OADWDM-MIB: View SNMP OID List / Download MIB

The number of slots in this device

Hardware version of the agent card

Agent software version

Agent software creation date and time

Device type Enumeration: 'ld100G': 13, 'ld200': 10, 'ld200L': 11, 'ld400P': 8, 'ld1600': 3, 'ld1600L': 6, 'ld1600P': 9, 'ld400': 4, 'other': 1, 'ld400iL': 14, 'ld400L': 7, 'ld400i': 12, 'ld800': 2, 'ld800P': 5.

FPGA version of the agent card

Chassis backplane version. Value = -1 says, this object is not supported.

Traps format version. If this object is not suppoted or its value is 1, the traps version is the origin one, traps 15,17,20,23,25,27,28 and 29 are sent. If this object equals 2, then for each reason there is a 'normal' trap and an 'alarm' trap. If this object equals 3, then for each trap, connected to lambda interface, the interface descriptor is added.

The CPU Card's Serial Number (10 digits).

The number of Power Supplies in the corresponding Device. Value = 0 says, that Power Supply Table is not supported.

This table shows all the Power Supplies modules, existing in the corresponding Device.

The entries of the table.

The index of the table, (MAX Value is equal to oaLdDevPSNumber).

The Oper status of the Power Supply. Enumeration: 'active': 2, 'notActive': 3, 'none': 1.

The Part Number of the Power Supply(maximum 15 symbols).

The Serial Number of the Power Supply(10 digits).

The Hardware Revision of the Power Supply.

The number of FANS in the corresponding Device. Value = 0 says, that FAN Table is not supported.

This table shows all the FANs existing in the corresponding Device.

The entries of the table.

The index of the table, (MAX Value is equal to oaLdDevFANsNumber).

The Oper status of the FAN. Enumeration: 'active': 2, 'notActive': 3, 'none': 1, 'fail': 4.

The number of CPU modules in the corresponding Device.

This table shows all the CPU modules, existing in the corresponding Device.

The entries of the table.

The index of the table, (MAX Value is equal to oaLdDevCPUNumber).

The Operative status of the CPU module. active - single CPU module or master CPU module in chassis with redundant CPU; standby - slave CPU module in chassis with redundant CPU; reset - slave CPU module in shutdown mode. Enumeration: 'active': 2, 'standby': 3, 'other': 1, 'reset': 4.

The HW Type of the CPU module. mgtd - regular agent module; mgtp - power agent module with additional HW features. Enumeration: 'mgtp': 3, 'other': 1, 'mgtd': 2.

The CPU Card's hardware version.

The CPU Card's FPGA version.

The CPU Card's Serial Number (10 digits).

Agent software creation date and time.

Agent software version.

ID of CPU's base card

Hardware version of CPU's base card

Set Redundant CPU feature on the next boot in the corresponding Device. Enumeration: 'enable': 2, 'other': 1, 'disable': 3.

Set Redundant CPU mode in the corresponding Device. Enumeration: 'enable': 2, 'other': 1, 'disable': 3.

Force a command in the corresponding Device. forceSwitchOver - Force Standby CPU module to become Active; forceSync - Force configuration sync with Standby system. Enumeration: 'other': 1, 'forceSwitchOver': 2, 'forceSync': 3.

Force a command to Slave (peer) CPU module in the corresponding Device. recover - recover peer CPU module by hardware reset; reboot - reboot peer CPU module; shutdown - shutdown peer CPU module and hold it in reset mode. Enumeration: 'other': 1, 'recover': 2, 'reboot': 3, 'shutdown': 4.

Chassis backplane's Serial Number (10 digits).

Agent software version in string presentation

Chassis backplane's Part Number (maximum 15 digits).

Interface fTable extention mode. Enumeration: 'enable': 2, 'other': 1, 'disable': 3.

A list of all the slots status objects

The slots status information.

The slot#. An index from 1 to The number of slots.

The Card's type Enumeration: 'tmfc2m4dt': 112, 'em1600Roadm': 88, 'tmgm8cd': 90, 'opn800s82': 135, 'em1600wss4d': 168, 'em1600oaid': 132, 'dw8mux': 15, 'adcd800': 28, 'tmfm2': 45, 'opn1600s82': 136, 'em2009fetxm8': 82, 'em2009fetxm4': 81, 'em1600oab22pm': 102, 'em2009fxm4': 62, 'em2009t8gm': 41, 'tmfxm8': 67, 'tmfc2m4d': 111, 'em1600wss2q': 167, 'tmfxm4': 66, 'em800oai21p': 121, 'em800roa': 59, 'addd800': 129, 'tmgm8cdTunable': 92, 'adc800': 27, 'em16Mux40': 113, 'tm1600dxfpcx': 116, 'em2009a4': 118, 'add800': 128, 'em2009em4': 85, 'tmgm8dft': 151, 'tm2xfpf': 139, 'tmdxfpfxtDual': 148, 'em1600oai21p': 119, 'em800mp2': 58, 'bsxx': 94, 'em800oa': 36, 'opn1600c82': 127, 'em2009dsgm': 48, 'em2009ftlm4': 74, 'em2009ftlm8': 75, 'em800oab22pm': 104, 'w8MuxDmux': 29, 'tmgm8d': 89, 'tmgm2': 44, 'em1600mp2xx': 140, 'em16MuxDmux': 77, 'em800oaDual': 133, 'tm2sfp': 38, 'em20094rs530': 142, 'em2009fxm8': 63, 'em1600dcm': 55, 'em800ocm': 159, 'em1600dcmdt': 146, 'tmocm8': 73, 'dw16dmux': 6, 'em20098xfp': 156, 'tmocm4': 72, 'em1600oaDual': 134, 'em1600Raman': 93, 'oadm2': 19, 'oadm3': 20, 'oadm1': 18, 'oadm4': 21, 'tme3gm': 49, 'em2009e8gm': 40, 'tmdsgm': 50, 'tmfetxm8': 84, 'cw8dmux': 8, 'em800oaid': 68, 'em1600dcmt': 145, 'tmfetxm4': 83, 'em8MuxDmux': 76, 'em800rbbs4': 51, 'em800rbbs2': 98, 'em1600roadmw9': 125, 'em800oai21pm': 122, 'tm2xfp': 126, 'em1600dcmd': 56, 'tm1600ocm48dt': 108, 'em16Dmux40': 114, 'tm2sfpenge': 160, 'cw8mux': 7, 'em2009eam2': 123, 'dw16mux': 5, 'tm1600dxfpfxt': 106, 'em1600dsrv': 95, 'em1600srv': 24, 'em2009oe2': 22, 'tmd4gsfp': 86, 'em1600oai21pm': 120, 'tmgm8xfp': 137, 'tmftxm4': 64, 'em1600oa': 37, 'tmftxm8': 65, 'em16004cc10g': 96, 'em20098xfp2': 157, 'em800srv': 23, 'add1600': 130, 'ld1600redN': 32, 'em2009em': 17, 'empty': 2, 'b4oadmxx': 100, 'tmdxfpMsaTunable': 80, 'ld800redN': 31, 'tm40gt': 161, 'tmfcm8dt': 110, 'ld800red': 13, 'tmgm8df': 155, 'dw8dmux': 16, 'em1600oab22p': 101, 'ld1600mgt': 10, 'em800oab22p': 103, 'em1600rbbs4': 115, 'em160016axfp2': 163, 'em2009gm2': 35, 'em2009ftxm8': 61, 'em1600rbbs2': 99, 'em2009ftxm4': 60, 'tmgm8dTunable': 91, 'em800dcmd': 54, 'tm1600dxfpfx': 105, 'em2009ocm4': 70, 'em800dsrv': 57, 'tmdxfpMsa': 79, 'em2009ocm8': 71, 'em800dcmt': 143, 'em2009cm': 11, 'tmdxfpfxt': 147, 'tmt8gm': 43, 'em2009ch': 12, 'tm2sfppxfp': 124, 'w16MuxDmux': 30, 'tmocm48xfp': 154, 'adc1600': 33, 'ld1600red': 9, 'ld800mgt': 14, 'tm2sfpengel2': 164, 'tm2d4gsfp': 87, 'tm10gm4t': 166, 'em800mgtd': 52, 'other': 1, 'em1600mgtd': 78, 'tmfc1m8xfp': 152, 'em100mngp': 162, 'adcd1600': 34, 'em2009dh': 4, 'tmsfpc': 25, 'tmsfpd': 26, 'em2009e3gm': 47, 'tm1600ocm48d': 107, 'em800dcmdt': 144, 'tm2sfppxfpfc8': 138, 'tme8gm': 42, 'tmfc2m4xfp': 153, 'em2009fm2': 39, 'tm2xfpe': 141, 'em800dcm': 53, 'tm2sfpxc': 165, 'oadmxx': 69, 'tm8a': 158, 'tmdxfp': 46, 'em2009dm': 3, 'tm1600dxfpcxt': 117, 'addd1600': 131, 'em2009Voa8': 150, 'em2009Voa4': 149, 'tmfcm8d': 109, 'em16008cc10g': 97.

The Card's Revision Enumeration: 'other': 1, 'rev1': 2, 'rev3': 4, 'rev2': 3, 'rev5': 6, 'rev4': 5, 'rev7': 8, 'rev6': 7.

The Card's Lambda channel

Slot optic access Rx indication. Indicates the optic access Receive status 2 - Receive On 3 - Receive Off Enumeration: 'on': 2, 'other': 1, 'off': 3.

Slot optic DWDM Rx indication. Indicates the optic DWDM Receive status 2 - Receive On 3 - Receive Off Enumeration: 'on': 2, 'other': 1, 'off': 3.

Slot DWDM Laser Tx Fail indication. Indicates the DWDM Laser Transmit status 2 - Transmit OK 3 - Transmit Fail Enumeration: 'fail': 3, 'other': 1, 'ok': 2.

Slot Laser Temperature indication. Indicates the Laser Temperature status 2 - Temperature Normal 3 - Temperature High Enumeration: 'high': 3, 'other': 1, 'normal': 2.

Slot Ambient Temperature indication. Indicates the Ambient Temperature status 2 - Temperature Normal 3 - Temperature High Enumeration: 'high': 3, 'other': 1, 'normal': 2.

Transponder Rate Select. Indicates the transponder rate. oc48, stm16 and fiberChannel2125 are for card EM2009-CH and EM2009-DH only. sonetSdh10giga and fiberChannel10giga are for module TM2-SFPPXFP only.

Transponder Rate Mode. Indicates the transponder rate mode. 2 - Automatic - Rate is set by software 3 - Manual - Rate is set by DIP switches on board If manual, oaLdCardRateSelect can not be changed by software. Enumeration: 'auto': 2, 'other': 1, 'manual': 3.

Transponder Laser Mode. Indicates the transponder laser mode. 2 - Enable - Laser is enabled 3 - Disable - Laser is disabled (can not transmit) Enumeration: 'enable': 2, 'other': 1, 'disable': 3.

Transponder WDM receiver optical power. Indicates the optical power in dBm. To calculate the power use the equation P(dBm)=oaLdCardWdmRxPm/2, when oaLdCardWdmRxPm is a signed number. (171) is returned when this feature is not supported

Transponder WDM transmitter optical power. Indicates the optical power in dBm. To calculate the power use the equation P(dBm)=oaLdCardWdmTxPm/2, when oaLdCardWdmTxPm is a signed number. (171) is returned when this feature is not supported Note: For TM-DXFP card the optical power are in units of percent (%)

Transponder LoopBack state. Indicates the transponder LoopBack state. 2 - normal - Transponder card is in non-loopback state 3 - loopback - Transponder card is in loopback state 4 - remoteLoopback - Transponder card is in remote loopback state 5 - localLoopback - Transponder card is in local loopback state Note: options 4 and 5 are available for TM-DXFP card. Enumeration: 'localLoopback': 5, 'other': 1, 'remoteLoopback': 4, 'loopback': 3, 'normal': 2.

Transponder Redundant Mode. Indicates the transponder redundant mode. 2 - normal - Transponder is in non-redundant mode 3 - redundant - Transponder is in redundant mode Enumeration: 'other': 1, 'redundant': 3, 'normal': 2.

Transponder Primary/Secondary State. Indicates the transponder Primary/Secondary status. 2 - secondary - Transponder is in secondary state and is not active 3 - primary - Transponder is in primary state and is active Enumeration: 'other': 1, 'primary': 3, 'secondary': 2.

The Card's FPGA Revision

The Card's Part Number (maximum 15 symbols).

The Card's Serial Number (10 digits).

The Card's Hardware Revision

Slot optic access Tx indication. Indicates the optic access Transmit status 2 - Transmit On 3 - Transmit Off Enumeration: 'on': 2, 'other': 1, 'off': 3.

Slot optic DWDM Tx indication. Indicates the optic DWDM Transmit status 2 - Transmit On 3 - Transmit Off Enumeration: 'on': 2, 'other': 1, 'off': 3.

The Module Temperature (in units of 1/10 Degrees Celsius [0.1 C])

A list of all Entities in a slot and their status objects

The slots Entity status information.

The slot#. An index from 1 to The number of slots.

The entity#. An index from 1 to The number of entities.

The Card's entity laser wavelength (Lambda channel) in units of nm (Nanometer). Returns 0 when not applicable

Entity optic access Rx indication. Indicates the optic access Receive status 2 - Receive On 3 - Receive Off Enumeration: 'on': 2, 'other': 1, 'off': 3.

Entity optic DWDM Rx indication. Indicates the optic DWDM Receive status 2 - Receive On 3 - Receive Off Enumeration: 'on': 2, 'other': 1, 'off': 3.

Entity DWDM Laser Tx Fail indication. Indicates the DWDM Laser Transmit status 2 - Transmit OK 3 - Transmit Fail Enumeration: 'fail': 3, 'other': 1, 'ok': 2.

Entity Laser Temperature indication. Indicates the Laser Temperature status 2 - Temperature Normal 3 - Temperature High Enumeration: 'high': 3, 'other': 1, 'normal': 2.

Entity Ambient Temperature indication. Indicates the Ambient Temperature status 2 - Temperature Normal 3 - Temperature High Enumeration: 'high': 3, 'other': 1, 'normal': 2.

Transponder Rate Select. Indicates the transponder rate. oc48, stm16 and fiberChannel2125 are for card EM2009-CH and EM2009-DH only

Transponder Rate Mode. Indicates the transponder rate mode. 2 - Automatic - Rate is set by software 3 - Manual - Rate is set by DIP switches on board If manual, oaLdCardRateSelect can not be changed by software. Enumeration: 'auto': 2, 'other': 1, 'manual': 3.

Transponder Laser Mode. Indicates the transponder laser mode. 2 - Enable - Laser is enabled 3 - Disable - Laser is disabled (can not transmit) Enumeration: 'enable': 2, 'other': 1, 'disable': 3.

Transponder WDM receiver optical power. Indicates the optical power in units of 1/10 dBm. (oaLdCardEntityWdmRxPm is a signed number.) (999) is returned when this feature is not supported or irrelevant. (-999) is returned when signal is too low.

Transponder WDM transmitter optical power. Indicates the optical power in units of 1/10 dBm. (oaLdCardEntityWdmTxPm is a signed number.) (999) is returned when this feature is not supported or irrelevant. (-999) is returned when signal is too low.

Transponder LoopBack state. Indicates the transponder LoopBack state. 2 - normal - Transponder entity is in non-loopback state 3 - loopback - Transponder entity is in loopback state 4 - remoteLoopback - Transponder entity is in remote loopback state 5 - localLoopback - Transponder entity is in local loopback state Note: options 4 and 5 are available for TM2-D4G-SFP card. Enumeration: 'localLoopback': 5, 'other': 1, 'remoteLoopback': 4, 'loopback': 3, 'normal': 2.

Transponder Redundant Mode. Indicates the transponder redundant mode. 2 - normal - Transponder is in non-redundant mode 3 - redundant - Transponder is in redundant mode Enumeration: 'other': 1, 'redundant': 3, 'normal': 2.

Transponder Primary/Secondary State. Indicates the transponder Primary/Secondary status. 2 - secondary - Transponder is in secondary state and is not active 3 - primary - Transponder is in primary state and is active Enumeration: 'other': 1, 'primary': 3, 'secondary': 2.

OCM Module Port Clock Source State. Indicates the Port Clock Source. 2 - Port 1 - Module Clock Source is port 1 3 - Port 2 - Module Clock Source is port 2 4 - Port 3 - Module Clock Source is port 3 5 - Port 4 - Module Clock Source is port 4 6 - Port 5 - Module Clock Source is port 5 or Trunk port according to module type 7 - Port 6 - Module Clock Source is port 6 8 - Port 7 - Module Clock Source is port 7 9 - Port 8 - Module Clock Source is port 8 10 - Port 9 - Module Clock Source is Trunk port Enumeration: 'p2': 3, 'p3': 4, 'p1': 2, 'p6': 7, 'p7': 8, 'p4': 5, 'p5': 6, 'p8': 9, 'p9': 10, 'other': 1.

OCM Module Transparency State. Indicates the Module transparency state. 2 - transparent - Module is in transparency mode 3 - no transparent - Module is in non transparency mode Enumeration: 'other': 1, 'noTransparent': 3, 'transparent': 2.

OCM Module Standard Mode. Indicates the Module Standard. 2 - sonet - Module in SONET standard mode 3 - sdh - Module in SDH standard mode Enumeration: 'sonet': 2, 'other': 1, 'sdh': 3.

Transponder LIN status. Indicates the transponder access LIN status. 2 - Enable - Access LIN is enabled 3 - Disable - Access LIN is disabled Enumeration: 'enable': 2, 'other': 1, 'disable': 3.

Indicates the T1 cards Line Coding. 2 - B8ZS - Bipolar 8-zero substitution encoding 3 - AMI - Alternate Mark Inversion encoding Enumeration: 'ami': 3, 'other': 1, 'b8zs': 2.

Indicates the T1 cards UART Baud Rate configuration. Enumeration: 'baud1200': 2, 'baud19200': 6, 'other': 1, 'baud115200': 9, 'baud2400': 3, 'baud4800': 4, 'baud9600': 5, 'baud38400': 7, 'baud57600': 8.

Indicates the T1 cards UART Parity configuration. Enumeration: 'even': 2, 'other': 1, 'odd': 3, 'noParity': 4.

Indicates the T1 cards UART Stop Bit configuration. 1 - Stop Bit 1 x data bit, 2 - Stop Bit 1.5 x data bit. Enumeration: 'stopBit1': 2, 'other': 1, 'stopBit15': 3.

Module Performance Monitoring Mode. Indicates the Module Performance Monitoring mode. 2 - Enable - PM is enabled 3 - Disable - PM is disabled Enumeration: 'enable': 2, 'other': 1, 'disable': 3.

The Forward Error Correction (FEC) mode which is used in the module. 2 - g709 - Standard G.709 FEC mode. 3 - eFec - Enhanced FEC proprietary mode. 4 - byPass - Bypass FEC mode (no FEC). 5 - uFec - Ultra FEC mode. Enumeration: 'uFec': 5, 'other': 1, 'eFec': 3, 'byPass': 4, 'g709': 2.

Minimum Dispersion distance of integrated TODC. (0) is returned when this feature is not supported Units: ps/nm

Maximum Dispersion distance of integrated TODC. (0) is returned when this feature is not supported Units: ps/nm

Dispersion distance of integrated TODC. Units: ps/nm

EM1600-4CC10G Module cross connection mode. dual1234 - Dual transponder mode, when port 1 <-> 2, port 3 <-> 4. dual1324 - Dual transponder mode, when port 1 <-> 3, port 2 <-> 4. dual1423 - Dual transponder mode, when port 1 <-> 4, port 2 <-> 3. protectRxMon - Protection with RX Monitor mode. protectTxMon - Protection with TX Monitor mode. multicast2 - Multicast mode, when port 2 is back. multicast3 - Multicast mode, when port 3 is back. multicast4 - Multicast mode, when port 4 is back. loopbackPerPort - Remote Loop Back for all ports mode Enumeration: 'protectTxMon': 6, 'loopback': 10, 'dual1423': 4, 'dual1234': 2, 'protectRxMon': 5, 'multicast4': 9, 'other': 1, 'multicast2': 7, 'multicast3': 8, 'dual1324': 3.

Entity optic access Tx indication. Indicates the optic access Transmit status 2 - Transmit On 3 - Transmit Off Enumeration: 'on': 2, 'other': 1, 'off': 3.

Entity optic DWDM Tx indication. Indicates the optic DWDM Transmit status 2 - Transmit On 3 - Transmit Off Enumeration: 'on': 2, 'other': 1, 'off': 3.

Specifies the E&M Lead Signaling type. Enumeration: 'typeI': 2, 'typeII': 3, 'typeIII': 4, 'other': 1, 'typeV': 6, 'typeIV': 5.

Specifies the side of the unit: trunkCircuitSide - Trunk Circuit Side signalingUnitSide - Signaling Unit Side Usualy the PBX is the trunk circuit side and the telco, CO is the signaling unit side. Enumeration: 'signalingUnitSide': 3, 'other': 1, 'trunkCircuitSide': 2.

EM1600-4CC10G Module preemption mode for TX or RX Protection cross connect. In two following preemption modes one of access ports has priority to be active in case of two links are ON. port2 - Port 2 has priority to be active if two links are ON for bith ports 2 and 3. port3 - Port 3 has priority to be active if two links are ON for bith ports 2 and 3. noPreemption - first linked port is active. Enumeration: 'noPreemption': 4, 'other': 1, 'port2': 2, 'port3': 3.

EM1600-4CC10G Module actual active port for TX or RX Protection cross connect. Enumeration: 'noActive': 4, 'other': 1, 'port2': 2, 'port3': 3.

other - Modue does not support this feature. normal- Normal operational mode. yCableRedundant - For TM2-XFP module redundancy mode. repeater - For TM2-XFPF module - connects between the two WDM ports for 10GE LAN repeater functionality. repeaterWan - For TM2-XFPF module - connects between the two WDM ports for 10GE WAN repeater functionality. Next modes for module TM2-SFPXC: dualTransponder - as regular Dual Transponder module. broadcastUni - connects between WDM to three Access ports unidirectional. crossTransponder - connects as dual transponder between opposite WDM and Access ports. mux2WDM1Access - connects between two WDM ports for mux to one Access port. Enumeration: 'mux2WDM1Access': 9, 'repeater': 4, 'normal': 2, 'yCableRedundant': 3, 'repeaterWan': 5, 'dualTransponder': 6, 'broadcastUni': 7, 'other': 1, 'crossTransponder': 8.

Redundant operation mode, (applicable only for modules that support this features) other - Module does not support this feature, normal - No redundant mode, dualSlotRedundancy - Redundancy mode between the same entity of two sequential slots, singleSlotRedundancy - Redundancy mode between two entities at the same module Enumeration: 'other': 1, 'singleSlotRedundancy': 4, 'dualSlotRedundancy': 3, 'normal': 2.

For entities that enables mapping of clients into the OTN payload. The mode will indicate about the method of OTU-2 Line mapping. Based on that mode the user is able to build his services. none - Module does not support this feature. basicMode - The default mode. In this mode the output payload format is independently configured based on user's request. All known clients are available. extendedMode1 - In this mode the output payload format is configured to Vcat 4xOTU-1 for GFP-T model. The user is able to add fibre-channel and Eth-1G clients. extendedMode2 - In this mode the output payload format is configured to Vcat 4xOTU-1 for GFP-F model. The user is able to add SDI (Video) and Ethernet clients. Enumeration: 'extendedMode2': 4, 'none': 1, 'extendedMode1': 3, 'basicMode': 2.

Enumeration: 'linearADM': 3, 'ringBiDirection': 5, 'none': 1, 'ringUniDirection': 4, 'pointToPoint': 2.

Administrative calibration factor for Dispersion distance of integrated TODC. Units: ps/nm

Table of installed Lambda Driver Redundant Optical Cards

Installed Lambda Driver Redundant Optical Cards

The slot#. An index from 1 to The number of slots

Switch Position: 2 - Receive from Primary fiber. 3 - Receive from Secondary fiber. Note: a command to set the switch to a non received fiber will be ignored. Enumeration: 'other': 1, 'primary': 2, 'secondary': 3.

Indicates who issue the last command automatic - by hardware manual - by software Enumeration: 'manual': 3, 'other': 1, 'automatic': 2.

Indicates the Primary fiber Receive status 2 - Receive On 3 - Receive Off Enumeration: 'on': 2, 'other': 1, 'off': 3.

Indicates the Secondary fiber Receive status 2 - Receive On 3 - Receive Off Enumeration: 'on': 2, 'other': 1, 'off': 3.

Table of installed Lambda Driver Cards with more then one port

Installed Lambda Driver Cards with more then one port

The slot#. An index from 1 to The number of slots

The port#. An index from 1 to The number of ports

Indicates the link status of the port 2 - link on 3 - link off Enumeration: 'on': 2, 'other': 1, 'off': 3.

Indicates the activety status of the port 2 - activety on 3 - activety off Enumeration: 'on': 2, 'other': 1, 'off': 3.

The port laser wavelength (Lambda channel) in units of nm (Nanometer). Returns 0 when not applicable

Transponder LoopBack state. Indicates the transponder LoopBack state. 2 - normal - Transponder card is in non-loopback state 3 - remoteLoopback - Transponder card is in remote loopback state 4 - localLoopback - Transponder card is in local loopback state 5 - lineLoopbackEnable - OCM module is in (LLEB) line loopback enable state 6 - diagnosticLoopbackEnable - OCM module is in (DLEB) diagnostic loopback enablestate Enumeration: 'diagnosticLoopbackEnable': 6, 'lineLoopbackEnable': 5, 'remoteLoopback': 3, 'normal': 2, 'other': 1, 'localLoopback': 4.

When read : 1 - Counter feature is NOT supported 2 - Counter feature is supported 4 - Extended ethernet counters are supported When write: 3 - Clear all port conters Enumeration: 'supported': 2, 'notSupported': 1, 'extendedCounters': 4, 'clearCounters': 3.

The number of bytes received at the port. This object returns the least significant 32 bits of a 64 bits counter. To calculate the actual counter reading, use the following formula: oaLdCardPortsCounter1High * (2^32) + oaLdCardPortsCounter1Low.

The number of bytes received at the port. This object returns the most significant 32 bits of a 64 bits counter. To calculate the actual counter reading, use the following formula: oaLdCardPortsCounter1High * (2^32) + oaLdCardPortsCounter1Low.

The number of error bytes received at the port. This object returns the least significant 32 bits of a 64 bits counter. To calculate the actual counter reading, use the following formula: oaLdCardPortsCounter2High * (2^32) + oaLdCardPortsCounter2Low.

The number of error bytes received at the port. This object returns the most significant 32 bits of a 64 bits counter. To calculate the actual counter reading, use the following formula: oaLdCardPortsCounter2High * (2^32) + oaLdCardPortsCounter2Low.

Port Connector Types: other - 1 - Unknown type of connector static- 2 - Not Changeable (fix) type of connector gbic - 3 - GBIC type of connector sfp - 4 - SFP type of connector xfp - 5 - XFP type of connector xfpe - 6 - XFPE type of connector Enumeration: 'gbic': 3, 'sfp': 4, 'xfpe': 6, 'other': 1, 'static': 2, 'xfp': 5.

Port Connector Physical Sub Type: other -1 - Unknown or N/A Connector's connectivity Type rj45 -2 - Copper RJ45 sc -3 - Regular Fibre Optic [FO] lc -4 - LC mtrj -5 - MT-RJ vf -6 - VF mu -7 - MU miniCoax-8 - mini Coaxical Connector mdiCx -9 - SFF-8470 MDI Connector bnc -10- BNC (Bayonet Neil-Concelman Connector) Enumeration: 'miniCoax': 8, 'lc': 4, 'vf': 6, 'bnc': 10, 'mtrj': 5, 'm': 7, 'rj45': 2, 'other': 1, 'mdiCx': 9, 'sc': 3.

T1 ports line length: other - 1 - Unknown line length from0to133 - 2 - line length 0 - 133 ft. (0.6 dB) from133to266 - 3 - line length 133 - 266 ft. (1.2 dB) from266to399 - 4 - line length 266 - 399 ft. (1.8 dB) from399to533 - 5 - line length 399 - 533 ft. (2.4 dB) from533to655 - 6 - line length 533 - 655 ft. (3.0 dB) Enumeration: 'from533to655': 6, 'from133to266': 3, 'from0to133': 2, 'from399to533': 5, 'other': 1, 'from266to399': 4.

Port LIN status. Indicates the Port access LIN status. 2 - Enable - Access LIN is enabled 3 - Disable - Access LIN is disabled Enumeration: 'enable': 2, 'other': 1, 'disable': 3.

Module Flow Control Mode. Indicates the flow control mode for 10GbE access. 2 - Enable - Flow Control is enabled 3 - Disable - Flow Control is disabled Enumeration: 'enable': 2, 'other': 1, 'disable': 3.

Port Dry Contact State. Indicates the Port Dry Contact State. 2 - open - Dry Contact is open 3 - close - Dry Contact is close Enumeration: 'close': 3, 'other': 1, 'open': 2.

Port Power Tuning in dB of the E&M signal. (20) is returned if this value is undefined.

Type of Media. Enumeration: 'copper': 2, 'other': 1, 'fiber': 3.

Specify the operation of the E&M signal. twoWires - 2-wire operation. fourWires - 4-wire operation. Enumeration: 'fourWires': 3, 'other': 1, 'twoWires': 2.

EyeMax state mode, (applicable only for ports that support this (EYEMAX) features) other - Port does not support this feature, disable - no Eyemax mode, scanning - start scan process, tracking - start tracking process, calibrating - set the 'oaLdCardPortsEyemaxAdminFactor' value into DAC, stopTracking - stop track process. Enumeration: 'scanning': 4, 'enable': 3, 'calibrating': 6, 'disable': 2, 'tracking': 5, 'other': 1, 'stopTracking': 7.

EyeMax Operational Calibrate factor, This value represents current DAC output. When this feature is not supported (0) is returned. Units: percent.

EyeMax Administrative Calibration factor, This value is represents the value to be set into DAC. After scan operation it holds the optimal value that should be set into DAC. Users are able to set any value (0-100%) in order to change DAC outputs. (0) is returned when this feature is not supported Units: percent.

Port Far End Failure (FEF) Detection mode. 2 - Enable - FEF is enabled 3 - Disable - FEF is disabled Enumeration: 'enable': 2, 'other': 1, 'disable': 3.

For clients that mapped into the OTN payload. Indicates the index of the OPU-1 payload area. 0 - not supported, or client is not configured. 1 - Client mapped into OPU-1 #1 payload area. 2 - Client mapped into OPU-1 #2 payload area. 3 - Client mapped into OPU-1 #3 payload area. 4 - Client mapped into OPU-1 #4 payload area.

For clients that mapped into the OTN payload. Indicates the tributary slot index among the 16 tributary slots, of the OPU-1 payload area. 0 - not supported, or client is not configured. [1-16] - Tributary slot index.

Port Performance Monitoring Mode. Indicates the Port Performance Monitoring mode. 2 - Enable - PM is enabled for this port 3 - Disable - PM is disabled for tthis port Enumeration: 'enable': 2, 'other': 1, 'disable': 3.

The Forward Error Correction (FEC) mode which is used in the selected port. 2 - g709 - Standard G.709 FEC mode. 3 - eFec - Enhanced FEC proprietary mode. 4 - byPass - Bypass FEC mode (no FEC). 5 - g9751i4 - G.975.1 Annex I.4 enhanced FEC. 6 - g9751i7 - G.975.1 Annex I.7 enhanced FEC. Enumeration: 'g9751i4': 5, 'g9751i7': 6, 'other': 1, 'byPass': 4, 'eFec': 3, 'g709': 2.

Port PLL lock mode. 2 - locked - PLL was locked, 3 - notlocked - PLL was not locked Enumeration: 'notlocked': 3, 'other': 1, 'locked': 2.

Port Laser Mode. Indicates the port laser mode. 2 - Enable - Laser is enabled 3 - Disable - Laser is disabled (can not transmit) Enumeration: 'enable': 2, 'other': 1, 'disable': 3.

For clients that mapped into the OTN payload. Indicates the number of tributary slots that are occupied by the client's rate. 0 - not supported, or client is not configured.

Ports speed mode. Enumeration: 'other': 1, 'force': 3, 'autoNegotiation': 2.

Defines the port's priority in relation to the clock source. 1 defines the highest priority index and the last port index defines the least prioritized port. The highest priority port if available is used as the clock source, when it is not available the 2-nd highest available port would be used as the clock source.

Enumeration: 'addAndDrop': 4, 'none': 1, 'drop': 3, 'add': 2.

Port Auto Shutdown Mode. Indicates the port Auto Shutdown (eye safe) mode. 2 - Enable - Auto Shutdown mode is enabled 3 - Disable - Auto Shutdown mode is disabled Enumeration: 'enable': 2, 'other': 1, 'disable': 3.

Initialization value for Amlification Factor used in the Eyemax scanning operation in 0.1 units.

Minimum value that can be set for Initialization of the Amlification Factor used in the Eyemax scanning operation in 0.1 units.

Maximum value that can be set for Initialization of the Amlification Factor used in the Eyemax scanning operation in 0.1 units.

Initialization value for Dispersion Compensation used in the Eyemax scanning operation.

Initialization value for Rx threshold used in the Eyemax scanning operation.

Indication how much of the scanning operation have been already completed (in percents 0 - 100).

Indication if the scanning operation ended properly or finished with problems.

Table of installed Lambda Driver ADC / ADCD and MUX / DMUX Cards

Installed Lambda Driver ADC / ADCD and MUX / DMUX Cards

The slot#. An index from 1 to The number of slots

Number of ports at ADC / ADCD and MUX / DMUX card. For MUX / DMUX card the object returns the number of channels at card. Value = 0 says, that ADC / ADCD and MUX / DMUX cards Table is not supported.

WDM Wave Length at ADC / ADCD and MUX / DMUX card. (CWDM or DWDM) Enumeration: 'other': 1, 'dwdm': 3, 'cwdm': 2.

WDM Card Type. Enumeration: 'adcd': 3, 'mux': 4, 'other': 1, 'adc': 2, 'dmux': 5, 'muxDmux': 6.

MUX / DMUX card - steps in channel spacing (in GHz) according to ITU-T. Enumeration: 'g100': 3, 'other': 1, 'g200': 4, 'g50': 2.

MUX / DMUX card sub-band. Note: according to oaLdAdcCardSpacing and oaLdAdcCardSubBand it is able to know each channel wavelength. Enumeration: 'blue': 3, 'other': 1, 'redAndBlue': 4, 'red': 2.

Number of channels per port at OADM-XX / BS-XX card. For ADC / ADCD / MUX / DMUX card the object returns 1.

Table of installed Lambda Driver ADC and ADCD Cards

Installed Lambda Driver ADC and ADCD Cards

The slot#. An index from 1 to The number of slots

The port#. An index from 1 to The number of ports

The Card port's Lambda channel

Table of Lambda Driver Card Channels configuration.

Lambda Driver Card Channels configuration Entry.

The slot#. An index from 1 to The number of slots.

.

.

For clients that mapped into the OTN payload. Indicates the index of the OPU-1 payload area. 0 - not supported, or client is not configured. 1 - Client mapped into OPU-1 #1 payload area. 2 - Client mapped into OPU-1 #2 payload area. 3 - Client mapped into OPU-1 #3 payload area. 4 - Client mapped into OPU-1 #4 payload area.

For clients that mapped into the OTN payload. Indicates the tributary slot index among the 16 tributary slots, of the OPU-1 payload area. 0 - not supported, or client is not configured. [1-16] - Tributary slot index.

For clients that mapped into the OTN payload. Indicates the number of tributary slots that are occupied by the client's rate. 0 - not supported, or client is not configured.

Table of installed Lambda Driver Optical Amplifier Cards

Installed Lambda Driver Optical Amplifier Cards

The slot#. An index from 1 to The number of slots

The Optical Amplifier Configuration Enumeration: 'singlePump': 2, 'dualPump': 3, 'other': 1, 'quadroPump': 4.

The Optical Amplifier Module Type Enumeration: 'lineAmplifier': 4, 'preAmplifier': 5, 'bosterAmplifier': 3, 'cBandRamanAmplifier': 7, 'other': 1, 'amplet': 2, 'vgoaRamanAmplifier': 6.

The Optical Amplifier Module Hardware Version

The Optical Amplifier Module Software Version

The Optical Amplifier Module Serial Number

The Optical Amplifier Module Temperature (in units of 1/10 Degrees Celsius [0.1 C])

The Optical Amplifier Power Supply Voltage (in units of 1/100 Volts [0.01 V])

The Optical Amplifier Pump 1 Current (in units of 1/10 milliamperes [0.1 mA])

The Optical Amplifier Pump 1 Maximum Current (in units of 1/10 milliamperes [0.1 mA])

The Optical Amplifier Pump 2 Current (in units of 1/10 milliamperes [0.1 mA])

The Optical Amplifier Pump 2 Maximum Current (in units of 1/10 milliamperes [0.1 mA])

The Optical Amplifier Input Optical Power (in units of 1/100 [0.01 dBm])

The Optical Amplifier Output Optical Power (in units of 1/100 [0.01 dBm])

The Optical Amplifier Optical Module Gain (in units of 1/100 [0.01 dB])

The Optical Amplifier Pump 1 Power (in units of 1/100 milliwatts [0.01 mW])

The Optical Amplifier Pump 2 Power (in units of 1/100 milliwatts [0.01 mW])

The Optical Amplifier Optical Maximum Power (in units of 1/100 [0.01 dBm])

The Optical Amplifier Optical Rated Gain (in units of 1/100 [0.01 dB])

The Optical Amplifier Alarms. This object is organised as a bit map. Each bit represents an alarm. If the object is zero - no alarm is active. 0x0000 ('0000 0000 0000 0000'B) - Normal (No alarm) 0x0001 ('0000 0000 0000 0001'B) - Optical Input alarm 0x0002 ('0000 0000 0000 0010'B) - Optical Output alarm 0x0004 ('0000 0000 0000 0100'B) - Optical Input 2 0x0008 ('0000 0000 0000 1000'B) - Module Temperature alarm 0x0010 ('0000 0000 0001 0000'B) - Pump Temperature 0x0020 ('0000 0000 0010 0000'B) - Pump Drive Current alarm 0x0040 ('0000 0000 0100 0000'B) - Power Supply Voltage alarm 0x0080 ('0000 0000 1000 0000'B) - Auto-shutdown 0x0100 ('0000 0001 0000 0000'B) - Reflected Power High alarm Any combination of the bits represent the combination of the alarms

The Optical Amplifier Attributes. This object is organised as a bit map. Each bit represents one existed attribute. 0x0000 ('0000 0000 0000 0000'B) - No additional attributes 0x0001 ('0000 0000 0000 0001'B) - Dispersion attribute is on 0x0002 ('0000 0000 0000 0010'B) - Mid Stage attribute is on 0x0004 ('0000 0000 0000 0100'B) - Tunable Gain attribute is on 0x0008 ('0000 0000 0000 1000'B) - High Power attribute is on 0x0010 ('0000 0000 0001 0000'B) - Double slots module is on Other bitmasks are reserved. Any combination of the bits represent the combination of the attributes

The Optical Amplifier Operational Mode Enumeration: 'constantPumpPower': 3, 'other': 1, 'constantCurrent': 2, 'constantOutputPower': 4, 'constantGain': 5.

The Optical Amplifier Run Mode Enumeration: 'start': 2, 'other': 1, 'shutdownPower': 3, 'eyeSafe': 4.

The Optical Amplifier Auto Shutdown Status Enumeration: 'enable': 2, 'other': 1, 'disable': 3.

The Optical Amplifier Input Threshold (in units of 1/100 [0.01 dBm])

The Optical Amplifier Output Threshold (in units of 1/100 [0.01 dBm])

The Optical Amplifier Shutdown Threshold (in units of 1/100 [0.01 dBm])

The Optical Amplifier Low Temperature Threshold (in units of 1/10 Degrees Celsius [0.1 C])

The Optical Amplifier High Temperature Threshold (in units of 1/10 Degrees Celsius [0.1 C])

The Optical Amplifier Pump 1 Current Setting (in units of 1/10 milliamperes [0.1 mA])

The Optical Amplifier Pump 2 Current Setting (in units of 1/10 milliamperes [0.1 mA])

The Optical Amplifier Output Power Setting (in units of 1/100 [0.01 dBm])

The Optical Amplifier Gain Setting (in units of 1/100 [0.01 dB])

The C-Band Raman Amplifier Pump Output Power (in units of of 1/100 [0.01 dBm])

The C-Band Raman Amplifier Reflected Pump Power (in units of 1/100 [0.01 dBm])

Table of installed Lambda Driver C-Band Raman Amplifier Pumps

Installed Lambda Driver Optical Amplifier Pumps

The pump#. An index from 1 to The number of pumps

The C-Band Raman Amplifier Pump Drive Current (in units of mA)

The C-Band Raman Amplifier Pump Output Power (in units of mW)

The C-Band Raman Amplifier Pump Laser Temperature (in units of 1/10 [0.1 deg C])

The number of modules in the system which are Optical Amplifier compatible.

Information table of installed OCM Cards

Installed OCM Cards

The slot#. An index from 1 to The number of slots

The port#. An index from 1 to The number of ports

Loss of Frame (LOF) indication. Enumeration: 'notSupported': 2, 'on': 3, 'other': 1, 'off': 4.

Loss of Signal (LOS) indication. Enumeration: 'notSupported': 2, 'on': 3, 'other': 1, 'off': 4.

Loss of Clock (LOC) indication. Enumeration: 'notSupported': 2, 'on': 3, 'other': 1, 'off': 4.

B1 bytes monitoring for correct Bit Interleaved parity (BIP-8) values. BIP-8 is calculated over all bytes of each frame before descrambling.

Line (AIS) - Alarm Indication Signal. Enumeration: 'notSupported': 2, 'on': 3, 'other': 1, 'off': 4.

Line (RDI) - Remote Defect Indication. A returned signal to indicate upon LOS, LOF or AIS. Enumeration: 'notSupported': 2, 'on': 3, 'other': 1, 'off': 4.

B2 bytes monitoring for correct Bit Interleaved parity (BIP-8) values. BIP-384 is calculated over all received data after descrambling.

Line FEBE (REI) - The number of B2 errors that were detected by the remote terminal in it's received signal.

PATH (AIS) - PATH Alarm Indication Signal. Enumeration: 'notSupported': 2, 'on': 3, 'other': 1, 'off': 4.

PATH (LOP) - Loss Of Pointer. PATH indication of the pointer state. Enumeration: 'notSupported': 2, 'on': 3, 'other': 1, 'off': 4.

B3 bytes monitoring for correct Bit Interleaved parity (BIP-8) values.

This is an interperter justification counter that counts every positive justification.

This is an interperter justification counter that counts every negative justification.

Table of installed Lambda Driver ROADM Modules

Installed Lambda Driver ROADM Modules

The slot#. An index from 1 to The number of slots

The ROADM module type each module type gets a unique id number

The description of the ROADM module type

The ROADM module serial number

The ROADM module board version

The ROADM module FPGA version

The ROADM module Boot version

The ROADM module MicroController code version

The ROADM module manufacture date

The ROADM module status Enumeration: 'operating': 3, 'other': 1, 'initInProgress': 2.

The ROADM COM Output port admin status 2 - Normal - all ports are configured as their oaLdRoadmPortAdminState; 3 - Disable - all ports are disabled. Enumeration: 'other': 1, 'disable': 3, 'normal': 2.

The ROADM module fail status 2 - Module works OK 3 - Module fail Enumeration: 'fail': 3, 'other': 1, 'ok': 2.

The ROADM module temperature or The WSS ROADM zone1 temperature. Units: 0.1 [C]

The ROADM module AWG heater enable mode 2 - AWG Heater On 3 - AWG Heater Off Enumeration: 'other': 1, 'operating': 2, 'disable': 3.

The ROADM module AWG heater temperature Units: 0.1 [C]

The ROADM module channel spacing Enumeration: 'other': 1, 's100': 2, 's50': 3.

Number of channel ports at ROADM card.

Makes procedure of automatic Power Equalization. Enumeration: 'equalization': 2, 'done': 1.

The WSS ROADM zone2 temperature Units: 0.1 [C]

The WSS ROADM zone3 temperature Units: 0.1 [C]

Number of channels at ROADM card.

Makes procedure of implementing switch configuration on hardware. Enumeration: 'other': 1, 'done': 2, 'reconfigure': 3.

The value of the First Lambda Channel Number in the interval of possible Lambda Channels Numbers. For the WSS ROADM Modules the value is equal to Lambda Channel Number multiplied by 1000. Example: Lambda Channel Number 20 will apear as 20000. For other ROADM Modules value equal to '0'

The value of the Last Lambda Channel Number in the interval of possible Lambda Channels Numbers. For the WSS ROADM Modules the value is equal to Lambda Channel Number multiplied by 1000. Example: Lambda Channel Number 20 will apear as 20000. For other ROADM Modules value equal to '0'

Restore default Port Channel Configuration for Module. Setting 'restoreDefault' for Modules EM1600-WSS2Q and EM1600-WSS4D will block all Channels configured on the Ports except those of external Wave Blockers. Enumeration: 'restoreDefault': 2, 'done': 1.

Table of installed Lambda Driver ROADM Modules Monitoring

Installed Lambda Driver ROADM Modules Monitoring

The slot#. An index from 1 to The number of slots

The ROADM module COM IN power Units: 0.1 [dBm]

The ROADM module COM OUT power Units: 0.1 [dBm]

The ROADM module Input power (EXP IN) Units: 0.1 [dBm]

The ROADM module EXP OUT power Units: 0.1 [dBm]

The ROADM module DROP OUT power Units: 0.1 [dBm]

Table of installed Lambda Driver ROADM Modules Ports

Installed Lambda Driver ROADM Modules Channels

The slot#. An index from 1 to The number of slots

The ROADM module Channel Lambda Channel Number multiplied by 1000. Example: channel 20 will apear as 20000.

The port#. An index from 1 to The number of ports.

The ROADM module Port Channel Wavelenth, Units: 0.01 Nano Meter[nm]

The number of Drop Port, connected to this Channel.

The ROADM module port VOA Drop Attenuation, integer from 0 till 150, Units: 0.1 [dB]

The status of ROADM module Channel. Set 'virtual' if configuration didn't save in HW. Enumeration: 'other': 1, 'saved': 3, 'virtual': 2.

The ROADM module Channel Power, (Drop Peak Power for module EM1600-WSS9, Com Output West Total Power for module EM1600-WSS2Q, Com Output Total Power for module EM1600-WSS4D) Units: 0.1 [dBm]

The ROADM module Channel Power, (Add Peak Power for module EM1600-WSS9, Com Output East Total Power for module EM1600-WSS2Q, Com Input Total Power for module EM1600-WSS4D) Units: 0.1 [dBm]

The ROADM module Channel Frequency, (Drop Peak Frequency) Units: 0.0001 [THz]

The ROADM module Channel Frequency, (Add Peak Frequency) Units: 0.0001 [THz]

The ROADM module port VOA Add Attenuation, integer from 0 till 250, Units: 0.1 [dB]

The ROADM module Channel Grid Frequency Units: 0.0001 [THz]

The ROADM Channel Spacing Enumeration: 'other': 1, 's100': 2, 's50': 3.

Table of installed Lambda Driver ROADM Modules Thresholds

Installed Lambda Driver ROADM Modules Thresholds

The slot#. An index from 1 to The number of slots

The threshold index An index from 1 to The number of thresholds Enumeration: 'hysteresisDegradeHigh': 6, 'tRaise': 9, 'failLow': 3, 'hysteresisFailLow': 7, 'tFall': 10, 'hysteresisFailHigh': 8, 'failHigh': 4, 'degradeHigh': 2, 'degradeLow': 1, 'hysteresisDegradeLow': 5.

The ROADM module AWG temperature threshold Units: 0.1 [C]

The ROADM module temperature threshold Units: 0.1 [C]

The ROADM module COM IN power threshold (demultiplexer channel output) Units: 0.1 [dBm]

The ROADM module COM OUT power threshold Units: 0.1 [dBm]

The ROADM module input power (EXT IN) threshold Units: 0.1 [dBm]

The ROADM module EXP OUT power threshold Units: 0.1 [dBm]

The ROADM module DROP OUT power threshold Units: 0.1 [dBm]

Table of installed Lambda Driver ROADM Modules Ports

Installed Lambda Driver ROADM Modules Ports

The slot#. An index from 1 to The number of slots

The port#. An index from 1 to The number of ports (channels)

The ROADM module administration state of the Port, Add, Pass through or Dark. Setting 'dark' for Modules EM1600-WSS2Q and EM1600-WSS4D will block all Channels configured on the Port. Enumeration: 'dark': 4, 'drop': 5, 'add': 2, 'other': 1, 'pass': 3.

The ROADM module switch setting of the port, Add, Pass through or Dark Enumeration: 'dark': 4, 'drop': 5, 'add': 2, 'other': 1, 'pass': 3.

The ROADM module port input power (Multiplexer Input Power for module EM1600-ROADM40, Com Input Total Power for module EM1600-WSS4D). Units: 0.1 [dBm]

The ROADM module port VOA add attenuation, integer from 0 till 250, Units: 0.1 [dB]

The ROADM module port VOA pass attenuation, integer from 0 till 250, Units: 0.1 [dB]

The ROADM module port VOA drop attenuation, integer from 0 till 250, Units: 0.1 [dB]

The ROADM module port channel wavelenth, Units: 0.01 Nano Meter[nm]

The ROADM module port lambda channel number multiplied by 1000. Example: channel 20 will apear as 20000.

The module port VOA minimum attenuation value, integer in Units: 0.1 [dB]

The module port VOA maximum attenuation value, integer in Units: 0.1 [dB]

Port Name string (as: Add-Drop West, ExpIn-ExpOut East, Com Out, WB1 In-Out etc.)

Optical Power value exists for this port. Enumeration: 'notSupported': 2, 'supported': 1.

The ROADM module Port Total Power value. Units: 0.1 [dBm]

List of Lambda Channels detected in the Port. Number of bytes in the Octet String is equal to the value of [oaLdRoadmNumberOfChannels]. Each Bite in the Octet String includes information about existence of the Lambda Channel in the Port (0=does not exist, 1=exists).

List of Input Port Numbers which Lambda Channels were detected in the Port. Number of bytes in the Octet String is equal to the value of [oaLdRoadmNumberOfChannels]. Each Bite in the Octet String includes Input Port Number or '0' for Output Port or other not relevant Ports.

Table of installed Lambda Driver ROADM Modules Ports Threshold

Installed Lambda Driver ROADM Modules Ports Threshold

The slot#. An index from 1 to The number of slots

The port#. An index from 1 to The number of ports (channels)

The threshold index An index from 1 to The number of thresholds Enumeration: 'hysteresisDegradeHigh': 6, 'tRaise': 9, 'failLow': 3, 'hysteresisFailLow': 7, 'tFall': 10, 'hysteresisFailHigh': 8, 'failHigh': 4, 'degradeHigh': 2, 'degradeLow': 1, 'hysteresisDegradeLow': 5.

The ROADM module port power threshold, (multiplexer input power) Units: 0.1 [dBm]

Table of installed Cross Connect Ports

Installed Cross Connect Ports

The Cross Connect module slot number.

The port# from Cross Connect module.

Number of port which is defined as connected with this port. The number is 0, if this port doesn't connected

Action to connect or disconnect this port with number. Get always returns other. For set have to be together with object oaLdPortsCrossConnectNumber. Enumeration: 'other': 1, 'disconnect': 3, 'connect': 2.

Table of optical peaks and Spectral points numbers.

Table of optical peaks and Spectral points numbers.

The slot#. An index from 1 to The number of slots

The port#. An index from 1 to The number of ports.

The number of detected optical peaks.

The total band power. Units: 0.1 [dBm]

Table of Spectral optical Peaks Monitoring.

Spectral optical Peaks Monitoring

The slot#. An index from 1 to The number of slots

The port#. An index from 1 to The number of ports.

The spectral peak#. An index from 1 to The number of measured spectral peaks.

The peak frequency. Units: 0.0001 [THz].

The peak wavelength. Units: 0.01 [nm].

The peak power. Units: 0.1 [dBm]

The total power. Units: 0.1 [dBm]

The peak OSNR. Units: 0.1 [dB]

The peak Left valley Frequency. Units: 0.0001 [THz].

The peak Left valley Power. Units: 0.1 [dBm].

The peak Right valley Frequency. Units: 0.0001 [THz].

The peak Right valley Power. Units: 0.1 [dBm].

The SNMP trap that is generated when power supply unit changes it's state from notActive to active

The SNMP trap that is generated when power supply unit changes it's state from active to notActive

The SNMP trap that is generated when power supply unit is inserted into the chassis

The SNMP trap that is generated when power supply unit is taken out of the chassis

The SNMP trap that is generated when Fan unit changes it's state from notActive or fail to active

The SNMP trap that is generated when Fan unit changes it's state from active to notActive or fail

The SNMP trap that is generated when optical switch on redundant card changes it's state from Secondary to Primary

The SNMP trap that is generated when optical switch on redundant card changes it's state from Primary to Secondary

The SNMP trap that is generated when a card is inserted into the chassis

The SNMP trap that is generated when a transponder card changes it's Access receive indication. Note: this trap is send only if oaLdTrapsVer is not supported

The SNMP trap that is generated when a transponder card changes it's WDM receive indication. Note: this trap is send only if oaLdTrapsVer is not supported

The SNMP trap that is generated when a card is taken out of the chassis

The SNMP trap that is generated when a transponder card changes it's LoopBack state. Note: this trap is send only if oaLdTrapsVer is not supported

The SNMP trap that is generated when on redundant card the Primary fiber Receive status is changed

The SNMP trap that is generated when on redundant card the Secondary fiber Receive status is changed

The SNMP trap that is generated when the link status of a port at the card is changed. Note: this trap is send only if oaLdTrapsVer is not supported

The SNMP trap that is generated when a transponder at a card changes it's Access receive indication. Note: this trap is send only if oaLdTrapsVer is not supported

The SNMP trap that is generated when a transponder at a card changes it's WDM receive indication. Note: this trap is send only if oaLdTrapsVer is not supported

The SNMP trap that is generated when a transponder entity changes it's LoopBack state. Note: this trap is send only if oaLdTrapsVer is not supported

The SNMP trap that is generated when a transponder port changes it's LoopBack state. Note: this trap is send only if oaLdTrapsVer is not supported

The SNMP trap that is generated when a transponder card changes it's Access receive indication to ON

The SNMP trap that is generated when a transponder card changes it's Access receive indication to Off

The SNMP trap that is generated when a transponder card changes it's WDM receive indication to On

The SNMP trap that is generated when a transponder card changes it's WDM receive indication to Off

The SNMP trap that is generated when a transponder card changes it's LoopBack state to loop

The SNMP trap that is generated when a transponder card changes it's LoopBack state to normal

The SNMP trap that is generated when the link status of a port at the card is changed to On

The SNMP trap that is generated when the link status of a port at the card is changed to Off

The SNMP trap that is generated when a transponder at a card changes it's Access receive indication to On

The SNMP trap that is generated when a transponder at a card changes it's Access receive indication to Off

The SNMP trap that is generated when a transponder at a card changes it's WDM receive indication to On

The SNMP trap that is generated when a transponder at a card changes it's WDM receive indication to Off

The SNMP trap that is generated when a transponder entity changes it's LoopBack state to loop

The SNMP trap that is generated when a transponder entity changes it's LoopBack state to normal

The SNMP trap that is generated when a transponder port changes it's LoopBack state to loop

The SNMP trap that is generated when a transponder port changes it's LoopBack state to normal

The SNMP trap that is generated when optical switch on redundant card changes it's state from Secondary to Primary

The SNMP trap that is generated when optical switch on redundant card changes it's state from Primary to Secondary

The SNMP trap that is generated when Temperature of the card placed in the corresponding slot returned to Normal.

The SNMP trap that is generated when Temperature of the card placed in the corresponding slot became too High.

The SNMP trap that is generated when an Optical Amplifier Input Power exceeds its threshold value.

The SNMP trap that is generated when an Optical Amplifier Input Power returns below its threshold value.

The SNMP trap that is generated when an Optical Amplifier Output Power exceeds its threshold value.

The SNMP trap that is generated when an Optical Amplifier Output Power returns below its threshold value.

The SNMP trap that is generated when an Optical Amplifier Module Temperature exceeds its threshold value.

The SNMP trap that is generated when an Optical Amplifier Module Temperature returns below its threshold value.

The SNMP trap that is generated when an Optical Amplifier Input2 Power exceeds its threshold value.

The SNMP trap that is generated when an Optical Amplifier Input2 Power returns below its threshold value.

The SNMP trap that is generated when an Optical Amplifier PS Voltage Current exceeds its threshold value.

The SNMP trap that is generated when an Optical Amplifier PS Voltage Current returns below its threshold value.

The SNMP trap that is generated when an Optical Amplifier Auto Shutdown exceeds its threshold value.

The SNMP trap that is generated when an Optical Amplifier Auto Shutdown returns below its threshold value.

The SNMP trap that is generated when an Optical Amplifier Pump Temperature exceeds its threshold value.

The SNMP trap that is generated when an Optical Amplifier Pump Temperature returns below its threshold value.

The SNMP trap that is generated when an Optical Amplifier Pump Drive Current exceeds its threshold value.

The SNMP trap that is generated when an Optical Amplifier Pump Drive Current returns below its threshold value.

The SNMP trap that is generated when an Optical Raman Amplifier Reflected Power exceeds its threshold value.

The SNMP trap that is generated when an Optical Raman Amplifier Reflected Power returns below its threshold value.

The SNMP trap that is generated when the command 'CPU Force Switchover is invoked.

The SNMP trap that is generated when error is occurred during Fiber PRBS emulation test.

The SNMP trap that is generated when the Dry Contact of E&M port is closed.

The SNMP trap that is generated when the Dry Contact of E&M port is opened.

The SNMP trap that is generated when card placed in the corresponding slot was restarted.

The SNMP trap that is generated when on redundant card the Primary fiber Receive status is changed to On

The SNMP trap that is generated when on redundant card the Primary fiber Receive status is changed to Off

The SNMP trap that is generated when on redundant card the Secondary fiber Receive status is changed to On

The SNMP trap that is generated when on redundant card the Secondary fiber Receive status is changed Off

The SNMP trap that is generated when the module's clock source changed to the primary (user selected) port

The SNMP trap that is generated when the modules's clock source changed to a non-primary port