LUXN-MIB: View SNMP OID List / Download MIB

Manufacturing name of the device. Up to 30 characters

Date and Time of manufacturing of the chassis

Serial # of the Chassis.

Model type of the chassis. Up to 10 characters

Default one-time user ID. This ID should be used for the first time access to the system. This ID will not be accepted once a real user ID is added.

Default one-time password to go with the default user ID. The password may contain non-printable characters up to 10 ASCII characters. Passwords are hashed and are for comparison only

Number of shelves in the chassis. This number reflects the number of rows of the table below. This number is automatically adjusted everytime a row is added to the table below.

This table represents the number of shelves and the number of slots per shelf in the chassis.

Specifies the index for each row in the table below

Integer ID of each shelf in the chassis. The shelf number is always one for both GM1608 and GM3217. In the case of of GM3234, the bottom shelf is 1 while the top shelf is 2. As for GMX128, the order of numbering is from the top shelf to the bottom shelf. In other words, the top shelf is assigned 1.

total number of slots in a given shelf.

32 bit CRC of the manufacturing section. This CRC is automatically calculated everytime information is updated from the manufacturing section. The manufacturing section is static once the chassis leaves the LuxN manufacturing premise.

Type of chassis.

Type of power supplies. Enumeration: 'acOnly': 2, 'unknown': 4, 'dcOny': 1, 'mixedDcAc': 3.

CLEI number for the chassis.

IP Address of the Active Communication Processor

Net mask for the Active Communication Processor

Version of the LuxN MIB implemented by this device. This value may be reset everytime a new CP code is downloaded.

The current version string of the Boot PROM code

Total Size of the ROM in Kilobyes

Number of the subdivisions of the ROM.

This table represents the number of sub divisions and the size of each subdivision in ROM memory

Specifies the index for each row in the table below

Integer ID of each sub division in the ROM. The order of numbering is from the top of the ROM to the bottom of the ROM.

Display Name of each Sub Division in ROM

Size of each sub division in ROM in bytes

Starting address of each sub division in the ROM in HEX notation.

Display Version of each Images in ROM.

Display Database Version of each Images in ROM.

This table represents the information for each active or standby communication processor

Specifies the index for each row in the table below

The shelf the card is in.

The slot within the shelf the card is in.

Type of the communication processor. The valid types are Active or Standby.

Designation Type of the communication processor. The valid types are Active or Standby.

The state of the CP card.

MAC address of the Communication processor in HEX

Display (Network) name of the Communication processor

Date and Time of manufacturing of the CP card

Serial # of the CP card.

Model type of the CP.

The current version string of the CP FW code

Instruct the CP to do a warmboot. A get on this will always return an other.

Display Hardware name of the CP Card.

CLEI number of the mux/dmux Card.

Model number of the CP card. Up to 15 characters

Toggle the Active/Standby mode of the active CP.

IP Address of the first SNMP Trap host. A NULL IP address means no TRAP should be sent to this address. Duplicate IP addresses will be rejected.

IP Address of the second SNMP Trap host. A NULL IP address means no TRAP should be sent to this address. Duplicate IP addresses will be rejected.

IP Address of the third SNMP Trap host. A NULL IP address means no TRAP should be sent to this address. Duplicate IP addresses will be rejected.

If set to true, traps will be sent out. If set to false, traps will not be sent out. This variable is reset to true (enable) on each boot cycle.

Gateway IP Address of the Active Communication Processor. A NULL IP address means Gateway hasn't been configured.

Maximum allowed Telnet Sessions on the Active Communication Processor. Valid values are 1 to 6.

Maximum timeout (in seconds) that can be set for a Telnet session on the Active Communication Processor. Valid values are greater than 30 secs.

Current Date on the Active Communication Processor. The format is in the form of mm-dd-yy in which mm is the two digit month, dd is the two digit day of the month, and yy is the two digit year.

Current Time on the Active Communication Processor. The format is in the form of hh:mm:ss in which hh is the hour, mm is the minute and ss is the second. The valid values for hour goes from 0 to 23. In order to work with LuxN NMS, it needs to be set to GMT time

User configurable SNMP Get Community String.

User Configurable SNMP Set Community String.

User Configurable System Name.

User configurable trap community string for first trap host. Will return an error if the corresponding trap host is invalid or not set.

User configurable trap community string for second trap host. Will return an error if the corresponding trap host is invalid or not set.

User configurable trap community string for third trap host. Will return an error if the corresponding trap host is invalid or not set.

HTTP server enabled or not. Enumeration: 'disabled': 2, 'enabled': 1.

IMN Ip address. Use for IP/IWM

UPSR mode: enable and disable. Enumeration: 'enable': 1, 'disable': 2.

Flag to automatically enable/disable module update. Enumeration: 'enable': 1, 'disable': 2.

IP Address of the fourth SNMP Trap host. A NULL IP address means no TRAP should be sent to this address. Duplicate IP addresses will be rejected.

IP Address of the fifth SNMP Trap host. A NULL IP address means no TRAP should be sent to this address. Duplicate IP addresses will be rejected.

User configurable trap community string for fourth trap host. Will return an error if the corresponding trap host is invalid or not set.

User configurable trap community string for fifth trap host. Will return an error if the corresponding trap host is invalid or not set.

User configurable trap port for the first trap host. Default value is 162

User configurable trap port for the second trap host. Default value is 162

User configurable trap port for the third trap host. Default value is 162

User configurable trap port for the fourth trap host. Default value is 162

User configurable trap port for the fifth trap host. Default value is 162

This table represents the number of sub divisions and the size of each subdivision in ROM memory of redundant (standby) MPM

Specifies the index for each row in the table below

Integer ID of each sub division in the ROM. The order of numbering is from the top of the ROM to the bottom of the ROM.

Display Name of each Sub Division in ROM

Display Version of each Images in ROM.

Display Database Version of each Images in ROM.

Specifies the internation time zone used by the MPM to determine system time. The time zone is only used to system time calculations when NTP is enabled

Specifies whether NTP support is enabled or disabled. Enumeration: 'disabled': 2, 'enabled': 1.

Specifies the NTP time server queries for updates.

Specifies the NTP time update interval in minutes.

Enable/disable telnet client for active telnet sessions. Enumeration: 'enable': 1, 'disable': 2.

Set the log mask. The masks are equivalent to syslog priorities. Enumeration: 'info': 8, 'warn': 6, 'notice': 7, 'err': 5, 'alert': 3, 'disabled': 1, 'debug': 9, 'emerg': 2, 'crit': 4.

IP Address of the first log server. A NULL IP address will remove this entry. Duplicate IP addresses will be rejected.

IP Address of the first log server. A NULL IP address will remove this entry. Duplicate IP addresses will be rejected.

IP Address of the first log server. A NULL IP address will remove this entry. Duplicate IP addresses will be rejected.

IP Address of the first log server. A NULL IP address will remove this entry. Duplicate IP addresses will be rejected.

IP Address of the first log server. A NULL IP address will remove this entry. Duplicate IP addresses will be rejected.

The current version string of the CC Boot PROM code

Total Size of the CC ROM in Kilobyes

Number of the subdivisions of the ROM.

This table represents the number of sub divisions and the size of each subdivision in ROM memory

Specifies the index for each row in the table below

Integer ID of each sub division in the ROM. The order of numbering is from the top of the ROM to the bottom of the ROM.

Display Name of each Sub Division in ROM

Size of each sub division in ROM in kilobytes

Starting address of each sub division in the ROM in HEX notation.

Number of CC rows in the following table. This number is automatically updated whenever a new row is added to the table below.

This table represents the information for each channel card

Specifies the index for each row in the table below

Location of the card. Valid values are: Local in the same chassis, or remote to this chassis

The shelf the card is in. Valid values are: 1 to 2

The slot within the shelf the module is in. The range of valid values range from 1 through 17 depending on the chassis type and the shelf the module is in. To delete this card, set this variable to 0.

Date and Time of calibration of the CC card

Serial # of the CC card.

Model type of the channel card.

User configurable name of the channel card

The current version string of the CC FW code

Bias current for the optical laser. This is the preset manufacturing value

The frequency modulation for the optical laser. This value is the preset manufacturing value.

The APC value. This value is the preset manufacturing value

The frequency modulation for the IWM channel. This value is the preset manufacturing value

The value of the reference clock in decimal notation. For a given value, like 1660-EN, the actual value is 16.60-EN. In otherwords, assume a two digit decimal point, plus any appropriate scaling factor. This value is the preset manufacturing value. Enumeration: 'en1944': 2, 'en1660': 1, 'en1953': 3.

The clock divisor. Values are 1250, 622 or 155 in the appropriate clock frequency scale. Enumeration: 'dout-155': 3, 'dout-622': 2, 'dout-1250': 1.

The bandwidth of the channel card. Enumeration: 'gbEthernet': 4, 'gbE10': 9, 'oc48': 3, 'oc12': 2, 'fibreChannel': 5, 'oc192': 6, 'fibreChannelX2': 10, 'oc3': 1.

Instruct the CC to do a warmboot or loopback. A get on this will always return an other. Enumeration: 'enableLoopback': 3, 'other': 1, 'disableLoopback': 4, 'warmboot': 2.

The connected mux chassis.

The connected mux shelf.

The connected mux slot.

The connected mux port.

The connected demux chassis.

The connected demux shelf.

The connected demux slot.

The connected demux port.

Model number of the CC card. Up to 15 characters

Link ITU number of the CC card. Up to 15 characters

Link Wavelength of the CC card

Laser Type of the Channel Card. Enumeration: 'uncooled': 1, 'cooled': 2.

Receive Diode of the Channel Card. Enumeration: 'pin': 2, 'apd': 1.

Flag to enable/disable the CPE link when the threshold value crosses the lower hysteresis limit. The default value is disable. CPE disable with CPE Rx pass through is identical to normal CPE disable with the added feature that the remote CPE Tx will be disabled if a loss of light condition is detected on the local CPE Rx. Enumeration: 'enableCpeRxPassThr': 3, 'enable': 1, 'disable': 2.

Link name for fiber between the local and the remote cc card.

Whether colorSIM module is physically present, not installed or preconfigured. Enumeration: 'notinstalled': 2, 'preconfigured': 3, 'installed': 1.

Display Hardware name of the CC Card.

Presence of Backpack module, installed or not Installed. Enumeration: 'notInstalled': 2, 'installed': 1.

Rx ITU number of backpack.

Tx ITU number of backpack.

Rx Insertion loss of backpack.

Tx Insertion loss of backpack.

Rx Express loss of backpack.

Tx Express loss of backpack.

Initiate manual UPSR switching by shelf and slot.

Upsr Path ID name that this card is associated with. Set input equal NULL will remove the card off the path and also remove the path if there is no card left associate with that path.

CPE Disable Threshold (Link Rx Power) in dBm. The limit is from -32 to -8, but input should be an absolute value if using mib browser. A value of 0 in this field indicates that UPSR is not supported. This value will not take affect until ccLinkAutoDisable has been enabled.

CPE Re-enable threshold (Link Rx Power) in dBm. The limit is from -31 to -7, but input should be an absolute value if using mib browser. A value of 0 in this field indicates that UPSR is not supported. This value will not take affect until ccLinkAutoDisable has been enabled.

Type of module connected to Tx port of OCM.

Conn port for CC's Tx port.Possible values based on card types that can connect to OCM are: FADM: 1=Conn A Tx, 2=Conn A Rx, 3=Local Tx 4=Local Rx, 5=Conn B Tx, 6=Conn B Rx OCMU/OCMITU/MCMT1/MCME1/OCM10G/OCM10G: 1=Link Tx, 2=Link Rx OFCM/OFCD: 1/2/3/4=port index, 5=EXP, 6=OUT/IN OSAM: 1=IN, 2=OUT W2CM/W2CMD:1=13M, 2=15M, 3=13D, 4=15D, 5=IN , 6=OUT W4CM/W4CD: 1=1470/1510, 2=1490/1530, 3=15501590/, 4=1570/1610, 5=EXP, 6=IN/OUT UPSM/OPPM: 1=Link A Tx, 2=Link A Rx, 3=Link B Tx, 4=Link B Rx, 5=Local Tx, 6=Local Rx.

The shelf the card conn to Tx port of OCM. Valid values are: 1 to 10.

The slot within the shelf the card conn to Tx port of OCM.

Type of module connected to Rx port of OCM.

Conn port for CC's Rx port.Possible values based on card types that can connect to OCM are: FADM: 1=Conn A Tx, 2=Conn A Rx, 3=Local Tx 4=Local Rx, 5=Conn B Tx, 6=Conn B Rx OCMU/OCMITU/MCMT1/MCME1/OCM10G/OCM10G: 1=Link Tx, 2=Link Rx OFCM/OFCD: 1/2/3/4=port index, 5=EXP, 6=OUT/IN OSAM: 1=IN, 2=OUT W2CM/W2CMD:1=13M, 2=15M, 3=13D, 4=15D, 5=IN , 6=OUT W4CM/W4CD: 1=1470/1510, 2=1490/1530, 3=15501590/, 4=1570/1610, 5=EXP, 6=IN/OUT UPSM/OPPM: 1=Link A Tx, 2=Link A Rx, 3=Link B Tx, 4=Link B Rx, 5=Local Tx, 6=Local Rx.

The shelf the card conn to Rx port of OCM. Valid values are: 1 to 10.

The slot within the shelf the card conn to Rx port of OCM.

UPSR mode for CC card: primary or backup. If not in upsr configuration, value is na. This value will not take affect until ccLinkAutoDisable has been enabled. Enumeration: 'na': 3, 'backup': 2, 'primary': 1.

The shelf of other CC card in pair.

The slot of other CC card in pair. Input 0 to unpair OCMs and delete RSM connections if any.

Administrative control over that cc card. Default value is enable. When disabled, no alarms/events gets generated. For remote CC, the default value is disabled Enumeration: 'na': 3, 'enable': 2, 'disable': 1.

The shelf of other CC card in OCM regeneration pair. This value will not take affect until ccLinkAutoDisable has been enabled.

The slot of other CC card in OCM regeneration pair. Input 0 to unpair OCMs involved. This value will not take affect until ccLinkAutoDisable has been enabled.

CLEI number of the CC Card.

The connected MCMESC shelf.

The connected MCMESC slot.

The connected MCMESC port. 1=Link Tx, 2=Link Rx. Enumeration: 'linkrx': 2, 'linktx': 1.

The connected MCMESC shelf.

The connected MCMESC slot.

The connected MCMESC port. 1=Link Tx, 2=Link Rx. Enumeration: 'linkrx': 2, 'linktx': 1.

Total port numbers on each CC card.

The current version string of the Mux Boot PROM code

Total Size of the ROM in Kilobyes

Number of the subdivisions of the ROM.

This table represents the number of sub divisions and the size of each subdivision in ROM memory

Specifies the index for each row in the table below

Integer ID of each sub division in the ROM. The order of numbering is from the top of the ROM to the bottom of the ROM.

Display Name of each Sub Division in ROM

Size of each sub division in ROM in kilobytes

Starting address of each sub division in the ROM in HEX notation.

Number of MUX rows in the following table. This number is automatically updated whenever a new row is added to the table below.

This table represents the information for each MUX card

Specifies the index for each row in the table below

Location of the module. Valid values are: Local in the same chassis, or remote to this chassis

The shelf the card is in.

The slot within the shelf the module is in. The range of valid values range from 1 through 17 depending on the chassis type and the shelf the module is in. To delete this card, set this variable to 0.

Model number for module.

Date and Time of manufacturing of the module

Serial # of the module.

Model type of the module

User configurable name of the module

The current version string of the FW code

Instruct the mux to do a warmboot. A get on this will always return an other.

Total port numbers on each MUX card. Should be six

The MUX card's status is upgradable or not. Enumeration: 'upgradable': 1, 'notUpgradable': 2.

Display Hardware name of the mux/dmux Card.

Upsr Path ID name that this card is associated with. Set input equal NULL will remove the card off the path and also remove the path if there is no card left associate with that path.

Administrative control over that mux card. Default value is enable. When disabled, no alarms/events gets generated. Enumeration: 'na': 3, 'enable': 2, 'disable': 1.

CLEI number of the mux/dmux Card.

ITU channel spacing for the mux/demux card. Only valid for MD100-40 and BD4 Modules.

First ITU channel supported by the module. Only valid for MD100-40 and BD4 Modules.

Last ITU channel supported by the module. Only valid for MD100-40 and BD4 Modules.

Number of channels per optical band supported by the module. Only valid for BD-4 and MD100-40 module.

Number of bands supported by the module. Only valid for BD-4 and MD100-40 module.

Number of MUX's port rows in the following table. This number is automatically updated whenever a new row is added to the table below.Basically a product of # of mux cards and # of ports on each card. Hence it would have a value of 6, 12, 18 etc..

This table represents the information for each MUX card's port.

Specifies the index for each row in the table below

Location of the MUX's port. Valid values are: Local in the same chassis, or remote to this chassis

The shelf the card is in. Valid values are: 1 to 2.

The slot within the shelf the card is in.

Port's index. Ports 1 through 4 can be use for connection with OCM family or MCMT1/MCME1 only.

Port's wavelength: either ITU number or actual wavelength in nm. Supported by all Mux modules except MD100-40 & BD4.

Mux Port insertion Loss range. Supported by all Mux modules except MD100-40 & BD4.

Module type connected to mux port. Supported by all Mux modules except MD100-40 & BD4.

The chassis's location of the card conn to. Supported by all Mux modules except MD100-40 & BD4.

The shelf the card conn to. Valid values are: 1 to 2. Supported by all Mux modules except MD100-40 & BD4.

The slot within the shelf the card conn to. To delete a connection associated with a specified port, set this variable to 0. Supported by all Mux modules except MD100-40 & BD4.

Conn port for MUX/DMUX's port. Possible values based on card types that can be connected to are: FADM: 1=Conn A Tx, 2=Conn A Rx, 3=Local Tx 4=Local Rx, 5=Conn B Tx, 6=Conn B Rx OCM10G/OCME/OCMITU/OCMU/MCMT1/MCME1/MCMESC: 1=Link Tx, 2=Link Rx OFCM/OFCD: 1/2/3/4=port index, 5=EXP, 6=OUT/IN OSAM: 1=IN, 2=OUT W2CM/W2CMD:1=13M, 2=15M, 3=13D, 4=15D, 5=IN , 6=OUT W4CM/W4CD: 1=1470/1510, 2=1490/1530, 3=1550/1590, 4=1570/1610, 5=EXP, 6=IN/OUT UPSM/OPPM: 1=Link A Tx, 2=Link A Rx, 3=Link B Tx, 4=Link B Rx, 5=Local Tx, 6=Local Rx. Entry supported by all Mux modules except MD100-40 & BD4.

Type of the MUX's port. Supported by all Mux modules except MD100-40 & BD4. Enumeration: 'demux': 2, 'mux': 1.

Chassis ID of the connected node. User config. If local connection, a set on it would return an error; would be automatically be set to the chassis Id of the local node. Supported by all Mux modules except MD100-40 & BD4.

System Name of the connected node. User config. If local connection, a set on it would return an error; would be automatically be set to the sysetem name of the local node. Supported by all Mux modules except MD100-40 & BD4.

IpAddress of the connected node. User config. If local connection, a set on it would return an error; would be automatically be set to the IP address of the node. Supported by all Mux modules except MD100-40 & BD4.

Average port insertion loss for the port category. Valid only for MD100-40 & BD4 modules.

Maximum port insertion loss for the port category. Valid only for MD100-40 & BD4 modules.

Tap ratio for the port category. Valid only for MD100-40 & BD4 modules.

Number of PS (power supply) rows in the following table. This number is automatically updated whenever a new row is added to the table below.

This table represents the information for each PS module.

Specifies the index for each row in the table below

The module ID the ps module is in. Valid values are: 1 to 4

Mode of the PS module. Valid values are: active or standby

Date and Time of manufacturing of the PS module.

Serial # of the PS module. Not Supported Yet.

Model type of the PS module. Up to 10 characters. Not Supported Yet.

This table represents the information for each FTP server

Specifies the index for each row in the table below

The IP address of the FTP server.

The FTP user ID for this FTP server. Up to 15 chars.

Password for the above FTP Logon ID. This password is NOT hashed. Proper security access is required to set and view this element. Most FTP connections, however, are using anonymous logon ID with no special password requirements.

FTP server modes. The choices are: active or passive, active may be necessary for users behind a firewall.

FTP port. This port is used in conjunction with the FTP IP address for establishing a connection to the FTP server. Any valid IP port may be entered. Setting this element to zero (0) will cause the standard FTP port (21) to be used.

This table represents the information for each PreQual table.

Specifies the index for each row in the table below

The Image type and version to be prequalified before downloading. The string format is : type,version. The prequal action will be taken after setting version.

The result after comparing type and version of the selected download image with the compatibility matrix. The result is either compatible, incompatible or unknown version. (Not available at this time). The default is compatible. Enumeration: 'compatible': 1, 'unknown-version': 3, 'incompatible': 2.

This table represents the information for download and activation.

Specifies the index for each row in the table below

The Image type to be downloaded or to be activated. The valid values are: all, mpms, boot, macf, mcme1, mcmesc_code, mcmt1, mpm, ocm, ocm10g, oet, osam, osam_hp/lp, rsm, upsm, uob. When choosing all, all non-mpm images are downloaded, the dlLocation should be set to local, dlShelf and dlSlot should be set to 0, dlFilename should be set to the path under which all the non-mpm images are put. When choosing mpms, mpm's two associated images, boot and mpm run code image, are downloaded, the dlLocation should be set to local, dlShelf and dlSlot should be set to active mpm's shelf and slot, dlFilename should be set to the path under which the two images are put. To MCME1/MCMT1 modules, mcm_fpag image will automatically be downloaded when mcme1 or mcmt1 is selected.

The location to be downloaded or to be activated. The choices are: local, remote or both. (Only local and remote are supported at this time, LuxnOS has only local choice and is not supported yet. When dlType is set to all, only local is supported.

The destination shelf. When dlType is set to all, dlShelf should be set to 0.

The slot within the selected shelf. When dlType is set to all, dlSlot should be set to 0.

The filename and path of the file to be downloaded -up to 255 characters. When dlType is set to all, the dlFilename field should be set to the path of the directory where the non-mpm images are stored. When dlType is set to mpms, the dlFilename field should be set to the path of the directory where the boot and mpm images are stored. The download action (imageupdate) will be taken after setting the dlFilename field.

Activate the backup image at the selected location. To MCMESC, no, activateBackupFirmware, activateBackupFPGA and activateBackupFirmwareAndFPGA are applicable. To MCMT1/MCME1, no and activateBackupFirmwareAndFPGA are applicable. To other modules, no and activateBackupFirmware are applicable. When choosing activateForAllLineCards, the dlShelf and dlSlot sholud be set to 0. Enumeration: 'activateBackupFirmware': 2, 'activateBackupFirmwareAndFPGA': 4, 'activateForAllLineCards': 5, 'activateBackupFPGA': 3, 'no': 1.

The image indicated by dlType is to be exported to the dlFilename using FTP. Ths element is reset to none(1) after each export. Enumeration: 'import': 1, 'export': 2.

This table represents the information for LuxnOS table.

Specifies the index for each row in the table below

The Integer ID for each LuxnOS.

Display the LuxnOS version.

Display the LuxnOS state: operating(1) is the current operating LuxnOS, backup(2)is the backup LuxnOS.

Display the release date of the LuxnOS.

Display and select Update LuxnOS Mode: toggle(1) to toggle between operating and backup LuxnOS, revert(2) to copy LuxnOS from the backup to the operating area. The action will be taken after setting UpdateOS .

The current version string of the OADM Boot PROM code

Total Size of the ROM in Kilobyes

Number of the subdivisions of the ROM.

This table represents the number of sub divisions and the size of each subdivision in ROM memory

Specifies the index for each row in the table below

Integer ID of each sub division in the ROM. The order of numbering is from the top of the ROM to the bottom of the ROM.

Display Name of each Sub Division in ROM

Size of each sub division in ROM in kilobytes

Starting address of each sub division in the ROM in HEX notation.

Number of FADM rows in the following table. This number is automatically updated whenever a new row is added to the table below.

This table represents the information for each OADM module

Specifies the index for each row in the table below

Location of the FADM Module.

The shelf of the Module is in. Valid values are: 1, 2 or 3 depending on the chassis type.

The slot within the shelf the module is in. The range of valid values range from 1 through 21 depending on the chassis type and the shelf the module is in. To delete this card, set this variable to 0.

Date and Time of manufacturing of the FADM card

Serial # of the FADM card.

Model type of the FADM

Display (Network) name of the FADM Card

The current version string of the FADM FW code

Instruct the fadm to do a warmboot. A get on this will always return an other.

Total port numbers of FADM module.

The FADM module's status is upgradeable or not. Enumeration: 'notUpgradeable': 2, 'upgradeable': 1.

Model # of the FADM card. Up to 15 characters

Port 1's ITU wavelength.

Port 1's insertion loss in dB.

Internal express port's insertion loss in dB.

Display Hardware name of the FADM Card.

Upsr Path ID name that this card is associated with. Set input equal NULL will remove the card off the path and also remove the path if there is no card left associate with that path.

Administrative control over that fadm card. Default value is enable. When disabled, no alarms/events gets generated. Enumeration: 'na': 3, 'enable': 2, 'disable': 1.

CLEI number of the fadm Card.

Optical band supported by the module. Valid only for BP-5 and BP-10 modules.

Number of channels per optical band supported by the module. Only valid for BP-5 and BP-10module.

First ITU channel supported by the module. Valid only for BP-5 and BP-10 modules.

Last ITU channel supported by the module. Valid only for BP-5 and BP-10 modules.

This table represents the physical connection for each FADM card's port.

Specifies the index for each row in the table below

The shelf the card is in. Valid values are: 1 to 2.

The slot within the shelf the card is in.

Type of the FADM port. The order is CLI compatible. For FADM model type, the ports are listed on the left column Enumeration: 'connARx-EXP': 2, 'connBTx': 5, 'localTx-Local': 3, 'localRx-Rx': 4, 'connATx-AToD': 1, 'connBRx': 6.

The chassis's location of the card conn to.

IpAddress of the connected node. User config. If local connection, a set on it would return an error; would be automatically be set to the IP address of the node

Chassis ID of the connected node. User config. If local connection, a set on it would return an error; would be automatically be set to the chassis Id of the local node

System Name of the connected node. User config. If local connection, a set on it would return an error; would be automatically be set to the sysetem name of the local node.

Module type connected to fadm port.

Conn port for FADM's port. Possible values based on card types that can be connected to are: FADM: 1=Conn A Tx, 2=Conn A Rx, 3=Local Tx 4=Local Rx, 5=Conn B Tx, 6=Conn B Rx OCM10G/OCME/OCMITU/OCMU/MCMT1/MCME1: 1=Link Tx, 2=Link Rx OFCM/OFCD: 1/2/3/4=port index, 5=EXP, 6=OUT/IN OSAM: 1=IN, 2=OUT W2CM/W2CMD:1=13M, 2=15M, 3=13D, 4=15D, 5=IN , 6=OUT W4CM/W4CD: 1=1470/1510, 2=1490/1530, 3=1550/1590, 4=1570/1610, 5=EXP, 6=IN/OUT UPSM/OPPM: 1=Link A Tx, 2=Link A Rx, 3=Link B Tx, 4=Link B Rx, 5=Local Tx, 6=Local Rx.

The shelf the card conn to. Valid values are: 1 to 2.

The slot within the shelf the card conn to. To delete a connection associated with a specified port, set this variable to 0.

The current version string of the oppm Boot PROM code

Total Size of the ROM in Kilobyes

Number of the subdivisions of the ROM.

This table represents the number of sub divisions and the size of each subdivision in ROM memory

Specifies the index for each row in the table below

Integer ID of each sub division in the ROM. The order of numbering is from the top of the ROM to the bottom of the ROM.

Display Name of each Sub Division in ROM

Size of each sub division in ROM in kilobytes

Starting address of each sub division in the ROM in HEX notation.

Number of OPPM rows in the following table. This number is automatically updated whenever a new row is added to the table below.

This table represents the information for each OPPM card

Specifies the index for each row in the table below

Location of the OPPM card. Valid values are: Local in the same chassis, or remote to this chassis

The shelf the card is in. Valid values are: 1 to 2

The slot within the shelf the module is in. The range of valid values range from 1 through 17 depending on the chassis type and the shelf the module is in. To delete this card, set this variable to 0.

Oppm's model number.

Date and Time of manufacturing of the OPPM card

Serial # of the OPPM card.

Model type of the OPPM

Display (Network) name of the OPPM Card

The current version string of the OPPM FW code

Instruct the oppm to do a warmboot. A get on this will always return an other.

Transmit insertion loss.

Receive insertion loss.

The oppm card's status is upgradable or not. Enumeration: 'upgradable': 1, 'notUpgradable': 2.

instruct the OPPM to take on an action, such as: switch to link A or link B A get would alway return other(1). Enumeration: 'enableAutoSwitch': 6, 'toggle': 4, 'other': 1, 'switchToLinkA': 2, 'switchToLinkB': 3.

Configurable switching margin in dB for protection switch to occur.

High alarm margin for input signal strength displayed in dB unit

This allows the current module configuration, such as oppmMarginForSwitch, to be stored in permanent storage. Enumeration: 'save': 2, 'other': 1.

Display Hardware name of the OPPM Card.

Oppmm LinkA Path ID name that this card is associated with. Set input equal NULL will remove the card off the path and also remove the path if there is no card left associate with that path.

Oppm LinkB Path ID name that this card is associated with. Set input equal NULL will remove the card off the path and also remove the path if there is no card left associate with that path.

Administrative control over that oppm card. Default value is enable. When disabled, no alarms/events gets generated. Enumeration: 'na': 3, 'enable': 2, 'disable': 1.

CLEI number of the oppm Card.

The switching state. Switching state may be either auto or forced. The auto state means automatic switching is enabled. Forced state means swithcing is disabled and has been forced to the current active link. Enumeration: 'auto': 1, 'forced': 2.

This table represents the physical connection for each OPPM card's port.

Specifies the index for each row in the table below

The shelf the card is in. Valid values are: 1 to 2.

The slot within the shelf the card is in.

Type of the OPPM's port. Enumeration: 'localTx': 5, 'linkATx': 1, 'linkBRx': 4, 'localRx': 6, 'linkBTx': 3, 'linkARx': 2.

The chassis's location of the card conn to.

IpAddress of the connected node. User config. If local connection, a set on it would return an error; would be automatically be set to the IP address of the node

Chassis ID of the connected node. User config. If local connection, a set on it would return an error; would be automatically be set to the chassis Id of the local node

System Name of the connected node. User config. If local connection, a set on it would return an error; would be automatically be set to the sysetem name of the local node.

Module type connected to oppm port.

Conn port for OPPM's port. Possible values based on card types that can connect to OPPM are: FADM: 1=Conn A Tx, 2=Conn A Rx, 3=Local Tx 4=Local Rx, 5=Conn B Tx, 6=Conn B Rx OCM10G/OCME/OCMITU/OCMU/MCMT1/MCME1: 1=Link Tx, 2=Link Rx OFCM/OFCD: 1/2/3/4=port index, 5=EXP, 6=OUT/IN OSAM: 1=IN, 2=OUT W2CM/W2CMD:1=13M, 2=15M, 3=13D, 4=15D, 5=IN , 6=OUT W4CM/W4CD: 1=1470/1510, 2=1490/1530, 3=1550/1590, 4=1570/1610, 5=EXP, 6=IN/OUT UPSM/OPPM: 1=Link A Tx, 2=Link A Rx, 3=Link B Tx, 4=Link B Rx, 5=Local Tx, 6=Local Rx.

The shelf the card conn to. Valid values are: 1 to 2.

The slot within the shelf the card conn to. To delete a connection associated with a specified port, set this variable to 0.

The current version string of the mcmt1/mcme1 Boot PROM code

Total Size of the ROM in Kilobyes

Number of the subdivisions of the ROM.

This table represents the number of sub divisions and the size of each subdivision in ROM memory

Specifies the index for each row in the table below

Integer ID of each sub division in the ROM. The order of numbering is from the top of the ROM to the bottom of the ROM.

Display Name of each Sub Division in ROM

Size of each sub division in ROM in kilobytes

Starting address of each sub division in the ROM in HEX notation.

Number of ADM rows in the following table. This number is automatically updated whenever a new row is added to the table below.

This table represents the information for each mcmt1/mcme1 module

Specifies the index for each row in the table below

Location of the mcmt1/mcme1 Module.

The shelf of the mcmt1/mcme1 is in. Valid values are: 1..2

The slot within the shelf the module is in. The range of valid values range from 1 through 21 depending on the chassis type and the shelf the module is in. To delete this card, set this variable to 0.

Date and Time of calibration of the mcmt1/mcme1 card

Serial # of the mcmt1/mcme1 card.

Model type of the mcmt1/mcme1

Display (Network) name of the MCMT1/MCME1 Module

The current version string of the MCMT1/MCME1 FW code

Administrative control over that mcmt1/mcme1 card. Default value is enable. When disabled, no alarms/events gets generated. Enumeration: 'na': 3, 'enable': 2, 'disable': 1.

Temperature of the Laser. Not yet supported

mcmt1/mcme1 module's line rate. Enumeration: 'gbEthernet': 5, 'oc48': 4, 'oc12': 3, 'fibreChannel': 6, 'other': 1, 'oc3': 2.

Instruct the mcmt1/mcme1 card to do either a reset or loopback. A get on this will always return an other. Enumeration: 'networkCardLoopback': 5, 'nearEndPort2Loopback': 7, 'networkPort4Loopback': 13, 'resetWithCurrentConfiguration': 2, 'networkPort2Loopback': 11, 'nearEndPort4Loopback': 9, 'networkPort3Loopback': 12, 'resetWithFactoryDefault': 3, 'nearEndCardLoopback': 4, 'disableLoopback': 14, 'networkPort1Loopback': 10, 'nearEndPort1Loopback': 6, 'nearEndPort3Loopback': 8, 'other': 1.

Total port numbers of MCMT1/MCME1 module.

The MCMT1/MCME1 module's status is upgradable or not. Enumeration: 'upgradable': 1, 'notUpgradable': 2.

The MCMT1/MCME1 module's Ethernet status is down or up. Enumeration: 'disabled': 1, 'enabled': 2.

The MCMT1/MCME1 module's port clock src Enumeration: 't1Port4': 6, 't1Port3': 5, 't1Port2': 4, 't1Port1': 3, 'internal': 1, 'link': 2.

The mcmt1/mcme1 port's model number

Bias current for the optical laser. This is the preset manufacturing value

The frequency modulation for the optical laser. This value is the preset manufacturing value.

The APC value. This value is the preset manufacturing value

The frequency modulation for the IWM channel. This value is the preset manufacturing value

The connected mux shelf.

The connected mux slot.

The connected mux port.

The connected demux shelf.

The connected demux slot.

The connected demux port.

The clock source priority in descending order in the format of a,b,c,d,e,f in which a through f should be replaced with 1 through 6 which has the same meaning as the options of mcmTimingPort and are repeated as follows: 0 - unknown 1 - internal 2 - link 3 - t1Port1 4 - t1Port2 5 - t1Port3 6 - t1Port4 For example, '2,5,4,6,3,1' will set the priority of the clock source with link first, followed by t1Port3, followed by t1Port2, followed by t1Port4, followed by t1Port1, followed by internal.

User configurable Link name for the connection between the local and remote MCM/MCME1 Modules

This allows the ethernet mode configured as auto detect, forced 10M, or forced 100M. Enumeration: 'forced10M': 2, 'auto': 1, 'forced100M': 3.

Display Hardware name of the MCMT1/MCME1 Card.

Link Wavelength of the MCMT1/MCME1 card

The current version string of the MCMT1/MCME1 FPGA.

Upsr Path ID name that this card is associated with. Set input equal NULL will remove the card off the path and also remove the path if there is no card left associate with that path.

CLEI number of the mcmt1/mcme1 Card.

ITU number of the mcmt1/mcme1 Card.

Number of MCMT1/MCME1 rows in the following table. This number is automatically updated whenever a new row is added to the table below.

This table represents the information for each MCMT1/MCME1 module's port.

Specifies the index for each row in the table below

Location of the MCMT1/MCME1 port. Valid values are: Local in the same chassis, or remote to this chassis

The shelf the card is in. Valid values are: 1..2.

The slot within the shelf the Module is in. Valid values are: 1 to 17

Port's index.

Port's connection status. Enumeration: 'disabled': 1, 'enabled': 2.

Type of framing. esf(1) and d4(2) are for mcmt1. crc4(3) is for mcme1. For mcme1, this release of hardware and software only supports fixed configuration, CRC4, hence, operation of setting will return an error. Enumeration: 'esf': 1, 'd4': 2, 'crc4': 3.

Type of line coding. b8zs(1) and ami(2) are for mcmt1. hdb3(3) is for mcme1. For mcme1, this release of hardware and software only supports fixed configuration, HDB3, hence, operation of setting will return an error. Enumeration: 'ami': 2, 'hdb3': 3, 'b8zs': 1.

The Line equilizer. ft0to133(1), ft133to266(2), ft266to399(3), ft399to533(4), and ft533to655(5) are for mcmt1. minus43dB(6) is for mcme1. For mcme1, this release of hardware and software only supports fixed configuration, -43dB, hence, operation of setting will return an error. Enumeration: 'ft266to399': 3, 'ft399to533': 4, 'ft0to133': 1, 'minus43dB': 6, 'ft533to655': 5, 'ft133to266': 2.

Port impedance. ohms-100(1) is for mcmt1. ohms-75(2) and ohms-120(3) are for mcme1. For mcme1, this release of hardware and software only supports fixed configuration, 75 ohm, hence, operation of setting will return an error. Enumeration: 'ohms-75': 2, 'ohms-120': 3, 'ohms-100': 1.

Number of fn rows in the following table. This number is automatically updated whenever a new row is added to the table below.

This table represents the information for each fn.

Specifies the index for each row in the table below

The slot ID the fn is in. Valid values are: 1 to 4

Date and Time of manufacturing of the fn

Serial # of the fn. Not Supported Yet.

Model type of the fn. Up to 10 characters. Not Supported Yet.

The ColorSim Mode of the Chassis. The value Enable means that the ColorSim feature is enabled for all the interface cards. An action element, returns other on a get request. Enumeration: 'enable': 1, 'other': 3, 'disable': 2.

Each entry in this table represents the information for each colorsim card.

Specifies the index for each row in the table below.

Location of the card. Valid values are: Local in the same chassis, or remote to this chassis.

The shelf the card is in. Valid values are: 1 to 10

This card occupies two slots currently.

The Mode of ColorSIM for this entry. The Modes are Enable or Disable. Enumeration: 'enable': 1, 'disable': 2.

The Data Collection Mode of ColorSIM. Enumeration: 'continuous': 2, 'standard': 1.

The Gating Interval in seconds in which the incoming data stream is being monitored for errors.

Number of gating intervals to be processed before the data is logged for reporting purposes.

The SEI Threshold of ColorSIM specifies the maximum number of errored bits that may have occurred during a single gating interval before the interval is considered Severely Errorred. The Threshold values are in the form of x.ye-z.

The current version string of the rpsm Boot PROM code

Total Size of the ROM in Kilobyes

Number of the subdivisions of the ROM.

This table represents the number of sub divisions and the size of each subdivision in ROM memory

Specifies the index for each row in the table below

Integer ID of each sub division in the ROM. The order of numbering is from the top of the ROM to the bottom of the ROM.

Display Name of each Sub Division in ROM

Size of each sub division in ROM in kilobytes

Starting address of each sub division in the ROM in HEX notation.

Number of RPSM rows in the following table. This number is automatically updated whenever a new row is added to the table below.

This table represents the information for each RPSM card

Specifies the index for each row in the table below

Location of the RPSM card. Valid values are: Local in the same chassis, or remote to this chassis.

The shelf the card is in. Valid values are: 1 to 2.

The slot within the shelf the module is in. The range of valid values range from 1 through 17 depending on the chassis type and the shelf the module is in. To delete this card, set this variable to 0.

RPSM's model number.

Date and Time of manufacturing of the optics on the RPSM card.

Serial # of the RPSM card.

Model type of the RPSM. Enumeration: 'rpsm': 17.

Manufacturing Hardware name of the RPSM Card.

The current version string of the RPSM FW code

User configurable card name.

RPSM's Firmware Name.

Date and Time of latest Firmware of the RPSM card.

The current version string of the RPSM HW code.

Date and Time of Hardware of the RPSM card.

Instruct the rpsm to do a warmboot. A get on this will always return an other.

Insertion loss for the expressed channel through the RPSM module in dB.

Switching threshold in dB for protection switch to occur.

Minimum protection link's light power in dBm to allow protection switching to occur.

Debounce in number of times to measure low light power before protection switch.

Black out time in unit of 0.1 second after protection switch to allow another protection switch to occur again.

instruct the RPSM to take on an action, such as: switch to link A or link B. A get would alway return other(1). Enumeration: 'enableAutoSwitch': 6, 'toggle': 4, 'other': 1, 'switchToLinkA': 2, 'switchToLinkB': 3.

Insertion loss of the Add/Drop path through the RPSM module in dB.

Upsr Path ID name that this card is associated with. Set input equal NULL will remove the card off the path and also remove the path if there is no card left associate with that path.

Administrative control over that rpsm card. Default value is enable. When disabled, no alarms/events gets generated. Enumeration: 'na': 3, 'enable': 2, 'disable': 1.

This table represents the physical connection for each RPSM card's port.

Specifies the index for each row in the table below

The shelf the card is in. Valid values are: 1 to 2.

The slot within the shelf the card is in.

Type of the RPSM's port. The order is CLI compatible. Enumeration: 'linkEast': 1, 'linkWest': 2, 'exp': 6, 'in': 3, 'aTOd': 5, 'out': 4.

Type of connection. Valid values are ocmu(2), ocmItu(3), mux(4), demux(5), mcm(8), w4cd(10), w2cmd(13), w4cm(21), osam(20), fadm(6), oppm(7), fadmb(19), ocme(24), etc... A zero will be used for no connections.

Conn port for RPSM's port.Possible values based on card types that can connect to RPSM are: OFCM/OFCD: 1/2/3/4= port index, 5=EXP, 6=OUT/IN W4CM/W4CD: 1=1510, 2=1530, 3=1550, 4=1570, 5=EXP, 6=IN/OUT W2CM/W2CMD:1=13M, 2=15M, 3=13D, 4=15D, 5=IN , 6=OUT OSAM: 1=IN, 2=OUT FADM: 1=Conn A Tx, 2=Conn A Rx, 3=Local Tx 4=Local Rx, 5=Conn B Tx, 6=Conn B Rx FADMB: 1=A/D, 2=EXP, 3=Local, 4=Rx OCMU/OCMITU/MCM: 1=Link Tx, 2=Link Rx UPSM/OPPM: 1=Link A Tx, 2=Link A Rx, 3=Link B Tx, 4=Link B Rx, 5=Local Tx, 6=Local Rx

The shelf the card conn to. Valid values are: 1 to 2.

The slot within the shelf the card conn to.

The current version string of the rsdm Boot PROM code

Total Size of the ROM in Kilobyes

Number of the subdivisions of the ROM.

This table represents the number of sub divisions and the size of each subdivision in ROM memory

Specifies the index for each row in the table below

Integer ID of each sub division in the ROM. The order of numbering is from the top of the ROM to the bottom of the ROM.

Display Name of each Sub Division in ROM

Size of each sub division in ROM in kilobytes

Starting address of each sub division in the ROM in HEX notation.

Number of RSDM rows in the following table. This number is automatically updated whenever a new row is added to the table below.

This table represents the information for each RSDM card

Specifies the index for each row in the table below

Location of the RSDM card. Valid values are: Local in the same chassis, or remote to this chassis.

The shelf the card is in. Valid values are: 1 to 2

The slot within the shelf the module is in. The range of valid values range from 1 through 17 depending on the chassis type and the shelf the module is in. To delete this card, set this variable to 0.

RSDM's model number.

Date and Time of manufacturing of the optics on the RSDM card.

Serial # of the RSDM card.

Model type of the RSDM. Enumeration: 'rsdm': 16.

Display Hardware name of the RSDM Card.

User configurable name of the RSDM Card.

The current version string of the RSDM FW code

RSDM's Firmware Name.

Date and Time of latest Firmware of the RSDM card.

The current version string of the RSDM HW code.

Date and Time of Hardware of the RSDM card.

Instruct the rsdm to do a warmboot. A get on this will always return an other.

Receive port's ITU wavelength number.

Transmit port's ITU wavelength number.

Receive port's insertion loss in dB.

Transmit port's insertion loss in dB.

Insertion loss for the expressed channel through the RSDM module in dB.

Switching threshold in dB for protection switch to occur.

Minimum protection link's light power in dBm to allow protection switching to occur.

Debounce in number of times to measure low light power before protection switch.

Black out time in unit of 0.1 second after protection switch to allow another protection switch to occur again.

Instruct the RSDM to take on an action, such as: switch to link A or link B. A snmp get would always return other(1). Enumeration: 'enableAutoSwitch': 6, 'toggle': 4, 'other': 1, 'switchToLinkA': 2, 'switchToLinkB': 3.

Upsr Path ID name that this card is associated with. Set input equal NULL will remove the card off the path and also remove the path if there is no card left associate with that path.

Administrative control over that rsdm card. Default value is enable. When disabled, no alarms/events gets generated. Enumeration: 'na': 3, 'enable': 2, 'disable': 1.

This table represents the physical connection for each RSDM card's port.

Specifies the index for each row in the table below

The shelf the card is in. Valid values are: 1 to 2.

The slot within the shelf the card is in.

Type of the RSDM's port. The order is CLI compatible. Enumeration: 'linkRx': 3, 'linkTx': 4, 'linkWest': 2, 'linkEast': 1.

Type of connection. Valid values are ocmu(2), ocmItu(3), mux(4), demux(5), mcm(8), w4cd(10), w2cmd(13), w4cm(21), osam(20), fadm(6), oppm(7), fadmb(19), ocme(24), etc... A zero will be used for no connections.

Conn port for RSDM's port.Possible values based on card types that can connect to RSDM are: OFCM/OFCD: 1/2/3/4= port index, 5=EXP, 6=OUT/IN W4CM/W4CD: 1=1510, 2=1530, 3=1550, 4=1570, 5=EXP, 6=IN/OUT W2CM/W2CMD:1=13M, 2=15M, 3=13D, 4=15D, 5=IN , 6=OUT OSAM: 1=IN, 2=OUT FADM: 1=Conn A Tx, 2=Conn A Rx, 3=Local Tx 4=Local Rx, 5=Conn B Tx, 6=Conn B Rx FADMB: 1=A/D, 2=EXP, 3=Local, 4=Rx OCMU/OCMITU/MCM: 1=Link Tx, 2=Link Rx UPSM/OPPM: 1=Link A Tx, 2=Link A Rx, 3=Link B Tx, 4=Link B Rx, 5=Local Tx, 6=Local Rx

The shelf the card conn to. Valid values are: 1 to 2.

The slot within the shelf the card conn to.

The current version string of the RTDM Boot PROM code

Total Size of the ROM in Kilobyes

Number of the subdivisions of the ROM.

This table represents the number of sub divisions and the size of each subdivision in ROM memory

Specifies the index for each row in the table below

Integer ID of each sub division in the ROM. The order of numbering is from the top of the ROM to the bottom of the ROM.

Display Name of each Sub Division in ROM

Size of each sub division in ROM in kilobytes

Starting address of each sub division in the ROM in HEX notation.

Number of RTDM rows in the following table. This number is automatically updated whenever a new row is added to the table below.

This table represents the information for each RTDM card

Specifies the index for each row in the table below

Location of the RTDM card. Valid values are: Local in the same chassis, or remote to this chassis

The shelf the card is in. Valid values are: 1 to 10

The slot within the shelf the module is in. The range of valid values range from 1 through 17 depending on the chassis type and the shelf the module is in. To delete this card, set this variable to 0.

Model number for RTDM.

Date and Time of manufacturing of the optics on the RTDM card

Serial # of the RTDM card.

Model type of the RTDM Enumeration: 'rtdm': 18.

Display (Network) name of the RTDM Card

The current version string of the RTDM FW code

User configurable card name.

RTDM's Firmware Name.

Date and Time of latest Firmware of the RTDM card

The current version string of the RTDM HW code

Date and Time of Hardware of the RTDM card

Instruct the rtdm to do a warmboot. A get on this will always return an other.

The RTDM Common path East's insertion loss in dB.

The RTDM Common path West's insertion loss in dB.

The RTDM Monitor East Path's insertion loss in dB.

The RTDM Monitor West Path's insertion loss in dB.

Upsr Path ID name that this card is associated with. Set input equal NULL will remove the card off the path and also remove the path if there is no card left associate with that path.

Administrative control over that rtdm card. Default value is enable. When disabled, no alarms/events gets generated. Enumeration: 'na': 3, 'enable': 2, 'disable': 1.

This table represents the physical connection for each RTDM card's port.

Specifies the index for each row in the table below

The shelf the card is in. Valid values are: 1 to 2.

The slot within the shelf the card is in.

Type of the RTDM's port. The order is CLI compatible. Enumeration: 'localRx': 1.

Type of connection. Valid values are ocmu(2), ocmItu(3), mux(4), demux(5), mcm(8), w4cd(10), w2cmd(13), w4cm(21), osam(20), fadm(6), oppm(7), fadmb(19), ocme(24), etc...

Conn port for RTDM's port.Possible values based on card types that can connect to RTDM are: OFCM/OFCD: 1/2/3/4= port index, 5=EXP, 6=OUT/IN W4CM/W4CD: 1=1510, 2=1530, 3=1550, 4=1570, 5=EXP, 6=IN/OUT W2CM/W2CMD:1=13M, 2=15M, 3=13D, 4=15D, 5=IN , 6=OUT OSAM: 1=IN, 2=OUT FADM: 1=Conn A Tx, 2=Conn A Rx, 3=Local Tx 4=Local Rx, 5=Conn B Tx, 6=Conn B Rx FADMB: 1=A/D, 2=EXP, 3=Local, 4=Rx OCMU/OCMITU/MCM: 1=Link Tx, 2=Link Rx UPSM/OPPM: 1=Link A Tx, 2=Link A Rx, 3=Link B Tx, 4=Link B Rx, 5=Local Tx, 6=Local Rx

The shelf the card conn to. Valid values are: 1 to 2.

The slot within the shelf the card conn to. A zero will be used for no connections.

The current version string of the osam boot prom code.

Total Size of the ROM in Kilobytes.

Number of the ROM's subdivisions.

This table represents the number of sub divisions and the size of each subdivision in ROM memory

Specifies the index for each row in the table below

Integer ID of each subdivision.

Display name of each subdivision.

Size of each subdivision in Kbytes.

Starting address of each sub division in HEX format.

Number of rows in the osam table.

This table represents the information for each osam card

Specifies the index for each row in the table below

Location of the module.

The shelf number in which the module is plugged in.

The slot number in which the module is plugged in. If a 0 is written into this mib element, the module will be deleted from the system.

Manufacturing model number of the module.

Unique serial number of the module.

Model type of the module.

Manufacturing Hardware name of the module.

The current hardware version string of the module.

Date of manufacturing of the electronics portion of the module.

Manufacturing Firmware name of the module.

The current firmware version string of the module.

Release date for the firmware of the module.

User configurable card name for the module.

Instruct the osam module to do a reset. A get on this will always return other.

The operational state of the laser.

Operation mode of the module. powerControlled(3) is not supported by OSAM modules. currentControlled(1) is not supported OSAM-HP/LP modules. Enumeration: 'currentControlled': 1, 'gainControlled': 2, 'powerControlled': 3.

Constant current in mA to be used by the module when the operation mode is set to currentControlled. This value can't be set if operation mode is set to gainControlled. Applicable only to OSAM module

Constant gain in dB to be used by the module when the operation mode is set to gainControlled. This value can't be set if operation mode is set to currentControlled. Not applicable to OSAM-HP/LP module

This allows the current module configuration to be stored in permanent storage. Enumeration: 'save': 2, 'other': 1.

The calibrated noise figure of the gain block in dB. Applicable only to OSAM module

Upsr Path ID name that this card is associated with. Set input equal NULL will remove the card off the path and also remove the path if there is no card left associate with that path.

Administrative control over that osam card. Default value is enable. When disabled, no alarms/events gets generated. Enumeration: 'na': 3, 'enable': 2, 'disable': 1.

The calibrated noise figure of the gain block in dBm. Applicable only to OSAM-HP/LP module

Constant gain in dB to be used by the module when the operation mode is set to gainControlled. This value can't be set if operation mode is set to powerControlled. Range is 0-16.5db(LP) and 0-23.3db(HP) Applicable only to OSAM-HP/LP module

Constant output power in dBm to be used by the module when the operation mode is set to powerControlled. This value can't be set if operation mode is set to gainControlled. Range is 0-9dbm (LP) and 0-18dbm(HP) Applicable only to OSAM-HP/LP module

CLEI number of the osam Card.

Total port numbers on each OSAM card.

This table represents the physical connection for each OSAM card's port.

Specifies the index for each row in the table below

The shelf the card is in. Valid values are: 1 to 2.

The slot within the shelf the card is in.

Type of the OSAM's port. Enumeration: 'out': 2, 'in': 1.

Module type connectioned to osam port.

Conn port for OSAM's port. Possible values based on card types that can be connected to OSAM are: FADM: 1=Conn A Tx, 2=Conn A Rx, 3=Local Tx 4=Local Rx, 5=Conn B Tx, 6=Conn B Rx OCM10G/OCME/OCMITU/OCMU/MCMT1/MCME1: 1=Link Tx, 2=Link Rx OFCM/OFCD: 1/2/3/4=port index, 5=EXP, 6=OUT/IN OSAM: 1=IN, 2=OUT W2CM/W2CMD:1=13M, 2=15M, 3=13D, 4=15D, 5=IN , 6=OUT W4CM/W4CD: 1=1470/1510, 2=1490/1530, 3=1550/1590, 4=1570/1610, 5=EXP, 6=IN/OUT UPSM/OPPM: 1=Link A Tx, 2=Link A Rx, 3=Link B Tx, 4=Link B Rx, 5=Local Tx, 6=Local Rx.

The shelf the card conn to. Valid values are: 1 to 2.

The slot within the shelf the card conn to. To delete a connection associated with a specified port, set this variable to 0.

Type of OSAM module.

The chassis's location of the card connected to.

Chassis ID of the connected node. User config. If local connection, a set on it would return an error; would be automatically be set to the chassis Id of the local node.

System Name of the connected node. User config. If local connection, a set on it would return an error; would be automatically be set to the sysetem name of the local node.

IpAddress of the connected node. User config. If local connection, a set on it would return an error; would be automatically be set to the IP address of the node.

The current version string of the rsm Boot PROM code

Total Size of the ROM in Kilobyes

Number of the subdivisions of the ROM.

This table represents the number of sub divisions and the size of each subdivision in ROM memory

Specifies the index for each row in the table below

Integer ID of each sub division in the ROM. The order of numbering is from the top of the ROM to the bottom of the ROM.

Display Name of each Sub Division in ROM

Size of each sub division in ROM in kilobytes

Starting address of each sub division in the ROM in HEX notation.

Number of RSM rows in the following table. This number is automatically updated whenever a new row is added to the table below.

This table represents the information for each RSM card

Specifies the index for each row in the table below

Location of the RSM card. Valid values are: Local in the same chassis.

The shelf the card is in. Valid values are: 1 to 2.

The slot within the shelf the module is in. The range of valid values range from 1 through 17 depending on the chassis type and the shelf the module is in. To delete this card, set this variable to 0.

RSM's model number.

Date and Time of manufacturing of the optics on the RSM card.

Serial # of the RSM card.

Model type of the RSM.

Manufacturing Hardware name of the RSM Card.

User configurable card name.

RSM's Firmware Name.

The current version string of the RSM FW code.

Date and Time of latest Firmware of the RSM card.

Instruct the rsm to do a warmboot. A get on this will always return an other.

Insertion loss for Rx Path.

Insertion loss for Rx Com Path.

The RSM ITU number.

Rsm LinkA Path ID name that this card is associated with. Set input equal NULL will remove the card off the path and also remove the path if there is no card left associate with that path.

Rsm LinkB Path ID name that this card is associated with. Set input equal NULL will remove the card off the path and also remove the path if there is no card left associate with that path.

Administrative control over that rsm card. Default value is enable. When disabled, no alarms/events gets generated. Enumeration: 'na': 3, 'enable': 2, 'disable': 1.

CLEI number of the rsm Card.

Total port numbers on each RSM card.

This table represents the information for each RSM card's port.

Specifies the index for each row in the table below

The shelf the card is in. Valid values are: 1 to 2.

The slot within the shelf the card is in.

Type of the RSM's port. The order is CLI compatible. Enumeration: 'localBRx': 3, 'localARx': 1, 'localBTx': 4, 'localATx': 2.

Module type connected to rsm port. The valid module types are OCM10G/OCME/OCMITU/OCMU.

The shelf the card conn to. Valid values are: 1 to 2.

The slot within the shelf the card conn to. To delete a connection associated with a specified port, set this variable to 0.

Conn port for RSM's port. Only OCM10G/OCME/OCMITU/OCMU can be connected to RSM. The possible values are: OCM10G/OCME/OCMITU/OCMU: 3=CPE Tx, 4=CPE Rx

The current version string of the rsm Boot PROM code

Total Size of the ROM in Kilobyes

Number of the subdivisions of the ROM.

This table represents the number of sub divisions and the size of each subdivision in ROM memory

Specifies the index for each row in the table below

Integer ID of each sub division in the ROM. The order of numbering is from the top of the ROM to the bottom of the ROM.

Display Name of each Sub Division in ROM

Size of each sub division in ROM in kilobytes

Starting address of each sub division in the ROM in HEX notation.

Number of UPSM rows in the following table. This number is automatically updated whenever a new row is added to the table below.

This table represents the information for each UPSM card

Specifies the index for each row in the table below

Location of the UPSM card. Valid values are: Local in the same chassis.

The shelf the card is in. Valid values are: 1 to 2.

The slot within the shelf the module is in. The range of valid values range from 1 through 17 depending on the chassis type and the shelf the module is in. To delete this card, set this variable to 0.

UPSM's model number.

Date and Time of manufacturing of the optics on the UPSM card.

Serial # of the UPSM card.

Model type of the UPSM.

Manufacturing Hardware name of the UPSM Card.

User configurable card name.

UPSM's Firmware Name.

The current version string of the UPSM FW code.

Date and Time of latest Firmware of the UPSM card.

Instruct the upsm to do a warmboot. A get on this will always return an other.

Insertion loss for Rx Path.

Insertion loss for Tx Path.

The UPSM switching threshold for protection switch to occur. The limit is from -32 to -6. Switching threshold must be 1 dBm or more less than the minimum switch power.

The minimum protection link power to allow protection switch to function. The limit is from -30 to -5. This value should be 1 dBm or more greater than the switch margin.

The number of times to measure low power condition before performing protection switch.

The time after protection switch before allowing another protection switch.

The Link switch control. switchToLinkA or switchToLinkB option would disable auto switch functionality. Auto switch functionality can be turned on by setting to enableAutoSwitch option Enumeration: 'switchToLinkA': 2, 'switchToLinkB': 3, 'enableSwitchtoLinkA': 7, 'enableSwitchtoLinkB': 8, 'toggle': 4, 'other': 1, 'enableAutoSwitch': 6.

Upsm LinkA Path ID name that this card is associated with. Set input equal NULL will remove the card off the path and also remove the path if there is no card left associate with that path.

Upsm LinkB Path ID name that this card is associated with. Set input equal NULL will remove the card off the path and also remove the path if there is no card left associate with that path.

Administrative control over that upsm card. Default value is enable. When disabled, no alarms/events gets generated. Enumeration: 'na': 3, 'enable': 2, 'disable': 1.

CLEI number of the upsm Card.

The switching state. Switching state may be either auto or forced. The auto state means automatic switching is enabled. Forced state means swithcing is disabled and has been forced to the current active link. Enumeration: 'auto': 1, 'forced': 2.

Total port numbers on each UPSM card.

This table represents the information for each UPSM card's port.

Specifies the index for each row in the table below

The shelf the card is in. Valid values are: 1 to 2.

The slot within the shelf the card is in.

Type of the UPSM's port. The order is CLI compatible. Enumeration: 'localTx': 5, 'linkATx': 1, 'linkBRx': 4, 'localRx': 6, 'linkBTx': 3, 'linkARx': 2.

The chassis's location of the card conn to.

IpAddress of the connected node. User config. If local connection, a set on it would return an error; would be automatically be set to the IP address of the node

Chassis ID of the connected node. User config. If local connection, a set on it would return an error; would be automatically be set to the chassis Id of the local node

System Name of the connected node. User config. If local connection, a set on it would return an error; would be automatically be set to the sysetem name of the local node.

Module type connected to upsm port.

Conn port for UPSM's port. Possible values based on card types that can connect to UPSM are: FADM: 1=Conn A Tx, 2=Conn A Rx, 3=Local Tx 4=Local Rx, 5=Conn B Tx, 6=Conn B Rx OCM10G/OCME/OCMITU/OCMU/MCMT1/MCME1/MCMESC: 1=Link Tx, 2=Link Rx OFCM/OFCD: 1/2/3/4=port index, 5=EXP, 6=OUT/IN OSAM: 1=IN, 2=OUT W2CM/W2CMD:1=13M, 2=15M, 3=13D, 4=15D, 5=IN , 6=OUT W4CM/W4CD: 1=1470/1510, 2=1490/1530, 3=1550/1590, 4=1570/1610, 5=EXP, 6=IN/OUT UPSM/OPPM: 1=Link A Tx, 2=Link A Rx, 3=Link B Tx, 4=Link B Rx, 5=Local Tx, 6=Local Rx.

The shelf the card conn to. Valid values are: 1 to 2.

The slot within the shelf the card conn to. To delete a connection associated with a specified port, set this variable to 0.

The current version string of the mcmesc Boot PROM code

Total Size of the ROM in Kilobyes

Number of the subdivisions of the ROM.

This table represents the number of sub divisions and the size of each subdivision in ROM memory

Specifies the index for each row in the table below

Integer ID of each sub division in the ROM. The order of numbering is from the top of the ROM to the bottom of the ROM.

Display Name of each Sub Division in ROM

Size of each sub division in ROM in kilobytes

Starting address of each sub division in the ROM in HEX notation.

Number of rows in the following table. This number is automatically updated whenever a new row is added to the table below.

This table represents the information for each mcmesc module

Specifies the index for each row in the table below

Location of the mcmesc Module.

The shelf of the mcmesc is in. Valid values are: 1..2

The slot within the shelf the module is in. The range of valid values range from 1 through 17 depending on the chassis type and the shelf the module is in. To delete this card, set this variable to 0.

Date and Time of calibration of the mcmesc card

Serial # of the mcmesc card.

Model type of the mcmesc

Model number of the MCMESC card. Up to 15 characters

Display (Network) name of the MCMESC Module

Display Hardware name of the MCMESC Card.

Total port numbers of MCM module.

The current version string of the MCMESC FW code

The version string of the MCMESC second FW code

The current version string of the MCMESC FPGA code

The version string of the MCMESC second FPGA code

Serial # of the MCMESC board.

The version string of the MCMESC board

Serial # of the MCMESC daughter board 1.

The version string of the MCMESC daughter board 1

Serial # of the MCMESC daughter board 2.

The version string of the MCMESC daughter board 2

CLEI number of the MCMESC Card.

Link Wavelength of the MCMESC card

Link port's SFP serial number.

Administrative control over that MCMESC card. Default value is enable. When disabled, no alarms/events gets generated. Enumeration: 'na': 3, 'enable': 2, 'disable': 1.

Link name for fiber between the local and the remote MCMESC card.

Upsr Path ID name that this card is associated with. Set input equal NULL will remove the card off the path and also remove the path if there is no card left associate with that path.

MPM overrides the settings stored on MCMESC card upon detecting it. Default value is no. Not applicable to remote MCMESC. Enumeration: 'na': 3, 'yes': 1, 'no': 2.

The interval, in seconds, in which MCMESC collects the performance data, ranging 60 to 3600.

The threshold of reporting CPE port Rx signal low alarm, in dBm, ranging from -29 to -7.

The threshold of reporting Link Rx signal low alarm, in dBm, ranging from -29 to -7.

The threshold of reporting CPE error event, in the form of 1.0E-x. Only x needs to be set and will be read. The range of x is from 5 to 15, however, input should be an absolute value if using mib browser. This threshold should be lower than the value of mcmescCpeErrAlarmThreshold, i.e., the absolute value should be higher than of mcmescCpeErrAlarmThreshold.

The threshold of reporting CPE error alarm, in the form of 1.0E-x. The range of x is from 4 to 14, however, input should be an absolute value if using mib browser. This threshold should be higher than the value of mcmescCpeErrEventThreshold, i.e., the absolute value should be lower than of mcmescCpeErrEventThreshold.

The threshold of reporting LINK error event, in the form of 1.0E-x. The range of x is from 5 to 15, however, input should be an absolute value if using mib browser. This threshold should be lower than the value of mcmescLinkErrAlarmThreshold, i.e., the absolute value should be higher than of mcmescLinkErrAlarmThreshold.

The threshold of reporting LINK error alarm, in the form of 1.0E-x. The range of x is from 4 to 14, however, input should be an absolute value if using mib browser. This threshold should be higher than the value of mcmescLinkErrEventThreshold, i.e., the absolute value should be lower than of mcmescLinkErrEventThreshold.

Turn on or off the test-sequence on link. The operation will take place on the remote MCMESC if it's connected.

The connected W4CM/UPSM shelf.

The connected W4CM/UPSM slot.

The connected W4CM/UPSM port. W4CM: 1=1470/1510, 2=1490/1530, 3=15501590/, 4=1570/1610, 5=EXP, 6=IN/OUT; UPSM: 1=Link A Tx, 2=Link A Rx, 3=Link B Tx, 4=Link B Rx, 5=Local Tx, 6=Local Rx.

The connected W4CD/UPSM shelf.

The connected W4CD/UPSM slot.

The connected W4CD/UPSM port. W4CD: 1=1470/1510, 2=1490/1530, 3=15501590/, 4=1570/1610, 5=EXP, 6=IN/OUT; UPSM: 1=Link A Tx, 2=Link A Rx, 3=Link B Tx, 4=Link B Rx, 5=Local Tx, 6=Local Rx.

The connected OCM shelf (from MCMESC's Link Tx).

The connected OCM slot (from MCMESC's Link Tx).

The connected OCM port (from MCMESC's Link Tx). 3=OCM's CPE-Tx, 4=OCM's Rx. Only 4 is valid. Enumeration: 'cperx': 4, 'cpetx': 3.

Add a connection from MCMESC Link-Tx to an OCM CPE-Rx by specifying the OCM's shelf and slot. The format is shlef,slot. If either MCMESC Link-Tx or specified OCM CPE-Rx has already had connection, an error will be returned. If the card specified by shelf,slot is not ocm type, an error will be returned. A get on this variable will always return 0,0.

Delete a connection from MCMESC Link-Tx to an OCM CPE-Rx. If MCMESC's Link-Tx has no connection with any OCM's CPE-Rx, an error will be returned. A get on this variable will always return an other. Enumeration: 'yes': 2, 'other': 1.

The connected OCM shelf (from MCMESC's Link Rx).

The connected OCM slot (from MCMESC's Link Rx).

The connected OCM port (from MCMESC's Link Rx). 3=OCM's CPE-Tx, 4=OCM's Rx. Only 3 is valid. Enumeration: 'cperx': 4, 'cpetx': 3.

Add a connection from MCMESC Link-Rx to an OCM CPE-Tx by specifying the OCM's shelf and slot. The format is shlef,slot. If either MCMESC Link-Tx or specified OCM CPE-Rx has already had connection, an error will be returned. If the card specified by shelf,slot is not ocm type, an error will be returned. A get on this variable will always return 0,0

Delete a connection from MCMESC Link-Rx to an OCM CPE-Tx. If MCMESC's Link-Rx has no connection with any OCM's CPE-Tx, an error will be returned. A get on this variable will always return an other. Enumeration: 'yes': 2, 'other': 1.