Standard view Table view

LUM-TC

        Common textual conventions.

Source file: LUM-TC
Last revised: 30 Jun 2023, 00:00 UTC
Identity: lumTcModule
Base OID: 1.3.6.1.4.1.8708.1.1.2

Imported Objects

LUM-REG	lumModules
SNMPv2-SMI	Integer32 MODULE-IDENTITY (no object page) Unsigned32
SNMPv2-TC	TEXTUAL-CONVENTION (no object page)

Net-SNMP examples using the infinera MIB directory Show commands

These commands use the standard Observium installation path and load the selected MIB variant before the RFC and Net-SNMP directories.

Translate the module identity

/usr/bin/snmptranslate -Pud -Ir -On -m 'LUM-TC' -M '/opt/observium/mibs/infinera:/opt/observium/mibs/rfc:/opt/observium/mibs/net-snmp' 'LUM-TC::lumTcModule'

Walk the MIB subtree

/usr/bin/snmpbulkwalk -v2c -c '<community>' -Pud -Ir -OQUs -m 'LUM-TC' -M '/opt/observium/mibs/infinera:/opt/observium/mibs/rfc:/opt/observium/mibs/net-snmp' 'udp:<hostname>:161' 'LUM-TC::lumTcModule'

How SNMP, Net-SNMP, MIB paths, and variants work

Objects (1)

lumTcModule		`.1.3.6.1.4.1.8708.1.1.2`

Dependencies (3) 3 direct Show tree and compile order Hide dependency details

Each imported module is resolved in the importing module's source directory first, then through the normal default-variant rules.

Dependency tree

LUM-TCinfineraselected
- LUM-REGinfinera1 symbol
  - SNMPv2-SMIrfcdefault fallback3 symbols
- SNMPv2-SMIrfcdefault fallbackshared3 symbols
- SNMPv2-TCrfcdefault fallback1 symbol
  - SNMPv2-SMIrfcshared1 symbol

Dependency-first compile order

SNMPv2-SMIrfc
LUM-REGinfinera
SNMPv2-TCrfc
LUM-TCinfineraselected

Type Definitions (95)

Activated	Enumeration	`activated(1)` `deactivated(2)` `notApplicable(2147483647)` The attribute is activated, de-activated or notApplicable. activated - the attribute is activated deactivated - the attribute is not activated notApplicable - used to tell that attribute is not used in current configuration.
AdminStatus	Enumeration	`down(1)` `up(2)` The administrative state with only up and down. down - The interface should be inactive. up - The interface should be activated.
AdminStatusWithNA	Enumeration	`down(1)` `service(2)` `up(3)` `notApplicable(2147483647)` The administrative state for an interface. down - The interface should be inactive. service - The board/interface is activated but alarms are suppressed. Intended for use during service or re-configuration. When service is concluded adminStatus should be set to 'up' again. up - The interface should be activated when it becomes available. Alarms are not suppressed. notApplicable - used to tell that attribute is not used in current configuration.
AdminStatusWithOutDown	Enumeration	`service(2)` `up(3)` `notApplicable(2147483647)` The administrative state for an interface. service - The board/interface is activated but alarms are suppressed. Intended for use during service or re-configuration. When service is concluded adminStatus should be set to 'up' again. up - The interface should be activated when it becomes available. Alarms are not suppressed. notApplicable - used to tell that attribute is not used in current configuration.
AuType	Enumeration	`au4Type64c(0)` `au4Type16c(1)` `au4Type4c(2)` `au4(3)` `au3(4)` Type of administrative unit (AU).
AutoAlarmStatus	Enumeration	`suppressTrxAndSignal(1)` `suppressSignal(2)` `suppressNone(3)` `notApplicable(2147483647)` The auto alarm enable function is in state suppressTrxSignal, suppressSignal, suppressNone or not Applicable. suppressTrxAndSignal - Both signal alarms and trx alarms are suppressed suppressSignal - Only signal alarms are suppressed suppressNone - Neither trx nor signal alarms are suppressed notApplicable - used to tell that attribute is not used in current configuration.
AutoLambdaCapability	Enumeration	`none(0)` `notApplicable(1)` `dualEndedPeer(2)` `singleEndedTee(3)` `singleEndedHee(4)` Defines the auto lambda capability of the TRX none - Inserted TRX does not support auto lambda notApplicable - Interface does not support auto lambda or TRX is not inserted dualEndedPeer - TRX for dual ended peer auto lambda singleEndedTee - TRX for single ended tail-end equipment auto lambda singleEndedHee - TRX for single ended head-end equipment auto lambda
AutoLambdaState	Enumeration	`none(0)` `notApplicable(1)` `searching(2)` `locked(3)` Defines the auto lambda state of the TRX none - Inserted TRX does not support auto lambda notApplicable - Interface does not support auto lambda or TRX is not inserted searching - Searching auto lambda state locked - Locked auto lambda state
AutoNegotiationStatus	Enumeration	`incomplete(1)` `halfDuplex(2)` `fullDuplex(3)` `halfDuplexRxPauseOn(4)` `halfDuplexTxPauseOn(5)` `halfDuplexRxTxPauseOn(6)` `fullDuplexRxPauseOn(7)` `fullDuplexTxPauseOn(8)` `fullDuplexRxTxPauseOn(9)` `fullDuplexFec(10)` `fec(11)` `notAvailable(2147483646)` `notApplicable(2147483647)` The result of the auto negotiation procedure incomplete - the result is still pending halfDuplex - half duplex fullDuplex - full duplex halfDuplexRxPauseOn - half duplex, Rx pause on halfDuplexTxPauseOn - half duplex, Tx pause on halfDuplexRxTxPauseOn - half duplex, Rx and Tx pause on fullDuplexRxPauseOn - full duplex, Rx pause on fullDuplexTxPauseOn - full duplex, Tx pause on fullDuplexRxTxPauseOn - full duplex, Rx and Tx pause on fullDuplexFec - full duplex, forwarding error correction fec - forwarding error correction notAvailable (2147483646) is used when attribute is not possible to read at the moment. notApplicable (2147483647) is used when attribute is not used in current configuration.
BerLevel	Enumeration	`rxBerLevel1(12)` `rxBerLevel2(13)` `rxBerLevel3(15)` Predefined BER levels for signal degraded alarm rxBerLevel1 = 1E-12 rxBerLevel2 = 1E-13 rxBerLevel3 = 1E-15
BerLevelMTOSI	Enumeration	`qMargin1(1)` `qMargin2(2)` `osnrMargin1(5)` `osnrMargin2(10)` `rxBerLevel1(12)` `rxBerLevel2(13)` `rxBerLevel3(15)` Predefined levels for signal degraded alarm rxBerLevel1 = 1E-12 rxBerLevel2 = 1E-13 rxBerLevel3 = 1E-15 OSNRMargin1 = 0.5 dB margin with respect to FEC cliff OSNRMargin2 = 1.0 dB margin with respect to FEC cliff QMargin1 = 0.5 dB Q margin with respect to the FEC threshold QMargin2 = 0.3 dB Q margin with respect to the FEC threshold
BoardOrInterfaceAdminStatus	Enumeration	`down(1)` `service(2)` `up(3)` The administrative state for a board or interface. down - The board/interface should be inactive. service - The board/interface is activated but alarms are suppressed. Intended for use during service or re-configuration. When service is concluded adminStatus should be set to 'up' again. up - The board/interface should be activated when it becomes available. Alarms are not suppressed.
BoardOrInterfaceOperStatus	Enumeration	`notPresent(1)` `down(2)` `up(3)` The operational state for a board or interface. notPresent - The board/interface is not available. down - The board/interface is de-activated or there are faults preventing it from going to the 'up'-state. up - The board/interface is active.
CcType	Enumeration	`addDrop(0)` `broadcast(1)` `select(2)` `notApplicable(2147483647)` Tells which type of CC that is set up. addDrop?. broadcast?. select?. notApplicable (2147483647) is used when attribute is not used in current configuration.
CommandString	OctetString	Display format: `255a` tbd
ConnectorType	Enumeration	`connector4x10Gb(1)` `connector1x100Gb(2)` `connector3x32Gb(3)` `notApplicable(2147483647)` Connector type specifies the mode in which a port containing sub ports (henceforth referred to as a main port) shall operate in. An example is the QSFP+/28 interface which can use break-out QSFP optics in the same physical cage. Specifying the connector type on the main port tells the system which optics are connected which in turn will decide which subsets of ports will be available for provisioning.
DispersionSearchLimit	Enumeration	`medium(22500)` `high(30000)` Dispersion Search Limit. - Medium - High
DisplayStringWithNA	OctetString	`range: 0..255` Display format: `255a` Represents textual information taken from the NVT ASCII character set, as defined in pages 4, 10-11 of RFC 854. To summarize RFC 854, the NVT ASCII repertoire specifies: - the use of character codes 0-127 (decimal) - the graphics characters (32-126) are interpreted as US ASCII - NUL, LF, CR, BEL, BS, HT, VT and FF have the special meanings specified in RFC 854 - the other 25 codes have no standard interpretation - the sequence 'CR LF' means newline - the sequence 'CR NUL' means carriage-return - an 'LF' not preceded by a 'CR' means moving to the same column on the next line. - the sequence 'CR x' for any x other than LF or NUL is illegal. (Note that this also means that a string may end with either 'CR LF' or 'CR NUL', but not with CR.) Any object defined using this syntax may not exceed 255 characters in length. The string _notApplicable_ is used to tell an SNMP client that this attribute is not applicable in current configu- ration.
EnableDisable	Enumeration	`disabled(1)` `enabled(2)` Represents a boolean value.
EnabledDisabledWithNA	Enumeration	`disabled(1)` `enabled(2)` `notApplicable(2147483647)` disabled - Attribute is not set. enabled - Attribute is set. notApplicable (2147483647) is used when attribute is not used in current configuration.
FaultStatus	Enumeration	`ok(1)` `alarm(2)` A value indicating the current state of a potential fault condition leading to an alarm for an object. ok - indicates that no fault condition is present and no alarm is active or the alarm has been cleared. alarm - indicates that a fault condition is present and an alarm is active. Note: The list of FaultStatus objects forms the list of all potential alarms for the system.
FaultStatusWithNA	Enumeration	`ok(1)` `alarm(2)` `notApplicable(2147483647)` A value indicating the current state of a potential fault condition leading to an alarm for an object. ok - indicates that no fault condition is present and no alarm is active or the alarm has been cleared. alarm - indicates that a fault condition is present and an alarm is active. notApplicable - used to tell that attribute is not used in current configuration. Note: The list of FaultStatus objects forms the list of all potential alarms for the system.
FeatureSet	Enumeration	`staticClientsNoGCCa(0)` `dynamicClientsGCCa(1)` `xrStaticClientsGCC(2)` `notApplicable(2147483647)` Feature set
FecType	Enumeration	`disabled(0)` `g709(1)` `g9751I4(2)` `g9751I7(3)` `sdFec(4)` `oFec(5)` `cFec(6)` `notApplicable(2147483647)` Defines the FEC type of the signal. disabled - FEC correction is not activated. g709 - 1st generation FEC according to ITU-T G.709 (near 6 dB coding gain). g9751I4 - FEC according to G975.1 I.4. Outer code: RS(1023,1007), Inner code: BCH(2047,1952). g9751I7 - FEC according to G975.1 I.9. Two orthogonally concatenated BCH codes. sdFec - Proprietary Soft Decision FEC scheme. oFec - Open FEC (defined by OpenROADM MSA) cFec - concatenated FEC (defined by G709.3) notApplicable (2147483647) is used when fectype is not used in current configuration.
FlexibleCenterFrequencyRangeWithNA	Unsigned32	`range: 0range: 191350000..196100000range: 2147483646..2147483647` Display format: `d` Flexible center frequency range. 0 signifies an undefined flexible frequency
FlowControlMode	Enumeration	`noPause(1)` `rxPause(2)` `txPause(3)` `bothPause(4)` `notApplicable(2147483647)` The mode for handling flow control between the local device and link partner. The PAUSE settings has the following meaning when auto-negotiation is enabled. Setting 802.3 equivalent ------- ---------------- noPause No PAUSE. txPause Asymmetric PAUSE toward link partner (send only). bothPause Symmetric PAUSE (send and receive). rxPause Both symmetric PAUSE and asymmetric PAUSE toward local device (send and/or receive). The PAUSE settings has the following meaning when auto-negotiation is disabled. Setting Result ------- ------ noPause PAUSE frame reception and transmission is disabled. txPause PAUSE frame transmission is enabled. bothPause PAUSE frame reception and transmission is enabled. rxPause PAUSE frame reception is enabled. notApplicable (2147483647) is used to tell that attribute is not used in current configuration.
Frequency	Enumeration	`undefined(0)` `b1300(130)` `b1500(150)` `w850(850)` `w1270(1270)` `w1290(1290)` `w1310(1310)` `w1330(1330)` `w1350(1350)` `w1370(1370)` `w1390(1390)` `w1410(1410)` `w1430(1430)` `w1450(1450)` `w1470(1470)` `w1490(1490)` `w1510(1510)` `w1530(1530)` `w1550(1550)` `w1570(1570)` `w1590(1590)` `w1610(1610)` `ch871(18710)` `ch873(18730)` `ch875(18750)` `ch877(18770)` `ch879(18790)` `ch881(18810)` `ch883(18830)` `ch885(18850)` `ch887(18870)` `ch889(18890)` `ch891(18910)` `ch893(18930)` `ch895(18950)` `ch897(18970)` `ch899(18990)` `ch901(19010)` `ch903(19030)` `ch905(19050)` `ch907(19070)` `ch909(19090)` `ch9135(19135)` `ch914(19140)` `ch9145(19145)` `ch915(19150)` `ch9155(19155)` `ch916(19160)` `ch9165(19165)` `ch917(19170)` `ch9175(19175)` `ch918(19180)` `ch9185(19185)` `ch919(19190)` `ch9195(19195)` `ch920(19200)` `ch9205(19205)` `ch921(19210)` `ch9215(19215)` `ch922(19220)` `ch9225(19225)` `ch923(19230)` `ch9235(19235)` `ch924(19240)` `ch9245(19245)` `ch925(19250)` `ch9255(19255)` `ch926(19260)` `ch9265(19265)` `ch927(19270)` `ch9275(19275)` `ch928(19280)` `ch9285(19285)` `ch929(19290)` `ch9295(19295)` `ch930(19300)` `ch9305(19305)` `ch931(19310)` `ch9315(19315)` `ch932(19320)` `ch9325(19325)` `ch933(19330)` `ch9335(19335)` `ch934(19340)` `ch9345(19345)` `ch935(19350)` `ch9355(19355)` `ch936(19360)` `ch9365(19365)` `ch937(19370)` `ch9375(19375)` `ch938(19380)` `ch9385(19385)` `ch939(19390)` `ch9395(19395)` `ch940(19400)` `ch9405(19405)` `ch941(19410)` `ch9415(19415)` `ch942(19420)` `ch9425(19425)` `ch943(19430)` `ch9435(19435)` `ch944(19440)` `ch9445(19445)` `ch945(19450)` `ch9455(19455)` `ch946(19460)` `ch9465(19465)` `ch947(19470)` `ch9475(19475)` `ch948(19480)` `ch9485(19485)` `ch949(19490)` `ch9495(19495)` `ch950(19500)` `ch9505(19505)` `ch951(19510)` `ch9515(19515)` `ch952(19520)` `ch9525(19525)` `ch953(19530)` `ch9535(19535)` `ch954(19540)` `ch9545(19545)` `ch955(19550)` `ch9555(19555)` `ch956(19560)` `ch9565(19565)` `ch957(19570)` `ch9575(19575)` `ch958(19580)` `ch9585(19585)` `ch959(19590)` `ch9595(19595)` `ch960(19600)` `ch9605(19605)` `ch961(19610)` `notAvailable(2147483646)` `notApplicable(2147483647)` The frequency of the 'wavelength' given in hundreds of GHz (0.01 GHz). notApplicable - used to tell that attribute is not used in current configuration. notAvailable - used to tell that it is not possible to read attribute at the moment.
FrequencyOnlyNotApplicable	Enumeration	`undefined(0)` `b1300(130)` `b1500(150)` `w850(850)` `w1270(1270)` `w1290(1290)` `w1310(1310)` `w1330(1330)` `w1350(1350)` `w1370(1370)` `w1390(1390)` `w1410(1410)` `w1430(1430)` `w1450(1450)` `w1470(1470)` `w1490(1490)` `w1510(1510)` `w1530(1530)` `w1550(1550)` `w1570(1570)` `w1590(1590)` `w1610(1610)` `ch871(18710)` `ch873(18730)` `ch875(18750)` `ch877(18770)` `ch879(18790)` `ch881(18810)` `ch883(18830)` `ch885(18850)` `ch887(18870)` `ch889(18890)` `ch891(18910)` `ch893(18930)` `ch895(18950)` `ch897(18970)` `ch899(18990)` `ch901(19010)` `ch903(19030)` `ch905(19050)` `ch907(19070)` `ch909(19090)` `ch9135(19135)` `ch914(19140)` `ch9145(19145)` `ch915(19150)` `ch9155(19155)` `ch916(19160)` `ch9165(19165)` `ch917(19170)` `ch9175(19175)` `ch918(19180)` `ch9185(19185)` `ch919(19190)` `ch9195(19195)` `ch920(19200)` `ch9205(19205)` `ch921(19210)` `ch9215(19215)` `ch922(19220)` `ch9225(19225)` `ch923(19230)` `ch9235(19235)` `ch924(19240)` `ch9245(19245)` `ch925(19250)` `ch9255(19255)` `ch926(19260)` `ch9265(19265)` `ch927(19270)` `ch9275(19275)` `ch928(19280)` `ch9285(19285)` `ch929(19290)` `ch9295(19295)` `ch930(19300)` `ch9305(19305)` `ch931(19310)` `ch9315(19315)` `ch932(19320)` `ch9325(19325)` `ch933(19330)` `ch9335(19335)` `ch934(19340)` `ch9345(19345)` `ch935(19350)` `ch9355(19355)` `ch936(19360)` `ch9365(19365)` `ch937(19370)` `ch9375(19375)` `ch938(19380)` `ch9385(19385)` `ch939(19390)` `ch9395(19395)` `ch940(19400)` `ch9405(19405)` `ch941(19410)` `ch9415(19415)` `ch942(19420)` `ch9425(19425)` `ch943(19430)` `ch9435(19435)` `ch944(19440)` `ch9445(19445)` `ch945(19450)` `ch9455(19455)` `ch946(19460)` `ch9465(19465)` `ch947(19470)` `ch9475(19475)` `ch948(19480)` `ch9485(19485)` `ch949(19490)` `ch9495(19495)` `ch950(19500)` `ch9505(19505)` `ch951(19510)` `ch9515(19515)` `ch952(19520)` `ch9525(19525)` `ch953(19530)` `ch9535(19535)` `ch954(19540)` `ch9545(19545)` `ch955(19550)` `ch9555(19555)` `ch956(19560)` `ch9565(19565)` `ch957(19570)` `ch9575(19575)` `ch958(19580)` `ch9585(19585)` `ch959(19590)` `ch9595(19595)` `ch960(19600)` `ch9605(19605)` `ch961(19610)` `notApplicable(2147483647)` The frequency of the 'wavelength' given in hundreds of GHz (0.01 GHz). notApplicable - used to tell that attribute is not used in current configuration.
InetAddressIPv6	OctetString	`range: 16` Display format: `2x:2x:2x:2x:2x:2x:2x:2x` Represents an IPv6 network address: Octets Contents Encoding 1-16 IPv6 address network-byte order The corresponding InetAddressType value is ipv6(2). This textual convention SHOULD NOT be used directly in object definitions, as it restricts addresses to a specific format. However, if it is used, it MAY be used either on its own or in conjunction with InetAddressType, as a pair.
Integer32WithNA	Integer32	`range: 0..2147483647` Display format: `d` An Integer32 of an object between 0 and 2147483645. 2147483647 is used to indicate that the attribute is not used on the object. 2147483646 is used to indicate that the attribute is not available currently
InterfaceStatus	Enumeration	`outOfService(1)` `autoInService(2)` `inService(3)` `maintenance(4)` `notApplicable(2147483647)` The traffic port status calculated dynamically from auto alarm enbale status and admin status. outOfService - No PM and no alarms. autoInService - No PM and no alarms. Changes to 'inService' when OK. inService - Reports PM and alarms. maintenance - Maintenance mode. notApplicable - Used to tell that attribute is not applicable in current configuration.
InterfaceType	Enumeration	`individual(1)` `bundled(2)` `bundledSplit(3)` `notAvailable(2147483646)` `notApplicable(2147483647)` Indicates the type of interface. individual - The ports of the interface are handled individually bundled - The ports of the interface are bundled bundledSplit - The ports of the interface are bundled 2x5
InterleaverMode	Enumeration	`xtm(0)` `nonXtm(1)` Defines the interleaver mode
LambdaFrequency	Enumeration	`undefined(0)` `iWdmPonFrequency(1)` `otclg(2)` `b1300(130)` `b1500(150)` `w850(850)` `w1270(1270)` `w1290(1290)` `w1310(1310)` `w1330(1330)` `w1350(1350)` `w1370(1370)` `w1390(1390)` `w1410(1410)` `w1430(1430)` `w1450(1450)` `w1470(1470)` `w1490(1490)` `w1510(1510)` `w1530(1530)` `w1550(1550)` `w1570(1570)` `w1590(1590)` `w1610(1610)` `w1611(1611)` `ch871(18710)` `ch873(18730)` `ch875(18750)` `ch877(18770)` `ch879(18790)` `ch881(18810)` `ch883(18830)` `ch885(18850)` `ch887(18870)` `ch889(18890)` `ch891(18910)` `ch893(18930)` `ch895(18950)` `ch897(18970)` `ch899(18990)` `ch901(19010)` `ch903(19030)` `ch905(19050)` `ch907(19070)` `ch909(19090)` `ch9135(19135)` `ch914(19140)` `ch9145(19145)` `ch915(19150)` `ch9155(19155)` `ch916(19160)` `ch9165(19165)` `ch917(19170)` `ch9175(19175)` `ch918(19180)` `ch9185(19185)` `ch919(19190)` `ch9195(19195)` `ch920(19200)` `ch9205(19205)` `ch921(19210)` `ch9215(19215)` `ch922(19220)` `ch9225(19225)` `ch923(19230)` `ch9235(19235)` `ch924(19240)` `ch9245(19245)` `ch925(19250)` `ch9255(19255)` `ch926(19260)` `ch9265(19265)` `ch927(19270)` `ch9275(19275)` `ch928(19280)` `ch9285(19285)` `ch929(19290)` `ch9295(19295)` `ch930(19300)` `ch9305(19305)` `ch931(19310)` `ch9315(19315)` `ch932(19320)` `ch9325(19325)` `ch933(19330)` `ch9335(19335)` `ch934(19340)` `ch9345(19345)` `ch935(19350)` `ch9355(19355)` `ch936(19360)` `ch9365(19365)` `ch937(19370)` `ch9375(19375)` `ch938(19380)` `ch9385(19385)` `ch939(19390)` `ch9395(19395)` `ch940(19400)` `ch9405(19405)` `ch941(19410)` `ch9415(19415)` `ch942(19420)` `ch9425(19425)` `ch943(19430)` `ch9435(19435)` `ch944(19440)` `ch9445(19445)` `ch945(19450)` `ch9455(19455)` `ch946(19460)` `ch9465(19465)` `ch947(19470)` `ch9475(19475)` `ch948(19480)` `ch9485(19485)` `ch949(19490)` `ch9495(19495)` `ch950(19500)` `ch9505(19505)` `ch951(19510)` `ch9515(19515)` `ch952(19520)` `ch9525(19525)` `ch953(19530)` `ch9535(19535)` `ch954(19540)` `ch9545(19545)` `ch955(19550)` `ch9555(19555)` `ch956(19560)` `ch9565(19565)` `ch957(19570)` `ch9575(19575)` `ch958(19580)` `ch9585(19585)` `ch959(19590)` `ch9595(19595)` `ch960(19600)` `ch9605(19605)` `ch961(19610)` The frequency of the 'wavelength' given in hundreds of GHz (0.01 GHz).
LambdaType	Enumeration	`fixed(1)` `range(2)` `transparent(3)` `interleavedOdd(4)` `interleavedEven(5)` `interleaved50GHzOdd(6)` `interleaved50GhzEven(7)` Indicates the type of wavelength a port can accomodate. fixed - The port received or transmits a fixed frequency. range - The port can handle a range of frequencies. transparent - There are no frequency properties associated with the port.
LaneFrequency	Enumeration	`undefined(0)` `b1300(130)` `b1500(150)` `w850(850)` `w1270(1270)` `w1290(1290)` `w1297(1297)` `w1301(1301)` `w1305(1305)` `w1309(1309)` `w1310(1310)` `w1330(1330)` `w1350(1350)` `w1370(1370)` `w1390(1390)` `w1410(1410)` `w1430(1430)` `w1450(1450)` `w1470(1470)` `w1490(1490)` `w1510(1510)` `w1523(1523)` `w1530(1530)` `w1531(1531)` `w1539(1539)` `w1547(1547)` `w1550(1550)` `w1555(1555)` `w1563(1563)` `w1570(1570)` `w1571(1571)` `w1579(1579)` `w1587(1587)` `w1590(1590)` `w1595(1595)` `w1610(1610)` `ch871(18710)` `ch873(18730)` `ch875(18750)` `ch877(18770)` `ch879(18790)` `ch881(18810)` `ch883(18830)` `ch885(18850)` `ch887(18870)` `ch889(18890)` `ch891(18910)` `ch893(18930)` `ch895(18950)` `ch897(18970)` `ch899(18990)` `ch901(19010)` `ch903(19030)` `ch905(19050)` `ch907(19070)` `ch909(19090)` `ch9185(19185)` `ch919(19190)` `ch9195(19195)` `ch920(19200)` `ch9205(19205)` `ch921(19210)` `ch9215(19215)` `ch922(19220)` `ch9225(19225)` `ch923(19230)` `ch9235(19235)` `ch924(19240)` `ch9245(19245)` `ch925(19250)` `ch9255(19255)` `ch926(19260)` `ch9265(19265)` `ch927(19270)` `ch9275(19275)` `ch928(19280)` `ch9285(19285)` `ch929(19290)` `ch9295(19295)` `ch930(19300)` `ch9305(19305)` `ch931(19310)` `ch9315(19315)` `ch932(19320)` `ch9325(19325)` `ch933(19330)` `ch9335(19335)` `ch934(19340)` `ch9345(19345)` `ch935(19350)` `ch9355(19355)` `ch936(19360)` `ch9365(19365)` `ch937(19370)` `ch9375(19375)` `ch938(19380)` `ch9385(19385)` `ch939(19390)` `ch9395(19395)` `ch940(19400)` `ch9405(19405)` `ch941(19410)` `ch9415(19415)` `ch942(19420)` `ch9425(19425)` `ch943(19430)` `ch9435(19435)` `ch944(19440)` `ch9445(19445)` `ch945(19450)` `ch9455(19455)` `ch946(19460)` `ch9465(19465)` `ch947(19470)` `ch9475(19475)` `ch948(19480)` `ch9485(19485)` `ch949(19490)` `ch9495(19495)` `ch950(19500)` `ch9505(19505)` `ch951(19510)` `ch9515(19515)` `ch952(19520)` `ch9525(19525)` `ch953(19530)` `ch9535(19535)` `ch954(19540)` `ch9545(19545)` `ch955(19550)` `ch9555(19555)` `ch956(19560)` `ch9565(19565)` `ch957(19570)` `ch9575(19575)` `ch958(19580)` `ch9585(19585)` `ch959(19590)` `ch9595(19595)` `ch960(19600)` `ch9605(19605)` `ch961(19610)` `notAvailable(2147483646)` `notApplicable(2147483647)` The frequency of the 'wavelength' given in hundreds of GHz (0.01 GHz). notApplicable - used to tell that attribute is not used in current configuration. notAvailable - used to tell that it is not possible to read attribute at the moment.
LaserMode	Enumeration	`forcedOn(1)` `als(2)` `notApplicable(2147483647)` The configured laser mode. notApplicable - used to tell that attribute is not used in current configuration.
Layer	Unsigned32	`range: 0..2147483647` Display format: `x` Layer in signal. this is a bitmask describing layer. 2147483647 is used to indicate that the attribute is not used on the object.
MeasurementStatusWithNA	Enumeration	`success(1)` `failed(2)` `notAvailable(2147483646)` `notApplicable(2147483647)` Defines the status of latest measurement. success - The measurement was successful. failed - The measurement failed. notApplicable - used to tell that attribute is not used in current configuration. notAvailable - used to tell that it is not possible to read attribute at the moment.
MgmtNameString	OctetString	`range: 0..255` Display format: `255a` An octet string containing administrative information, in human-readable form. More or less the same as SnmpAdminString defined in SNMP-FRAMEWORK-MIB.
MgmtNameStringWithNA	OctetString	`range: 0..255` Display format: `255a` An octet string containing administrative information, in human-readable form. More or less the same as SnmpAdminString defined in SNMP-FRAMEWORK-MIB. The value _notApplicable_ is used to tell the SNMP client that this attribute is not used in current configuration.
ModelOption	Enumeration	`p2p(1)` `p2mp(2)` Services using XR pluggables.
MplsLabel	Unsigned32	`range: 0..1048575` Display format: `d` MPLS label with actual label range 16-1048575, 0-15 is reserved.
NetworkXc	Enumeration	`hubPortId1(1)` `hubPortId2(2)` `hubPortId3(3)` `hubPortId4(4)` `hubPortId5(5)` `hubPortId6(6)` `hubPortId7(7)` `hubPortId8(8)` Cross connection port on hub side.
ObjectProperty	Unsigned32	`range: 0..4294967295` Display format: `d` A bitmask of length 32 encoding certain properties of an object.
OnOff	Enumeration	`off(1)` `on(2)` `notAvailable(2147483646)` `notApplicable(2147483647)` The configured laser mode. notApplicable - used to tell that attribute is not used in current configuration. notAvailable - used to tell that it is not possible to read attribute at the moment.
OperStatusWithNA	Enumeration	`notPresent(1)` `down(2)` `up(3)` `notApplicable(2147483647)` The operational state for a interface. notPresent - The interface is not available. down - The interface is de-activated or there are faults preventing it from going to the 'up'-state. up - The interface is active. notApplicable - used to tell that attribute is not used in current configuration.
OpticalLayerMappingType	Enumeration	`undefined(0)` `fourOpticalLanes(1)` `tenOpticalLanes(2)` `singleOpticalChannel(3)` `eightOpticalLanes(4)` Type of optical layer mapping.
OtherMccp	Enumeration	`igmpMldDiscard(1)` `igmpMldTransparent(2)` Represents a boolean value.
OtnAlarmMode	Enumeration	`ignore(0)` `alarm(1)` `display(2)` `notApplicable(2147483647)` Tells how section specific alarms are handled. ignore - Do not show any alarms on non-terminated sections. display - Show fault status on non-terminated sections. alarm - Alarm also for non-terminating sections. notApplicable (2147483647) is used when attribute is not used in current configuration.
OtnDirectionWithNA	Enumeration	`none(0)` `rx(1)` `tx(2)` `notApplicable(2147483647)` Indicates the direction applied to the monitoring object the trace is related to. None - Unspecified direction. Rx - In bound direction. Tx - out bound direction. notApplicable (2147483647) is used when attribute is not used in current configuration.
OtnMonitorConfig	Enumeration	`terminated(0)` `transparent(1)` Monitor Configuration for an OTN object. terminated - section is terminated in port transparent - monitor passes the port transparent
OtnMonitorType	Enumeration	`sm(0)` `pm(1)` `tcm(2)` MonitorType for an OTN object. sm - section monitor pm - path monitor tcm - tandem connection monitor
OtnTIMDetMode	Enumeration	`sapi(0)` `dapi(1)` `both(2)` TTI Mismatch detection mode. sapi - TTI MM is detected based on SAPI dapi - TTI MM is detected based on DAPI both - TTI MM is detected based on SAPI and DAPI
OtnTIMDetModeWithNA	Enumeration	`off(0)` `sapi(1)` `dapi(2)` `both(3)` `notApplicable(2147483647)` TTI Mismatch detection mode. off - TTI MM is not monitored on any level sapi - TTI MM is detected based on SAPI dapi - TTI MM is detected based on DAPI both - TTI MM is detected based on SAPI and DAPI notApplicable (2147483647) is used when attribute is not used in current configuration.
OtnType	Enumeration	`sm(0)` `tcm(1)` `pm(2)` Type of overhead. sm - Section monitoring (SM). tcm - Tandem connection monitoring (TCM) pm - Path monitoring (PM)
OtnTypeWithNA	Enumeration	`sm(0)` `pm(1)` `tcm1(2)` `tcm2(3)` `tcm3(4)` `tcm4(5)` `tcm5(6)` `tcm6(7)` `notAvailable(2147483646)` `notApplicable(2147483647)` Type of overhead. sm - Section monitoring (SM). tcm - Tandem connection monitoring (TCM) pm - Path monitoring (PM)
PhysicalLayerMappingType	Enumeration	`dualFiber(1)` `singleFiber(2)` Type of physical layer mapping.
Platform	Enumeration	`unknown(0)` `cuosc(1)` `cusfpv1(2)` `cusfpv2(3)` `cusfpv3(4)` `culessTU1(5)` `culessTU2(6)` `culessTU3(7)` `culessTU4(8)` `pizzaboxFHA1UDC(9)` `pizzaboxEMXP1UDC(10)` `pizzaboxHDEA1600(11)` `pizzaboxEMXP800XH(12)` `pizzaboxOA2H(13)` shows which platform type (CU type) the node is
PmReset	Enumeration	`normal(1)` `reset(2)` 'Action' for reseting performance counters.
PortNumber	Unsigned32	`range: 0..116` Display format: `d` The number of a port on a board. If an interface has two numbers, the lowest number is used. 0 signifies an undefined port number.
PortType	Enumeration	`rx(1)` `tx(2)` `biDi(3)` tbd description tbd rxTx?
Rate	Enumeration	`sdh156(1)` `sdh2488(2)` `notAvailable(2147483646)` `notApplicable(2147483647)` The bit rate of signal. notApplicable - used to tell that attribute is not used in current configuration. notAvailable - used to tell that it is not possible to read attribute at the moment.
ResetWithNA	Enumeration	`reset(1)` `normal(2)` `notApplicable(2147483647)` When the attribute is set to reset the function is re-initialised. Then the attribute is set to normal again automatically. reset - Re-initialises the function normal - The function is in normal state notApplicable - used to tell that attribute is not used in current configuration.
RsFecMode	Enumeration	`forcedOff(0)` `forcedOn(1)` `auto(2)` RS-FEC configuration modes
RsFecOnOff	Enumeration	`off(0)` `on(1)` `undefined(2)` Ethernet RS-FEC enabled/disabled. off - RS-FEC is disabled for inserted transceiver type. on - RS-FEC is enabled for inserted transceiver type. undefined - RS-FEC not configured, no transceiver is detected.
ServiceIdWithNotUsed	Integer32	`range: -1..2147483647` Display format: `d` An Integer32 of between -1 and 2147483647. -1 is used to indicate that the service Id is not used on this certain object..
ServiceRole	Enumeration	`hub(1)` `leaf(2)` Service role.
SignalDirection	Enumeration	`rx(1)` `tx(2)` `biDir(3)` `txRx(4)` `notAvailable(2147483646)` Indicates the direction of the signal. rx - Inbound direction tx - Outbound direction biDir - Bidirectional txRx - Both Tx and Rx
SignalFormat	Enumeration	`other(1)` `stm1(2)` `stm4(3)` `stm16(4)` `gbE(5)` `stm64(6)` `fc1Gb(7)` `fc2Gb(8)` `wan10GbE(9)` `unused(10)` `lan10GbE(11)` `escon(12)` `esconLL(13)` `dvb270(14)` `oc3(15)` `oc12(16)` `oc48(17)` `oc192(18)` `hdtv1485(19)` `ethernet(20)` `fastEthernet(21)` `lan10GbEFec(22)` `wan10GbEStm64Fec(23)` `fc4Gb(24)` `etr(25)` `auto(26)` `down(27)` `stm1Oc3(28)` `stm4Oc12(29)` `stm16Oc48(30)` `stm64Oc192(31)` `gbe9Line(32)` `ddgbeLine(34)` `gbEorTrm5500(35)` `fc8Gb(36)` `otu2(37)` `otu2e(38)` `e1(39)` `t1(40)` `mbh2Gb5(41)` `syncE(42)` `line4G(43)` `mbh4Gbps(44)` `fecLan10GbE1A(45)` `fecLan10GbE1B(46)` `sdi3G(47)` `iWdm4G(48)` `sdSdi270(49)` `hdtvNTSC(50)` `oc768(51)` `stm256(52)` `lan40GbE(53)` `wan40GbE(54)` `sfStm256Oc768(55)` `iwdm40Gb(56)` `otu4(57)` `lan100GbE(58)` `transpLan10GbE(59)` `cpri1(60)` `cpri2(61)` `cpri3(62)` `cpri4(63)` `cpri5(64)` `cpri6(65)` `cpri7(66)` `fc10Gb(67)` `fc16Gb(68)` `cpri8(69)` `obsai1x(70)` `obsai2x(71)` `obsai4x(72)` `obsai8x(73)` `otu1(74)` `iwdm11G(75)` `rw100G(76)` `rw200G(77)` `otu4SdFec(78)` `otuj1(79)` `otuj2(80)` `fc32Gb(81)` `clearChannel32GbFc(82)` `lan400GbE(83)` `flexO4(84)` `flexO2(85)` `openZRplus400(86)` `openZRplus200(87)` `lan25GbE(88)` `otuC2(89)` `otuC4(90)` `otuC1i(91)` `otuC2i(92)` `otuC1ix2(93)` `otuC4i(94)` `otuC1ix4(95)` `notApplicable(2147483647)` Signal format for an interfaces. other - Unspecified format (see bitrate configuration for speed) stm1 - STM-1 SDH signal stm4 - STM-4 SDH signal stm16 - STM-16 SDH signal stm64 - STM-64 SDH signal stm256 - STM-256 SDH signal oc3 - OC3 Sonet signal oc12 - OC12 Sonet signal oc48 - OC48 Sonet signal oc192 - OC192 Sonet signal oc768 - OC768 Sonet signal gbE - Gigabit Ethernet signal fc1Gb - 1.0625 Gbps signal fc2Gb - 2.1250 Gbps signal wan10GbE - 10 Gigabit Ethernet WAN signal wan40GbE - 40 Gigabit Ethernet WAN signal unused - The port is not used at the moment lan10GbE - 10 Gigabit Ethernet LAN signal lan40GbE - 40 Gigabit Ethernet LAN signal escon - ESCON esconLL - ESCON Low Latency dvb270 - Digital video broadcast (270 Mbps) hdtv1485 - HDTV 1485 Mbps ethernet - Ethernet 10 Mbps fastEthernet - Fast Ethernet 100 Mbps fc4Gb - 4.2500 Gbps signal etr - 16 Mbps auto - automatic protocol detection down - for actual value when no traffic gbe9Line - 10G iWDM without FEC (10.3125Gb/s) gbEorTrm5500 - Gigabit Ethernet or Trm5500 signal fc8Gb - 8.500 Gbps signal otu2 - OTU-2 OTN signal 10.7 Gb/s otu2e - OTU-2e OTN signal 11.1 Gb/s e1 - E1 signal t1 - T1 signal mbh2Gb5 - 2.5 Gbps for MBH syncE - Synchrounous Ethernet signal line4G - 4 Gbps Line from MSMXP/58xx. mbh4Gbps - 4 Gbps for MBH fecLan10GbE1A - iWDM 10G framing format type 1A (TPD10GBE-BU) fecLan10GbE1B - iWDM 10G framing format type 1B (TPQ10GFEC, MS-MXP/10G, GBE9/MXP10GFEC) sdi3G - 3G-SDI video format iWdm4G - 4Gbps iWDM format sdSdi270 - SD-SDI 270Mbps video format hdtvNTSC - HD-SDI 1.485/1.001 Gbps video format iwdm40Gb - 40Gbps iWDM framing format (MSTP40G, MSMXP40G) otu4 - OTU-4 OTN signal 112 Gb/s lan100GbE - 100 Gigabit Ethernet LAN signal transpLan10GbE - Transparent 10GbE-LAN cpri1 - CPRI 614.4 Mbps cpri2 - CPRI 1228.8 Mbps cpri3 - CPRI 2457.6 Mbps cpri4 - CPRI 3072.0 Mbps cpri5 - CPRI 4915.2 Mbps cpri6 - CPRI 6144.0 Mbps cpri7 - CPRI 9830.4 Mbps fc10Gb - 10.52 Gbps signal fc16Gb - 14.025 Gbps signal cpri8 - CPRI 10.1376 Gbps obsai1x - OBSAI 0.768 Gb/s (1 x 768 Mbps) obsai2x - OBSAI 1.536 Gb/s (2 x 768 Mbps) obsai4x - OBSAI 3.072 Gb/s (4 x 768 Mbps) obsai8x - OBSAI 6.144 Gb/s (8 x 768 Mbps) otu1 - OTU-1 OTN signal 2.66 Gb/s iwdm11G - iWDM format 11.1 Gbps 100G - 100 Gbps Redwood 200G - 200 Gbps Redwood otuj1 - Proprietary 100G+SDFEC, Non-differential QPSK used in Acacia AC200 otuj2 - Proprietary 200G+SDFEC, 16QAM used in Acacia AC200 fc32Gb - 28.05 Gbps signal clearChannel32GbFc - 28.05 Gbps signal lan400GbE - 400 Gigabit Ethernet LAN signal flexO4 - 400G OTN signal flexO2 - 200G OTN signal openZRplus400 - 400G Open ZR plus signal openZRplus200 - 200G Open ZR plus signal lan25GbE - 25 Gigabit Ethernet LAN signal otuC2 - 200G SD FEC signal otuC4 - 400G SD FEC signal otuC1i - Proprietary 100G SD-FEC, QPSK open XR format. otuC1ix2 - Proprietary 200G (2x100G clients) SD-FEC, QPSK/16QAM open XR format. otuC2i - Proprietary 200G Flex (1x200G clients) SD-FEC, QPSK/16QAM open XR format. otuC1ix4 - Proprietary 400G (4x100G clients) SD-FEC, 16QAM open XR format. otuC4i - Proprietary 400G Flex (1x400G clients) SD-FEC, 16QAM open XR format. notApplicable - Board does not used signal format on line. Used in SNMP.
SignalStatusWithNA	Enumeration	`down(1)` `degraded(2)` `up(3)` `notApplicable(2147483647)` SignalStatus. notApplicable - used to tell that attribute is not used in current configuration.
SignalStructure deprecated	Enumeration	`phyTrxOptOtsOptOchOtnOtuOtnOduOtnmonSmOtnmonPm(1)` `phyTrxOptOtsOptOchSdhRsSdhMs(2)` `phyTrxOptOtsOptOchSonetSectionSonetLine(3)` `phyTrxOptOtsOptOchEthPhys(4)` `notApplicable(2147483647)` Describes which layers in the MTOSI MIB the port currently uses. notApplicable - used to tell that attribute is not used in current configuration.
SignalType	Enumeration	`uni(1)` `biDi(2)` tbd description
Signed32WithNA	Integer32	`range: -2147483648..2147483647` Display format: `d` A signed integer. 2147483646 used to tell that it is not possible to read attribute at the moment. 2147483647 is used to indicate that the attri- bute is not available currently
SlotNumber	Unsigned32	`range: 0..22` Display format: `d` The number of a slot within a subrack. 0 signifies an undefined slot number.
StsSpeType	Enumeration	`sts192cSpe(0)` `sts48cSpe(1)` `sts12cSpe(2)` `sts3cSpe(3)` `sts1Spe(4)` Type of STS-SPE.
StsType	Enumeration	`stsType192c(0)` `stsType48c(1)` `stsType3c(2)` `sts3(3)` `sts1(4)` Type of STS.
SubrackNumber	Unsigned32	`range: 0..15` Display format: `d` The number of a subrack within a network element. 0 signifies an undefined subrack number.
Subspectrum	Enumeration	`a(1)` `b(2)` `notApplicable(2147483647)` Subspectrum parts.
SyncSourceMode	Enumeration	`disabled(0)` `enabled(1)` `lockedOut(2)` Operating mode of a synchronization source. disabled - The source is disabled from the sync selection process and will not send or terminate SSM messages. Any incoming SSM messages will be passed on transparently. enabled - The source is included in the sync selection process and will both send and terminate SSM messages. lockedOut - The source is not enabled in the sync selection process, but terminates all incoming SSM messages. If the sync selection process is operating in Quality level enabled mode it will also send the Quality level of the seleceted sync source.
SyncSourceState	Enumeration	`undefined(0)` `normal(1)` `failed(2)` `waitToRestore(3)` State of synchronization source included in a synchronization selection process as per defined in ITU-T G.781.
TcmMode	Enumeration	`operational(0)` `transparent(1)` `monitor(2)` `notApplicable(2147483647)` TCM mode for a TCM object according to G.798. operationl - The TCM section is terminated. transparent - The TCM section is transparent. monitor - Some consequent actions will occur due to other alarms. See G.798. notApplicable (2147483647) is used when attribute is not used in current configuration.
TcmNumber	Enumeration	`tcm1(0)` `tcm2(1)` `tcm3(2)` `tcm4(3)` `tcm5(4)` `tcm6(5)` `notApplicable(2147483647)` TCM number in ODU overhead that is terminated. Can be tcm1 .. tcm6. notApplicable (2147483647) is used when attribute is not used in current configuration.
Time7200min	Integer32	`range: 0..7200range: 2147483647` Display format: `d` An Integer32 of an object between 0 and 7200. The value 0 is used in SNMP to indicate that the setting will last forever. 2147483647 is used to indicate that the attribute is not used on the object.
Time7200minNo0	Integer32	`range: 1..7200range: 2147483647` Display format: `d` An Integer32 of an object between 1 and 7200. The value 2147483647 is used to indicate that the attribute is not used on the object.
TribPortIdType	Enumeration	`unused(0)` `tp1(1)` `tp2(2)` `tp3(3)` `tp4(4)` `tp5(5)` `tp6(6)` `tp7(7)` `tp8(8)` `tp9(9)` `tp10(10)` `tp11(11)` `notApplicable(2147483647)` Tributary port ID.
TruthValueWithNA	Enumeration	`true(0)` `false(1)` `notAvailable(2147483646)` `notApplicable(2147483647)` Defines a value that can be true, false or not available true - The condition is false false - The condition is not true notAvailable (2147483646) is used when attribute is not available under current circumstances. This value is only used when used for a state. notApplicable (2147483647) is used when attribute is not used in current configuration.
TrxMedia	Enumeration	`undefined(0)` `optical(1)` `tp1000BaseT(2)` `tp100BaseT(3)` `tp10BaseT(4)` `electrical(5)` Defines the media and capability of the TRX optical - Optical media tp1000BaseT - Twisted-pair capable of 1000BaseT tp100BaseT - Twisted-pair capable of 100BaseT tp10BaseT - Twisted-pair capable of 10BaseT electrical - Electrical media
TrxMediaWithNA	Enumeration	`undefined(0)` `optical(1)` `tp1000BaseT(2)` `tp100BaseT(3)` `tp10BaseT(4)` `electrical(5)` `notAvailable(2147483646)` `notApplicable(2147483647)` Defines the media and capability of the TRX optical - Optical media tp1000BaseT - Twisted-pair capable of 1000BaseT tp100BaseT - Twisted-pair capable of 100BaseT tp10BaseT - Twisted-pair capable of 10BaseT electrical - Electrical media notApplicable - used to tell that attribute is not used in current configuration. notAvailable - used to tell that it is not possible to read attribute at the moment.
TrxMode	Enumeration	`nonXr(1)` `xr(2)` Trx mode.
TrxRxState	Enumeration	`missing(0)` `initStarted(1)` `initReady(2)` `frequencyReady(3)` `inputSignalReceived(4)` `adConverterReady(5)` `dispersionCompensated(6)` `ready(7)` `lowPower(8)` `waitingForInputSignal(9)` `notApplicable(2147483647)` TRX RX start-up sequence state. - Init started - Init ready - Frequency ready - Input signal received - A/D Converter ready - Dispersion compensated - Ready
TrxTxState	Enumeration	`missing(0)` `initStarted(1)` `initReady(2)` `dataPathLocked(3)` `laserReadyOff(4)` `laserReady(5)` `laserBiasReady(6)` `ready(7)` `lowPower(8)` `highPowerUp(9)` `txOff(10)` `txTurnOn(11)` `notApplicable(2147483647)` TRX TX start-up sequence state. - Init started - Init ready - Data path locked - Laser ready off - Laser ready - Laser bias ready - Ready
Unsigned32WithNA	Unsigned32	`range: 0..4294967294` Display format: `d` An unsigned32 integer of an object. 4294967293 used to tell that it is not possible to read attribute at the moment. 4294967294 is used to indicate that the attribute is not used on the object
VcType	Enumeration	`vc4Type64c(0)` `vc4Type16c(1)` `vc4Type4c(2)` `vc4(3)` `vc3(4)` Type of virtual container (VC).
XCBandFrequencyRange	Unsigned32	`range: 191325000..196125000` Display format: `d` Extended C band frequency range