en1000BASET': 1, 'en1000BASECX': 2, 'en1000BASEBX': 8, 'en100BASELX': 6, 'en100BASEBX': 13, 'en10GBASELRM': 10, 'en10GBASESR': 12, 'en1000BASELX': 3, 'en1000BASESX': 4, 'en10GBASELR': 11, 'en100BASEFX': 7, 'enMULTILX': 5, 'en1000BASEPX': 9.

Fibre Channel link length. Options: 1. veryLongDistance(1) -fibre channel link length is veryLongDistance 2. shortDistance(2) -fibre channel link length is shortDistance 3. intermediateDistance(3) -fibre channel link length is intermediateDistance 4. longDistance(4) -fibre channel link length is longDistance 5. invalid(-1) -invalid value Enumeration: 'intermediateDistance': 3, 'veryLongDistance': 1, 'longDistance': 4, 'shortDistance': 2, 'invalid': -1.

Fibre Channel transmitter technology. Options: 1. longwaveLaser(1) -fibre channel transmitter technology is longwaveLaser 2. electricalInterenclosure(2) -fibre channel transmitter technology is electricalInterenclosure 3. shortwaveLaser(3) -fibre channel transmitter technology is shortwaveLaser 4. invalid(-1) -invalid value Enumeration: 'electricalInterenclosure': 2, 'longwaveLaser': 1, 'shortwaveLaser': 3, 'invalid': -1.

Fibre Channel transmission media. Options: 1. twinAxialPair(1) -fibre channel transmission media is twinAxialPair 2. shieldedTwistedPair(2) -fibre channel transmission media is shieldedTwistedPair 3. miniatureCoax(3) -fibre channel transmission media is miniatureCoax 4. videoCoax(4) -fibre channel transmission media is videoCoax 5. multiMode62m5(5) -fibre channel transmission media is multiMode62m5 6. multiMode50m(6) -fibre channel transmission media is multiMode50m 7. singleMode(7) -fibre channel transmission media is singleMode 8. invalid(-1) -invalid value Enumeration: 'videoCoax': 4, 'multiMode62m5': 5, 'invalid': -1, 'miniatureCoax': 3, 'shieldedTwistedPair': 2, 'twinAxialPair': 1, 'multiMode50m': 6, 'singleMode': 7.

Fibre Channel speed. Options: 1. speed400MBytesPerSec(1) -fibre channel speed is 400 MBits/s 2. speed200MBytesPerSec(2) -fibre channel speed is 200 MBits/s 3. speed100MBytesPerSec(3) -fibre channel speed is 100 MBits/s 4. invalid(-1) -invalid value Enumeration: 'speed200MBytesPerSec': 2, 'speed100MBytesPerSec': 3, 'speed400MBytesPerSec': 1, 'invalid': -1.

Indicates the operation is performed on a remote optical module. Options: 1. remote(1) -the operation is performed on a remote optical module 2. invalid(-1) -invalid value Enumeration: 'remote': 1, 'invalid': -1.

Indicates the 10GE optical module information table of an Ethernet port. It is used for querying the information about the 10GE optical module of an Ethernet port. The index of this table is ifindex.

Indicates the 10GE optical module information table of an Ethernet port. It is used for querying the information about the 10GE optical module of an Ethernet port. The index of this entry is ifindex.

Indicate the identifier of 10GE optical module. Options: 1. unknown(0) -unknown identifier of 10GE optical module 2. gbic(1) -the identifier of 10GE optical module is gbic 3. solderedToMotherBoard(2) -the identifier of 10GE optical module is solderedToMotherBoard 4. sfp(3) -the identifier of 10GE optical module is sfp 5. pin300XBI(4) -the identifier of 10GE optical module is pin300XBI 6. xenpak(5) -the identifier of 10GE optical module is xenpak 7. xfp(6) -the identifier of 10GE optical module is xfp 8. xff(7) -the identifier of 10GE optical module is xff 9. xfep(8) -the identifier of 10GE optical module is xfep 10. xpak(9) -the identifier of 10GE optical module is xpak 11. x2(10) -the identifier of 10GE optical module is x2 Enumeration: 'solderedToMotherBoard': 2, 'unknown': 0, 'xenpak': 5, 'sfp': 3, 'xff': 7, 'pin300XBI': 4, 'gbic': 1, 'xpak': 9, 'xfp': 6, 'x2': 10, 'xfep': 8.

Extended identifier: CLEI Options: 1. nonExtCLEICode(0) -no CLEI code present in Table 02h 2. extCLEICode(1) -CLEI code present in Table 02h Enumeration: 'extCLEICode': 1, 'nonExtCLEICode': 0.

Extended identifier: TX Ref Clock Options: 1. nonExtTXRefClock(0) -tx Ref Clock Input Not Required 2. extTXRefClock(1) -tx Ref Clock Input Required Enumeration: 'nonExtTXRefClock': 0, 'extTXRefClock': 1.

Extended identifier: CDR function Options: 1. nonExtCDRFunc(0) -no CDR version of XFP 2. extCDRFunc(1) -module with CDR function Enumeration: 'nonExtCDRFunc': 0, 'extCDRFunc': 1.

Extended identifier: Power Level Options: 1. extPowerLevel1(0) -power Level 1 Module (1.5 W max. power dissipation.) 2. extPowerLevel2(1) -power Level 2 Module (2.5W Max) 3. extPowerLevel3(2) -power Level 3 Module (3.5W max. power dissipation.) 4. extPowerLevel4(3) -power Level 4 Module (>3.5W max. power dissipation.) Enumeration: 'extPowerLevel4': 3, 'extPowerLevel1': 0, 'extPowerLevel2': 1, 'extPowerLevel3': 2.

Indicate the type of 10GE optical module connector. Options: 1. unknown(0) -unknown the type of 10GE optical module connector 2. sc(1) -the type of 10GE optical module connector is sc 3. style1Connector(2) -the type of 10GE optical module connector is style1Connector 4. style2Connector(3) -the type of 10GE optical module connector is style2Connector 5. bnctnc(4) -the type of 10GE optical module connector is bnctnc 6. channelCoaxial(5) -the type of 10GE optical module connector is channelCoaxial 7. fiberJack(6) -the type of 10GE optical module connector is fiberJack 8. lc(7) -the type of 10GE optical module connector is lc 9. mtrj(8) -the type of 10GE optical module connector is mtrj 10. mu(9) -the type of 10GE optical module connector is mu 11. sg(10) -the type of 10GE optical module connector is sg 12. opticalPigtail(11) -the type of 10GE optical module connector is opticalPigtail 13. hssdc(20) -the type of 10GE optical module connector is hssdc 14. copperPigtail(21) -the type of 10GE optical module connector is copperPigtail Enumeration: 'm': 9, 'lc': 7, 'bnctnc': 4, 'unknown': 0, 'fiberJack': 6, 'mtrj': 8, 'hssdc': 20, 'sc': 1, 'channelCoaxial': 5, 'style1Connector': 2, 'sg': 10, 'copperPigtail': 21, 'opticalPigtail': 11, 'style2Connector': 3.

Indicate 10GBASE-EW support or not. Options: 1. nonEthComplianceBaseEW(0) -not support 10GBASE-EW 2. ethComplianceBaseEW(1) -support 10GBASE-EW Enumeration: 'nonEthComplianceBaseEW': 0, 'ethComplianceBaseEW': 1.

Indicate 10GBASE-LW support or not. Options: 1. nonEthComplianceBaseLW(0) -not support 10GBASE-LW 2. ethComplianceBaseLW(1) -support 10GBASE-LW Enumeration: 'nonEthComplianceBaseLW': 0, 'ethComplianceBaseLW': 1.

Indicate 10GBASE-SW support or not. Options: 1. nonEthComplianceBaseSW(0) -not support 10GBASE-SW 2. ethComplianceBaseSW(1) -support 10GBASE-SW Enumeration: 'nonEthComplianceBaseSW': 0, 'ethComplianceBaseSW': 1.

Indicate 10GBASE-LRM support or not. Options: 1. nonEthComplianceBaseLRM(0) -not support 10GBASE-LRM 2. ethComplianceBaseLRM(1) -support 10GBASE-LRM Enumeration: 'ethComplianceBaseLRM': 1, 'nonEthComplianceBaseLRM': 0.

Indicate 10GBASE-ER support or not. Options: 1. nonEthComplianceBaseER(0) -not support 10GBASE-ER 2. ethComplianceBaseER(1) -support 10GBASE-ER Enumeration: 'ethComplianceBaseER': 1, 'nonEthComplianceBaseER': 0.

Indicate 10GBASE-LR support or not. Options: 1. nonEthComplianceBaseLR(0) -not support 10GBASE-LR 2. ethComplianceBaseLR(1) -support 10GBASE-LR Enumeration: 'ethComplianceBaseLR': 1, 'nonEthComplianceBaseLR': 0.

Indicate 10GBASE-SR support or not. Options: 1. nonEthComplianceBaseSR(0) -not support 10GBASE-SR 2. ethComplianceBaseSR(1) -support 10GBASE-SR Enumeration: 'nonEthComplianceBaseSR': 0, 'ethComplianceBaseSR': 1.

Indicate 10 Gigabit Fibre Channel Compliance type. Options: 1. fibreComplianceInter1300FP(16) -intermediate Reach 1300 nm FP 2. fibreComplianceExtended1550(32) -extended reach 1550 nm 3. fibreComplianceSM1200(64) -1200-SM-LL-L 4. fibreComplianceMX1200(128) -1200-MX-SN-I 5. invalid(-1) -invalid value Enumeration: 'fibreComplianceSM1200': 64, 'fibreComplianceExtended1550': 32, 'fibreComplianceInter1300FP': 16, 'fibreComplianceMX1200': 128, 'invalid': -1.

Indicate Lower Speed Links type. Options: 1. lowerSpeedLinkOC48LR(2) -lower speed links type is OC48LR 2. lowerSpeedLinkOC48IR(4) -lower speed links type is OC48IR 3. lowerSpeedLinkOC48SR(8) -lower speed links type is OC48SR 4. lowerSpeedLinkFCSMF(16) -lower speed links type is FCSMF 5. lowerSpeedLinkFCMMF(32) -lower speed links type is FCMMF 6. lowerSpeedLinkLXSMF(64) -lower speed links type is LXSMF 7. lowerSpeedLinkSXMMF(128) -lower speed links type is SXMMF 8. invalid(-1) -invalid value Enumeration: 'lowerSpeedLinkFCMMF': 32, 'lowerSpeedLinkFCSMF': 16, 'lowerSpeedLinkOC48LR': 2, 'lowerSpeedLinkOC48SR': 8, 'lowerSpeedLinkLXSMF': 64, 'invalid': -1, 'lowerSpeedLinkSXMMF': 128, 'lowerSpeedLinkOC48IR': 4.

Indicate SONET/SDH Codes I-64.5 support or not. Options: 1. notSupport(0) -not Support I-64.5 2. support(1) -support I-64.5 Enumeration: 'support': 1, 'notSupport': 0.

Indicate SONET/SDH Codes I-64.3 support or not. Options: 1. notSupport(0) -not Support I-64.3 2. support(1) -support I-64.3 Enumeration: 'support': 1, 'notSupport': 0.

Indicate SONET/SDH Codes I-64.2 support or not. Options: 1. notSupport(0) -not Support I-64.2 2. support(1) -support I-64.2 Enumeration: 'support': 1, 'notSupport': 0.

Indicate SONET/SDH Codes I-64.2r support or not. Options: 1. notSupport(0) -not support I-64.2r 2. support(1) -support I-64.2r Enumeration: 'support': 1, 'notSupport': 0.

Indicate SONET/SDH Codes I-64.1 support or not. Options: 1. notSupport(0) -not support I-64.1 2. support(1) -support I-64.1 Enumeration: 'support': 1, 'notSupport': 0.

Indicate SONET/SDH Codes I-64.1r support or not. Options: 1. notSupport(0) -not support I-64.1r 2. support(1) -support I-64.1r Enumeration: 'support': 1, 'notSupport': 0.

Indicate SONET/SDH Codes S-64.5b support or not. Options: 1. notSupport(0) -not support S-64.5b 2. support(1) -support S-64.5b Enumeration: 'support': 1, 'notSupport': 0.

Indicate SONET/SDH Codes S-64.5a support or not. Options: 1. notSupport(0) -not support S-64.5a 2. support(1) -support S-64.5a Enumeration: 'support': 1, 'notSupport': 0.

Indicate SONET/SDH Codes S-64.3b support or not. Options: 1. notSupport(0) -not support S-64.3b 2. support(1) -support S-64.3b Enumeration: 'support': 1, 'notSupport': 0.

Indicate SONET/SDH Codes S-64.3a support or not. Options: 1. notSupport(0) -not support S-64.3a 2. support(1) -support S-64.3a Enumeration: 'support': 1, 'notSupport': 0.

Indicate SONET/SDH Codes S-64.2b support or not. Options: 1. notSupport(0) -not support S-64.2b 2. support(1) -support S-64.2b Enumeration: 'support': 1, 'notSupport': 0.

Indicate SONET/SDH Codes S-64.2a support or not. Options: 1. notSupport(0) -not support S-64.2a 2. support(1) -support S-64.2a Enumeration: 'support': 1, 'notSupport': 0.

Indicate SONET/SDH Codes S-64.1 support or not. Options: 1. notSupport(0) -not support S-64.1 2. support(1) -support S-64.1 Enumeration: 'support': 1, 'notSupport': 0.

Indicate SONET/SDH Codes G.959.1 P1L1-2D2 support or not. Options: 1. notSupport(0) -not support G.959.1 P1L1-2D2 2. support(1) -support G.959.1 P1L1-2D2 Enumeration: 'support': 1, 'notSupport': 0.

Indicate SONET/SDH Codes L-64.3 support or not. Options: 1. notSupport(0) -not support L-64.3 2. support(1) -support L-64.3 Enumeration: 'support': 1, 'notSupport': 0.

Indicate SONET/SDH Codes L-64.2c support or not. Options: 1. notSupport(0) -not support L-64.2c 2. support(1) -support L-64.2c Enumeration: 'support': 1, 'notSupport': 0.

Indicate SONET/SDH Codes L-64.2b support or not. Options: 1. notSupport(0) -not support L-64.2b 2. support(1) -support L-64.2b Enumeration: 'support': 1, 'notSupport': 0.

Indicate SONET/SDH Codes L-64.2a support or not. Options: 1. notSupport(0) -not support L-64.2a 2. support(1) -support L-64.2a Enumeration: 'support': 1, 'notSupport': 0.

Indicate SONET/SDH Codes L-64.1 support or not. Options: 1. notSupport(0) -not support L-64.1 2. support(1) -support L-64.1 Enumeration: 'support': 1, 'notSupport': 0.

Indicate SONET/SDH Codes V-64.3 support or not. Options: 1. notSupport(0) -not support V-64.3 2. support(1) -support V-64.3 Enumeration: 'support': 1, 'notSupport': 0.

Indicate SONET/SDH Codes V-64.2b support or not. Options: 1. notSupport(0) -not support V-64.2b 2. support(1) -support V-64.2b Enumeration: 'support': 1, 'notSupport': 0.

Indicate SONET/SDH Codes V-64.2a support or not. Options: 1. notSupport(0) -not support V-64.2a 2. support(1) -support V-64.2a Enumeration: 'support': 1, 'notSupport': 0.

Indicate encoding mechanism RZ support or not. Options: 1. nonEncodingRZ(0) -not support RZ 2. encodingRZ(1) -support RZ Enumeration: 'encodingRZ': 1, 'nonEncodingRZ': 0.

Indicate encoding mechanism NRZ support or not. Options: 1. nonEncodingNRZ(0) -not support NRZ 2. encodingNRZ(1) -support NRZ Enumeration: 'encodingNRZ': 1, 'nonEncodingNRZ': 0.

Indicate encoding mechanism SONET support or not. Options: 1. nonEncodingSONET(0) -not support SONET 2. encodingSONET(1) -support SONET Enumeration: 'encodingSONET': 1, 'nonEncodingSONET': 0.

Indicate encoding mechanism 8B10B support or not. Options: 1. nonEncoding8B10B(0) -not support 8B10B 2. encoding8B10B(1) -support 8B10B Enumeration: 'encoding8B10B': 1, 'nonEncoding8B10B': 0.

Indicate encoding mechanism 64B/66B support or not. Options: 1. nonEncoding64B(0) -not support 64B/66B 2. encoding64B(1) -support 64B/66B Enumeration: 'nonEncoding64B': 0, 'encoding64B': 1.

Minimum bit rate. Unit: 100 MBits/s

Maximum bit rate. Unit: 100 MBits/s

Indicate the link length that is supported by the transceiver with the applicable standards using Single-mode Fiber.

Indicate the link length that is supported by the transceiver with the applicable standards using 2000MHz*km (850nm) extended bandwidth 50 micron core multimode fiber. Unit: 2m

This value specifies the link length that is supported by the transceiver with the applicable standards using 500MHz*km (850 and 1310nm) 50 micron core multimode fiber. Unit: 1m

This value specifies the link length that is supported by the transceiver with the applicable standards using 200MHz*km (850 nm)/500 MHz*km (1310 nm) 62.5 micron core multimode fiber. Unit: 1m

Indicate the minimum link length that is supported by the transceiver with copper cable. Unit: 1m

Indicate the transmitter support tunable or not. Options: 1. nonTunable(0) -transmitter not support tunable 2. tunable(1) -transmitter support tunable Enumeration: 'nonTunable': 0, 'tunable': 1.

Indicate the Detector is enable or not. Options: 1. nonDetector(0) -detector is disable 2. detector(1) -detector is enable Enumeration: 'nonDetector': 0, 'detector': 1.

Indicate the Cooled transmitter is enable or not. Options: 1. nonSupport(0) -cooled transmitter is disable 2. support(1) -cooled transmitter is enable Enumeration: 'nonSupport': 0, 'support': 1.

Indicate the wavelength control support or not. Options: 1. nonSupport(0) -wavelength control not support 2. support(1) -wavelength control support Enumeration: 'nonSupport': 0, 'support': 1.

Indicate the transmitter technology type. Options: 1. vCSEL850(0) -the transmitter technology type is vCSEL850 2. vCSEL1310(1) -the transmitter technology type is vCSEL1310 3. vCSEL1550(2) -the transmitter technology type is vCSEL1550 4. fP1310(3) -the transmitter technology type is fP1310 5. dFB1310(4) -the transmitter technology type is dFB1310 6. dFB1550(5) -the transmitter technology type is dFB1550 7. eML1310(6) -the transmitter technology type is eML1310 8. eML1550(7) -the transmitter technology type is eML1550 9. cOPPER(8) -the transmitter technology type is cOPPER Enumeration: 'eML1550': 7, 'cOPPER': 8, 'dFB1550': 5, 'vCSEL1310': 1, 'fP1310': 3, 'eML1310': 6, 'dFB1310': 4, 'vCSEL850': 0, 'vCSEL1550': 2.

Indicate the vendor name of a 10GE optical module.

Indicate the XFI loopback mode support or not. Options: 1. nonSupportXFIMode(0) -the XFI loopback mode not support 2. supportXFIMode(1) -the XFI loopback mode support Enumeration: 'nonSupportXFIMode': 0, 'supportXFIMode': 1.

Indicate the Lineside loopback mode support or not. Options: 1. nonSupportLinesideMode(0) -lineside loopback mode not support 2. supportLinesideMode(1) -lineside loopback mode support Enumeration: 'supportLinesideMode': 1, 'nonSupportLinesideMode': 0.

Indicate which rate is supported by the CDR. Options: 1. maxBitRateSupportedByCDR11p1(1) -CDR support for 11.1 Gb/s 2. maxBitRateSupportedByCDR10p7(3) -CDR support for 10.7 Gb/s 3. maxBitRateSupportedByCDR10p5(7) -CDR support for 10.5 Gb/s 4. maxBitRateSupportedByCDR10p3(15) -CDR support for 10.3 Gb/s 5. maxBitRateSupportedByCDR9p95(31) -CDR support for 9.95 Gb/s 6. invalid(-1) -invalid value Enumeration: 'maxBitRateSupportedByCDR11p1': 1, 'invalid': -1, 'maxBitRateSupportedByCDR10p3': 15, 'maxBitRateSupportedByCDR10p5': 7, 'maxBitRateSupportedByCDR9p95': 31, 'maxBitRateSupportedByCDR10p7': 3.

Indicate the vendor IEEE company ID of a 10GE optical module.

Indicate the part number of a 10GE optical module provided by vendor.

Indicate the revision level for part number provided by vendor.

The laser wavelength.

The guaranteed +/- range of transmitter output wavelength under all normal operating conditions.

Maximum Case Temperature in Degrees C.

Cc_base.

Maximum Power Dissipation. Max power is 8 bit value * 20 mW.

Maximum Total Power Dissipation in Power Down Mode. Max Power is 8 bit value * 10 mW.

Maximum current required by +5V Supply.

Maximum current required by +3.3V Supply.

Maximum current required by +1.8V Supply.

Maximum current required by -5.2V Supply.

The serial number of a 10GE optical module provided by vendor.

The date code of a 10GE optical module.

Received power measurement type. Options: 1. supportOMA(0) -OMA 2. supportAveragePower(1) -AveragePower Enumeration: 'supportAveragePower': 1, 'supportOMA': 0.

Module Respond to FEC BER. Options: 1. nonSupportBER(0) -no BER Support 2. supportBER(1) -BER Support Enumeration: 'nonSupportBER': 0, 'supportBER': 1.

Indicate enhanced Options. Options: 1. cmu(0) -enhanced options is cmu 2. rateSelect(2) -enhanced options is rateSelect 3. fec(4) -enhanced options is fec 4. vpsby(8) -enhanced options is vpsby 5. rxLOS(16) -enhanced options is rxLOS 6. txFault(32) -enhanced options is txFault 7. txDisable(64) -enhanced options is txDisable 8. alarmFLGIM(128) -enhanced options is alarmFLGIM Enumeration: 'rxLOS': 16, 'fec': 4, 'txDisable': 64, 'txFault': 32, 'rateSelect': 2, 'cm': 0, 'vpsby': 8, 'alarmFLGIM': 128.

Indicate which quantity is monitored by each auxiliary A/D channel one. Options: 1. auxInputType1(0) -Auxiliary monitoring not implemented 2. auxInputType2(1) -APD Bias Voltage 3. auxInputType4(3) -TEC Current (mA) 4. auxInputType5(4) -Laser Temperature 5. auxInputType6(5) -Laser Wavelength 6. auxInputType7(6) -+5V Supply Voltage 7. auxInputType8(7) -+3.3V Supply Voltage 8. auxInputType9(8) -+1.8V Supply Voltage 9. auxInputType10(9) --5.2V Supply Voltage 10. auxInputType11(10) -+5V Supply Current 11. auxInputType14(13) -+3.3V Supply Current 12. auxInputType15(14) -+1.8V Supply Current 13. auxInputType16(15) --5.2V Supply Current Enumeration: 'auxInputType9': 8, 'auxInputType8': 7, 'auxInputType7': 6, 'auxInputType6': 5, 'auxInputType5': 4, 'auxInputType4': 3, 'auxInputType2': 1, 'auxInputType1': 0, 'auxInputType16': 15, 'auxInputType15': 14, 'auxInputType14': 13, 'auxInputType11': 10, 'auxInputType10': 9.

Indicate which quantity is monitored by each auxiliary A/D channel two. Options: 1. auxInputType1(0) -Auxiliary monitoring not implemented 2. auxInputType2(1) -APD Bias Voltage 3. auxInputType4(3) -TEC Current (mA) 4. auxInputType5(4) -Laser Temperature 5. auxInputType6(5) -Laser Wavelength 6. auxInputType7(6) -+5V Supply Voltage 7. auxInputType8(7) -+3.3V Supply Voltage 8. auxInputType9(8) -+1.8V Supply Voltage 9. auxInputType10(9) --5.2V Supply Voltage 10. auxInputType11(10) -+5V Supply Current 11. auxInputType14(13) -+3.3V Supply Current 12. auxInputType15(14) -+1.8V Supply Current 13. auxInputType16(15) --5.2V Supply Current Enumeration: 'auxInputType9': 8, 'auxInputType8': 7, 'auxInputType7': 6, 'auxInputType6': 5, 'auxInputType5': 4, 'auxInputType4': 3, 'auxInputType2': 1, 'auxInputType1': 0, 'auxInputType16': 15, 'auxInputType15': 14, 'auxInputType14': 13, 'auxInputType11': 10, 'auxInputType10': 9.

CC_EXT

Vendor of 10GE Optical module specific information.

Indicates the optical module diagnose information table of an Ethernet port. It is used for querying the diagnose information about the optical module of an Ethernet port. The index of this table is ifindex.

Indicates the optical module diagnose information table of an Ethernet port. It is used for querying the diagnose information about the optical module of an Ethernet port. The index of this entry is ifindex.

Temperature. Unit: 0.000001C

Supply voltage. Unit: 0.000001V

Transmitted bias current. Unit: 0.000001A

Transmitted power. Unit: 0.000001dBm

Received power. Unit: 0.000001dBm

Indicates the operation is performed on a remote optical module. Options: 1. remote(1) -the operation is performed on a remote optical module 2. invalid(-1) -invalid value Enumeration: 'remote': 1, 'invalid': -1.

Indicates the optical power threshold table of an Ethernet port. It is used for querying, setting, and clearing the optical power threshold of an Ethernet port. After the power threshold is set, the power threshold alarming function of the optical port is enabled. When the optical power is lower than the lower threshold or higher than the upper threshold, an alarm is reported. The index of this table is ifindex.

Indicates the optical power threshold table of an Ethernet port. It is used for querying, setting, and clearing the optical power threshold of an Ethernet port. After the power threshold is set, the power threshold alarming function of the optical port is enabled. When the optical power is lower than the lower threshold or higher than the upper threshold, an alarm is reported. The index of this entry is ifindex.

TX optical power lower limit threshold value. Unit: 0.000001dBm

Optical power threshold value Switch. Options: 1. on(1) -set optical power threshold value 2. off(2) -clear optical power threshold value 3. invalid(-1) -invalid value Default: off(2) Enumeration: 'on': 1, 'off': 2, 'invalid': -1.

TX optical power upper limit threshold value. Unit: 0.000001dBm

RX optical power upper limit threshold value. Unit: 0.000001dBm

RX optical power lower limit threshold value. Unit: 0.000001dBm

Optical temperature lower limit threshold value. Unit: 0.01C

Optical temperature upper limit threshold value. Unit: 0.01C

Optical temperature threshold value Switch. Options: 1. on(1) -set optical temparature threshold value 2. off(2) -clear optical temperature threshold value 3. invalid(-1) -invalid value Default: off(2) Enumeration: 'on': 1, 'off': 2, 'invalid': -1.

Optical voltage lower limit threshold value. Unit: 0.01V

Optical voltage upper limit threshold value. Unit: 0.01V

Optical voltage threshold value Switch. Options: 1. on(1) -set optical voltage threshold value 2. off(2) -clear optical voltage threshold value 3. invalid(-1) -invalid value Default: off(2) Enumeration: 'on': 1, 'off': 2, 'invalid': -1.

Optical current lower limit threshold value. Unit: mA

Optical current upper limit threshold value. Unit: mA

Optical current threshold value Switch. Options: 1. on(1) -set optical current threshold value 2. off(2) -clear optical current threshold value 3. invalid(-1) -invalid value Default: off(2) Enumeration: 'on': 1, 'off': 2, 'invalid': -1.

This trap will send when the optical transceiver is faulty.

This trap will send when the Tx power of the Ethernet optical port is out of the range.

This trap will send when the temperature of the Ethernet optical port is too high.

Indicates the extended information table of a smart SFP optical module. It is used for querying the extend information about a smart SFP optical module and setting loopback of a smart SFP optical module. This operation can be performed on both local and remote optical modules. When this operation is performed on a remote optical module, the hwOpticsSmartSFPExtModuleInfoRemote leaf is required. The index of this table is ifIndex.

Indicates the extended information table of a smart SFP optical module. It is used for querying the extend information about a smart SFP optical module and setting loopback of a smart SFP optical module. This operation can be performed on both local and remote optical modules. When this operation is performed on a remote optical module, the hwOpticsSmartSFPExtModuleInfoRemote leaf is required. The index of this entry is ifIndex.

Indicates the type of a smart SFP optical module. Options: 1. smartSFPI(1) -The optical module is a smart SFP I optical module 2. smartSFPII(2) -The optical module is a smart SFP II optical module 3. unknowType(3) -Unknown or unspecified type Enumeration: 'smartSFPI': 1, 'smartSFPII': 2, 'unknowType': 3.

Indicates the protocol version of a smart SFP optical module. Range: -1, 0C255. -1 is the invalid value.

Indicates the enhanced options of a smart SFP optical module. Range: -1, 0C65535. -1 is the invalid value.

Indicates the password of a smart SFP optical module.

Indicates whether the remote smart SFP optical module can control the local optical module. Options: 1. disable(1) -disable, control command from remote optical module will be ignored 2. enable(2) -enable 3. invalid(-1) -invalid value Enumeration: 'enable': 2, 'invalid': -1, 'disable': 1.

Indicates sub-carrier control of a smart SFP optical module, that is, whether the local smart SFP optical module can send signals to the remote optical module. Options: 1. disable(1) -disable 2. enable(2) -enable 3. invalid(-1) -invalid value Enumeration: 'enable': 2, 'invalid': -1, 'disable': 1.

Indicates the sub-carrier status of a smart SFP optical module. Options: 1. down(1) -linked down 2. rxUp(2) -linked up in RX only 3. up(3) -linked up in both RX and TX direction 4. invalid(-1) -invalid value Enumeration: 'down': 1, 'rxUp': 2, 'up': 3, 'invalid': -1.

Indicates the loopback control of a local smart SFP optical module. Options: 1. noloop(1) -no loop 2. remote(2) -local outward loop back 3. local(3) -local inward loop back 4. invalid(-1) -invalid value Enumeration: 'noloop': 1, 'remote': 2, 'invalid': -1, 'local': 3.

Indicates the loopback control of a remote smart SFP optical module. Options: 1. noloop(1) -no loop 2. remote(2) -remote outward loop back 3. invalid(-1) -invalid value Enumeration: 'noloop': 1, 'remote': 2, 'invalid': -1.

Indicates the dying-gasp status of a remote smart SFP optical module. Options: 1. poweron(1) -remote normal power 2. poweroff(2) -remote Dying-Gasp asserted 3. invalid(-1) -invalid value Enumeration: 'poweroff': 2, 'poweron': 1, 'invalid': -1.

Indicates the local output control of a smart SFP optical module. Options: 1. disable(1) -disable 2. enable(2) -enable 3. disableRxLos(3) -disable when LOS asserted 4. invalid(-1) -invalid value Enumeration: 'enable': 2, 'disableRxLos': 3, 'invalid': -1, 'disable': 1.

Indicates control of outputting attenuation signals by a smart SFP optical module. Options: 1. disable(1) -disable 2. enable(2) -enable 3. invalid(-1) -invalid value Enumeration: 'enable': 2, 'invalid': -1, 'disable': 1.

Indicates the carrier loopback detection status of a smart SFP optical module. Options: 1. noSignal(1) -no signal 2. toneDetected(2) -tone detected 3. invalid(-1) -invalid value Enumeration: 'noSignal': 1, 'toneDetected': 2, 'invalid': -1.

Indicates the optical attenuation of a remote loopback device. Range: -1, 0C25500. -1 is the invalid value. Unit: 0.01db

Indicates the optical attenuation of an optical path. Range: -1, 0C25500. -1 is the invalid value. Unit: 0.01db

Indicates the operation is performed on a remote optical module. Options: 1. remote(1) -the operation is performed on a remote optical module 2. invalid(-1) -invalid value Enumeration: 'remote': 1, 'invalid': -1.

Indicates the configured parameter table of a smart SFP optical module. It is used for querying and setting the configured parameters of a smart SFP optical module. This table supports only the smart SFP 2 optical module. The index of this table is ifIndex.

Indicates the configured parameter table of a smart SFP optical module. It is used for querying and setting the configured parameters of a smart SFP optical module. This table supports only the smart SFP 2 optical module. The index of this entry is ifIndex.

Indicates the optical attenuation of a remote loopback device. Unit: 0.01db. Range: -1, 0C25500. -1 is the invalid value. Default: 14000.