FspR7-MIB

TEXTUAL-CONVENTION

Bi-Directional | Unidirectional setup used in protection setup: Not to be used by others

TEXTUAL-CONVENTION

Bi-Directional | Unidirectional setup used in protection setup: Not to be used by others

TEXTUAL-CONVENTION

Revertive Protection Switching

TEXTUAL-CONVENTION

Revertive Protection Switching

TEXTUAL-CONVENTION

Type of Automatic Protection Switching; triggered by standing conditions

TEXTUAL-CONVENTION

Type of Automatic Protection Switching; triggered by standing conditions

TEXTUAL-CONVENTION

TEXTUAL-CONVENTION

Protection Switch commands: Manual or Release. The 'Manual Switch' switches manually from addressed facility to the partner but does not force the traffic onto a broken fiber and it does not block the subsequent automatic functioning of the switch. The 'Release Switch' releases the current switch command. For 'Manual Switch' relevant only if revertivity is supported.

TEXTUAL-CONVENTION

Protection Switch commands: Manual or Release. The 'Manual Switch' switches manually from addressed facility to the partner but does not force the traffic onto a broken fiber and it does not block the subsequent automatic functioning of the switch. The 'Release Switch' releases the current switch command. For 'Manual Switch' relevant only if revertivity is supported.

TEXTUAL-CONVENTION

Protocol type used in NE access.

TEXTUAL-CONVENTION

Indication whether authentication was succesful/unsuccessful.

TEXTUAL-CONVENTION

TEXTUAL-CONVENTION

The action to take when a filtering rule applies

TEXTUAL-CONVENTION

The action to take when a filtering rule applies

TEXTUAL-CONVENTION

The Adminstrative State will be displayed in the GUI with full name values; it will be differently displayed in TL1 syntax according to TL1 display rules. The transaction into the UAS state requires a special destroy/delete function.

TEXTUAL-CONVENTION

The Adminstrative State will be displayed in the GUI with full name values; it will be differently displayed in TL1 syntax according to TL1 display rules. The transaction into the UAS state requires a special destroy/delete function.

TEXTUAL-CONVENTION

Type of Access Identifier

TEXTUAL-CONVENTION

Hold-Off Period for ALS Consequent Action

TEXTUAL-CONVENTION

Hold-Off Period for ALS Consequent Action

TEXTUAL-CONVENTION

Determines the reaction in backward direction in response to a LOS on the same Interface: on a Network Interface connected to the DWDM this is a matter of laser safety

TEXTUAL-CONVENTION

Determines the reaction in backward direction in response to a LOS on the same Interface: on a Network Interface connected to the DWDM this is a matter of laser safety

TEXTUAL-CONVENTION

Apply Alarm Profile to all existing entities

TEXTUAL-CONVENTION

Apply Alarm Profile to all existing entities

TEXTUAL-CONVENTION

ASE Table creation in process

TEXTUAL-CONVENTION

ASE Table creation in process

TEXTUAL-CONVENTION

Adaptive Threshold Control reset

TEXTUAL-CONVENTION

Adaptive Threshold Control reset

TEXTUAL-CONVENTION

Automatic Provisioning of LIF-CP

TEXTUAL-CONVENTION

Automatic Provisioning of LIF-CP

TEXTUAL-CONVENTION

Bit-Error-Based Degradation Definition for SONET (standard integration period)

TEXTUAL-CONVENTION

Bit-Error-Based Degradation Definition for SONET (standard integration period)

TEXTUAL-CONVENTION

Bit-Error-Based Degradation Definition for SONET (standard integration period)

TEXTUAL-CONVENTION

Bit-Error-Based Degradation Definition for SONET (standard integration period)

TEXTUAL-CONVENTION

Baud rate of the serial interface

TEXTUAL-CONVENTION

Baud rate of the serial interface

TEXTUAL-CONVENTION

Bit Interleaved Parity

TEXTUAL-CONVENTION

Bit Interleaved Parity

TEXTUAL-CONVENTION

Provisioned data rate

TEXTUAL-CONVENTION

Provisioned data rate

TEXTUAL-CONVENTION

Capability level reported by HW

TEXTUAL-CONVENTION

Capability level reported by HW

TEXTUAL-CONVENTION

Used For Internal Purposes (and possibly for pre-selection in GUI)

TEXTUAL-CONVENTION

Channel Bandwidth

TEXTUAL-CONVENTION

Channel Bandwidth

TEXTUAL-CONVENTION

Channel

TEXTUAL-CONVENTION

Channel

TEXTUAL-CONVENTION

CWDM channels; DWDM frequencies (50 GHz grid according ITU-T

TEXTUAL-CONVENTION

CWDM channels; DWDM frequencies (50 GHz grid according ITU-T

TEXTUAL-CONVENTION

ITU Grid channel spacing

TEXTUAL-CONVENTION

ITU Grid channel spacing

TEXTUAL-CONVENTION

Command Execution

TEXTUAL-CONVENTION

Command Execution

TEXTUAL-CONVENTION

Bidirectional | Unidirectional

TEXTUAL-CONVENTION

Bidirectional | Unidirectional

TEXTUAL-CONVENTION

Connection command

TEXTUAL-CONVENTION

Connection State

TEXTUAL-CONVENTION

Connector Type

TEXTUAL-CONVENTION

Connector Type

TEXTUAL-CONVENTION

Abort process

TEXTUAL-CONVENTION

Abort process

TEXTUAL-CONVENTION

Activation Enumeration State

TEXTUAL-CONVENTION

Activation Enumeration State

TEXTUAL-CONVENTION

Affinity Inclusion

TEXTUAL-CONVENTION

Affinity Inclusion

TEXTUAL-CONVENTION

Authentication Type

TEXTUAL-CONVENTION

Authentication Type

TEXTUAL-CONVENTION

TEXTUAL-CONVENTION

TEXTUAL-CONVENTION

Controls Tunnel Behavior

TEXTUAL-CONVENTION

Controls Tunnel Behavior

TEXTUAL-CONVENTION

Pre-Computation Enumeration State

TEXTUAL-CONVENTION

Pre-Computation Enumeration State

TEXTUAL-CONVENTION

Encapsulation

TEXTUAL-CONVENTION

Encapsulation

TEXTUAL-CONVENTION

Encoding

TEXTUAL-CONVENTION

Encoding

TEXTUAL-CONVENTION

CP Provisioning Failure Category

TEXTUAL-CONVENTION

Position of the NE

TEXTUAL-CONVENTION

Node Name Syntax

TEXTUAL-CONVENTION

Triggers the manual reversion to the nominal connection

TEXTUAL-CONVENTION

OSPF-TE Routing (Dynamic)

TEXTUAL-CONVENTION

OSPF-TE Routing (Dynamic)

TEXTUAL-CONVENTION

Path Type

TEXTUAL-CONVENTION

Pinning

TEXTUAL-CONVENTION

Pinning

TEXTUAL-CONVENTION

Preprovisioned and Unequipped

TEXTUAL-CONVENTION

Preprovisioned and Unequipped

TEXTUAL-CONVENTION

Protection Type

TEXTUAL-CONVENTION

Protection Type

TEXTUAL-CONVENTION

Protection Type

TEXTUAL-CONVENTION

Recovery Type

TEXTUAL-CONVENTION

Recovery Type

TEXTUAL-CONVENTION

Restoration Mode (replaces pinning)

TEXTUAL-CONVENTION

Restoration Mode (replaces pinning)

TEXTUAL-CONVENTION

Restoration Enumeration State

TEXTUAL-CONVENTION

Restoration Type

TEXTUAL-CONVENTION

Restoration Type

TEXTUAL-CONVENTION

Enumeration for Reversion States

TEXTUAL-CONVENTION

Manual Reversion, Automatic Reversion, or no reversion at all for tunnels supporting restoration

TEXTUAL-CONVENTION

Manual Reversion, Automatic Reversion, or no reversion at all for tunnels supporting restoration

TEXTUAL-CONVENTION

Role

TEXTUAL-CONVENTION

RSVP Signalling

TEXTUAL-CONVENTION

RSVP Signalling

TEXTUAL-CONVENTION

Traffic Engineering Entity Type

TEXTUAL-CONVENTION

Traffic Engineering Entity Type

TEXTUAL-CONVENTION

Follow On

TEXTUAL-CONVENTION

Follow On

TEXTUAL-CONVENTION

Service Scope extending over either Client or Network Ports of Modules

TEXTUAL-CONVENTION

Service Scope extending over either Client or Network Ports of Modules

TEXTUAL-CONVENTION

Tunnel Type

TEXTUAL-CONVENTION

Tunnel Type

TEXTUAL-CONVENTION

Control Plane Type

TEXTUAL-CONVENTION

Control Plane Type

TEXTUAL-CONVENTION

Type of Virtual TE configuration

TEXTUAL-CONVENTION

Type of Virtual TE configuration

TEXTUAL-CONVENTION

Dispersion Compensation Fibertype

TEXTUAL-CONVENTION

Dispersion Compensation Fibertype

TEXTUAL-CONVENTION

This shows whether the system is running on a temporary auxiliary DBor on the DB in ACT, which is the normal situation

TEXTUAL-CONVENTION

A date specification. field octets contents range ----- ------ -------- ----- 1 1-2 year* 0..65536 2 3 month 1..12 3 4 day 1..31 * Notes: - the value of year is in network-byte order For example, Tuesday May 26, 1992 would be displayed as: 1992-5-26

TEXTUAL-CONVENTION

Describes how the card is applied related to a network scenario

TEXTUAL-CONVENTION

Describes how the card is applied related to a network scenario

TEXTUAL-CONVENTION

Dispersion Compensation Value in km of SSMF fiber

TEXTUAL-CONVENTION

Dispersion Compensation Value in km of SSMF fiber

TEXTUAL-CONVENTION

Chromatic Dispersion Compensation

TEXTUAL-CONVENTION

Chromatic Dispersion Compensation

TEXTUAL-CONVENTION

Dispersion Compensation Mode

TEXTUAL-CONVENTION

Dispersion Compensation Mode

TEXTUAL-CONVENTION

Chromatic Dispersion Compensation Operation

TEXTUAL-CONVENTION

Chromatic Dispersion Compensation Operation

TEXTUAL-CONVENTION

Optical Output Power Rating - Inventory

TEXTUAL-CONVENTION

Optical Output Power Rating - Inventory

TEXTUAL-CONVENTION

Enable/Disable variable.

TEXTUAL-CONVENTION

Enable/Disable variable.

TEXTUAL-CONVENTION

Variable for representing the secondary states of an entity.

TEXTUAL-CONVENTION

Parameter which consists of following parts:

TEXTUAL-CONVENTION

ECC Protection Availability

TEXTUAL-CONVENTION

Scheduled Equalization Administration

TEXTUAL-CONVENTION

Scheduled Equalization Administration

TEXTUAL-CONVENTION

Scheduled Equalization Interval

TEXTUAL-CONVENTION

Scheduled Equalization Interval

TEXTUAL-CONVENTION

The TYPE of Equipment and the MODE setting determine uniquely the number and allowed TYPE's of the provisionable dependent entities (plugs, interfaces, modules)

TEXTUAL-CONVENTION

The TYPE of Equipment and the MODE setting determine uniquely the number and allowed TYPE's of the provisionable dependent entities (plugs, interfaces, modules)

TEXTUAL-CONVENTION

Determines the reaction in forward direction in response to a LOS on the interface on the opposite side of the module: may override this behaviour in the interests of laser safety.

TEXTUAL-CONVENTION

Determines the reaction in forward direction in response to a LOS on the interface on the opposite side of the module: may override this behaviour in the interests of laser safety.

TEXTUAL-CONVENTION

False True variable.

TEXTUAL-CONVENTION

False True variable.

TEXTUAL-CONVENTION

Forward Error Correction (Only relevant where TYPE = OTU#)

TEXTUAL-CONVENTION

Forward Error Correction (Only relevant where TYPE = OTU#)

TEXTUAL-CONVENTION

Brand of fiber present in the fiber plant

TEXTUAL-CONVENTION

Brand of fiber present in the fiber plant

TEXTUAL-CONVENTION

Flow Control mechanism

TEXTUAL-CONVENTION

Flow Control mechanism

TEXTUAL-CONVENTION

Forced Destroy

TEXTUAL-CONVENTION

Forced Destroy

TEXTUAL-CONVENTION

Frame Format

TEXTUAL-CONVENTION

Frame Format

TEXTUAL-CONVENTION

FTP client enable/disable configuration

TEXTUAL-CONVENTION

FTP server enable/disable configuration

TEXTUAL-CONVENTION

FTP server enable/disable configuration

TEXTUAL-CONVENTION

Describes the Cross Connect Functionality

TEXTUAL-CONVENTION

Gain.

TEXTUAL-CONVENTION

Gain.

TEXTUAL-CONVENTION

EDFA gain range to provision

TEXTUAL-CONVENTION

EDFA gain range to provision

TEXTUAL-CONVENTION

Initiate Equalization

TEXTUAL-CONVENTION

Initiate Equalization

TEXTUAL-CONVENTION

A FspR7Integer32Caps specification. 1..4 bytes - minValue(Integer32), 5..8 bytes - maxValue(Integer32).

TEXTUAL-CONVENTION

Interface Function

TEXTUAL-CONVENTION

Interface Function

TEXTUAL-CONVENTION

The TYPE defines the transport service type as wrapper with wrapper layer termination OR else as payload

TEXTUAL-CONVENTION

The TYPE defines the transport service type as wrapper with wrapper layer termination OR else as payload

TEXTUAL-CONVENTION

Invert telemetry interface input logic

TEXTUAL-CONVENTION

Invert telemetry interface input logic

TEXTUAL-CONVENTION

Type of IP configuration

TEXTUAL-CONVENTION

Type of IP configuration

TEXTUAL-CONVENTION

Enable of CAC

TEXTUAL-CONVENTION

Enable of CAC

TEXTUAL-CONVENTION

Enable of LACP state machine

TEXTUAL-CONVENTION

Enable of LACP state machine

TEXTUAL-CONVENTION

Timeout of the LACP

TEXTUAL-CONVENTION

Timeout of the LACP

TEXTUAL-CONVENTION

The Partner's state variables for the port, encoded as individual bits, as follows: Bits ordering: - LACP_Activity(0), - LACP_Timeout(1), - Aggregation(2), - Synchronization(3), - Collecting(4), - Distributing(5), - Defaulted(6), - Expired(7)

TEXTUAL-CONVENTION

LAG ID of the Partner LAG PORT parameters. Concatination of Operational Key, Priority and port number. Uses 4+2+4 bytes. Each byte is represented with 2 octets string. Port LAG ID Parameters field octets contents ----- ------ -------- 1_______1-4_____Key___________(ASCII e.g. '0x00AA') 2_______5-6_____Port Priority_(ASCII e.g. '0x80') 3_______7-10____Port Number___(ASCII e.g. '0x0002') Parameters of the LAG ID are separated by commas, e.g. '00AA,80,0002'

TEXTUAL-CONVENTION

What source is used in the load balance calculation

TEXTUAL-CONVENTION

What source is used in the load balance calculation

TEXTUAL-CONVENTION

Type/Speed of connected ports in the LAG

TEXTUAL-CONVENTION

Type/Speed of connected ports in the LAG

TEXTUAL-CONVENTION

Eeach 4 bytes contain the information about the ETH Client or Network entity. Bytes ordering: - AidName(0) - ShelfNumber(1) - SlotNumber(2) - PortNumber(3)

TEXTUAL-CONVENTION

Eeach 4 bytes contain the information about the ETH Client or Network entity. Bytes ordering: - AidName(0) - ShelfNumber(1) - SlotNumber(2) - PortNumber(3)

TEXTUAL-CONVENTION

The Actors state variables for the port, encoded as individual bits, as follows: Bits ordering: - LACP_Activity(0), - LACP_Timeout(1), - Aggregation(2), - Synchronization(3), - Collecting(4), - Distributing(5), - Defaulted(6), - Expired(7)

TEXTUAL-CONVENTION

Partner system part of LAG ID. Concatinated from priority and MAC. System LAG ID Parameters field octets contents ----- ------ -------- 1_______1-4_____System Priority__(ASCII e.g. '0x8000') 2_______5-16____MAC Address______(ASCII e.g. 'AC-DE-48-03-67-80') Parameters of the LAG ID are separated by commas, e.g. '8000,AC-DE-48-03-67-80'

TEXTUAL-CONVENTION

FspR7LaserForcedOperation variable.

TEXTUAL-CONVENTION

FspR7LaserForcedOperation variable.

TEXTUAL-CONVENTION

Hold-Off Period for Error Forwarding LKDO-OFF Consequent Action.

TEXTUAL-CONVENTION

Hold-Off Period for Error Forwarding LKDO-OFF Consequent Action.

TEXTUAL-CONVENTION

Line Coding

TEXTUAL-CONVENTION

Line Coding

TEXTUAL-CONVENTION

LOS Attenuation Finding in progress

TEXTUAL-CONVENTION

LOS Attenuation Finding in progress

TEXTUAL-CONVENTION

Manual/Automatic variable.

TEXTUAL-CONVENTION

Manual/Automatic variable.

TEXTUAL-CONVENTION

Type of mapping; transparent or framing

TEXTUAL-CONVENTION

Type of mapping; transparent or framing

TEXTUAL-CONVENTION

Maximum Bit Error Rate

TEXTUAL-CONVENTION

Maximum Bit Error Rate

TEXTUAL-CONVENTION

Mode of Database Initialisation at Time of Last Start / Restart

TEXTUAL-CONVENTION

Marketing model name of System

TEXTUAL-CONVENTION

Information over the modus of the last restart

TEXTUAL-CONVENTION

ROUTE-TYPE = NONE | FIBER | CABLE | BKPLANE | EQPT | PROVND. ROUTE-TYPE parameter indicates the connection type between two ports. If a connection between the two ports is within a module (i.e. Client to Network port), the Route-Type is either provisioned (PROVND) of fixed (EQPT). If the connection is between two ports, then the Route-Type is FIBER, or CABLE, or BKPLANE.

TEXTUAL-CONVENTION

Node Channel Trace ID - It associates each direction of a channel trace through a node.

TEXTUAL-CONVENTION

Type of Network Element

TEXTUAL-CONVENTION

NoYes variable.

TEXTUAL-CONVENTION

NoYes variable.

TEXTUAL-CONVENTION

Node Name Syntax

TEXTUAL-CONVENTION

Node Name Syntax

TEXTUAL-CONVENTION

The Adminstrative State will be displayed in the GUI with full name values; it will be differently displayed in TL1 syntax according to TL1 display rules. The transaction into the UAS state requires a special destroy/delete function.

TEXTUAL-CONVENTION

NTP Service Mode

TEXTUAL-CONVENTION

NTP server status

TEXTUAL-CONVENTION

NTP Synchronization Status

TEXTUAL-CONVENTION

Check NTP; e.g. listen on NTP Port

TEXTUAL-CONVENTION

NTP Server Test Status

TEXTUAL-CONVENTION

Number of channels supported by an entity

TEXTUAL-CONVENTION

Number of channels supported by an entity

TEXTUAL-CONVENTION

ODTU Transport Unit

TEXTUAL-CONVENTION

ODTU Transport Unit

TEXTUAL-CONVENTION

The Operational State will be displayed on the GUI with full name values; it will be differently displayed in TL1 syntax according to TL1 display rules.

TEXTUAL-CONVENTION

OM Band - Inventory. BAND__PROVISION references to this.

TEXTUAL-CONVENTION

OM Band - Inventory. BAND__PROVISION references to this.

TEXTUAL-CONVENTION

Fiber of Optical Interface - Inventory. FIBER references to this.

TEXTUAL-CONVENTION

Fiber of Optical Interface - Inventory. FIBER references to this.

TEXTUAL-CONVENTION

Channel Group read from the hardware

TEXTUAL-CONVENTION

Channel Group read from the hardware

TEXTUAL-CONVENTION

Reach

TEXTUAL-CONVENTION

Reach

TEXTUAL-CONVENTION

Optical Multiplex Level

TEXTUAL-CONVENTION

Subband - Inventory

TEXTUAL-CONVENTION

Subband - Inventory

TEXTUAL-CONVENTION

OPU Payload Type Indicator

TEXTUAL-CONVENTION

OPU Payload Type Indicator

TEXTUAL-CONVENTION

OSC Channel

TEXTUAL-CONVENTION

OSC Channel

TEXTUAL-CONVENTION

Area Type

TEXTUAL-CONVENTION

Area Type

TEXTUAL-CONVENTION

OSPF Routing (Dynamic)

TEXTUAL-CONVENTION

OSPF Routing (Dynamic)

TEXTUAL-CONVENTION

NONE - OTDR measurement disabled otherwise the OTDR duration in minutes.

TEXTUAL-CONVENTION

Notional Layer of Advertisement on Packets on the LIF

TEXTUAL-CONVENTION

Notional Layer of Advertisement on Packets on the LIF

TEXTUAL-CONVENTION

Parity Bit Settings

TEXTUAL-CONVENTION

Node count along a signal path on a unidirectional basis from the client signal ingress to egress

TEXTUAL-CONVENTION

Node count along a signal path on a unidirectional basis from the client signal ingress to egress

TEXTUAL-CONVENTION

Path Computation Policy to be followed when computing paths for a given Tunnel

TEXTUAL-CONVENTION

Path Computation Policy to be followed when computing paths for a given Tunnel

TEXTUAL-CONVENTION

Rate

TEXTUAL-CONVENTION

Rate

TEXTUAL-CONVENTION

Reset data-layer Performance registers

TEXTUAL-CONVENTION

Reset data-layer Performance registers

TEXTUAL-CONVENTION

List of PM Snapshot parameters

TEXTUAL-CONVENTION

Reference value Status

TEXTUAL-CONVENTION

Interface Behaviour

TEXTUAL-CONVENTION

Interface Behaviour

TEXTUAL-CONVENTION

Port Mode

TEXTUAL-CONVENTION

Port Mode

TEXTUAL-CONVENTION

ADVA cloud Port Roles

TEXTUAL-CONVENTION

ADVA cloud Port Roles

TEXTUAL-CONVENTION

Reset PRBS PM counters

TEXTUAL-CONVENTION

Reset PRBS PM counters

TEXTUAL-CONVENTION

Default type of facility model to use for automatically created facilities. SDH will cause STM64, STM16, VC4, VC3 type facilities to be auto-created. SONET will cause OC192, OC48, STS1 and STS3c type facilities to be auto-created.

TEXTUAL-CONVENTION

Default type of facility model to use for automatically created facilities. SDH will cause STM64, STM16, VC4, VC3 type facilities to be auto-created. SONET will cause OC192, OC48, STS1 and STS3c type facilities to be auto-created.

TEXTUAL-CONVENTION

The Path is Labelled Working or Protection

TEXTUAL-CONVENTION

This describes the topology and level of the protection (OCH or OM -Level on a ring; Line in PT-PT and Line or Dualhomed on a Feeder).

TEXTUAL-CONVENTION

This describes the topology and level of the protection (OCH or OM -Level on a ring; Line in PT-PT and Line or Dualhomed on a Feeder).

TEXTUAL-CONVENTION

The Type of the IP Route.

TEXTUAL-CONVENTION

Maximum PSU Output Power

TEXTUAL-CONVENTION

Maximum PSU Output Power

TEXTUAL-CONVENTION

will be set by higher level software to act as a barrier to deletion

TEXTUAL-CONVENTION

will be set by higher level software to act as a barrier to deletion

TEXTUAL-CONVENTION

Remote Alarm Path Type (current or non-current)

TEXTUAL-CONVENTION

Remote Alarm Type

TEXTUAL-CONVENTION

Resets Retained Failure Indications for restored Tunnels

TEXTUAL-CONVENTION

Resets Retained Failure Indications for restored Tunnels

TEXTUAL-CONVENTION

Number for ROADM module typically associated with a Network Fiber or Degree

TEXTUAL-CONVENTION

Number for ROADM module typically associated with a Network Fiber or Degree

TEXTUAL-CONVENTION

Redistribution of routes in OSPF

TEXTUAL-CONVENTION

RowStatus

TEXTUAL-CONVENTION

Configuration of scrambling functionality for Virtual Facilities

TEXTUAL-CONVENTION

Configuration of scrambling functionality for Virtual Facilities

TEXTUAL-CONVENTION

DB Backup on SCU available

TEXTUAL-CONVENTION

SCU ring interconnect

TEXTUAL-CONVENTION

SCU ring interconnect

TEXTUAL-CONVENTION

Security Mode

TEXTUAL-CONVENTION

Security Mode

TEXTUAL-CONVENTION

Disable/Enable variable.

TEXTUAL-CONVENTION

Disable/Enable variable.

TEXTUAL-CONVENTION

Mapping of Client Signal into some other format

TEXTUAL-CONVENTION

Mapping of Client Signal into some other format

TEXTUAL-CONVENTION

determines the location (A or B) for Single Fiber applications

TEXTUAL-CONVENTION

determines the location (A or B) for Single Fiber applications

TEXTUAL-CONVENTION

An octet string containing Hex values and presenting them in Hex format. This textual convention should be used when SnmpAdminString or DisplayString cannot be used, because of DISPLAY-HINT limitations.

TEXTUAL-CONVENTION

This textual convention should be used when SnmpAdminString or DisplayString cannot be used because of the length limitations.

TEXTUAL-CONVENTION

TEXTUAL-CONVENTION

TEXTUAL-CONVENTION

TEXTUAL-CONVENTION

TEXTUAL-CONVENTION

Secure Shell Server enable/disable configuration

TEXTUAL-CONVENTION

ssh host key encryption alogrithm

TEXTUAL-CONVENTION

ssh host key encryption alogrithm

TEXTUAL-CONVENTION

Number Of Stages

TEXTUAL-CONVENTION

List of all alarms

TEXTUAL-CONVENTION

Apply reference values

TEXTUAL-CONVENTION

State of the Physical Connection

TEXTUAL-CONVENTION

Indicates if bit/byte stuffing is used in the transport signal.

TEXTUAL-CONVENTION

Indicates if bit/byte stuffing is used in the transport signal.

TEXTUAL-CONVENTION

Layer of Traffic Engineering Links attached to the tunnel created in the supporting layer

TEXTUAL-CONVENTION

Layer of Traffic Engineering Links attached to the tunnel created in the supporting layer

TEXTUAL-CONVENTION

Sub-Layer Encoding

TEXTUAL-CONVENTION

Sub-Layer Encoding

TEXTUAL-CONVENTION

The kind of power supply - provisioned value

TEXTUAL-CONVENTION

The kind of power supply - provisioned value

TEXTUAL-CONVENTION

Type of Network Element

TEXTUAL-CONVENTION

System Busy state.

TEXTUAL-CONVENTION

TEXTUAL-CONVENTION

TEXTUAL-CONVENTION

TEXTUAL-CONVENTION

TEXTUAL-CONVENTION

Telemetry interface output provision

TEXTUAL-CONVENTION

Telemetry interface output provision

TEXTUAL-CONVENTION

Sets the operation mode for reveiver PRBS testing

TEXTUAL-CONVENTION

Sets the operation mode for reveiver PRBS testing

TEXTUAL-CONVENTION

Has the same function as the HW switch at the UTM board

TEXTUAL-CONVENTION

Has the same function as the HW switch at the UTM board

TEXTUAL-CONVENTION

Tilt setting as discrete values versus a range

TEXTUAL-CONVENTION

Tilt setting as discrete values versus a range

TEXTUAL-CONVENTION

A time specification. field octets contents range ----- ------ -------- ----- 1 1 hour 0..23 2 2 minutes 0..59 3 3 seconds 0..60 (use 60 for leap-second) For example: 13-10-26

TEXTUAL-CONVENTION

Time Change Reason

TEXTUAL-CONVENTION

Monitored Topology Type

TEXTUAL-CONVENTION

Monitored Topology Type

TEXTUAL-CONVENTION

The transmission mode of the module.

TEXTUAL-CONVENTION

The transmission mode of the module.

TEXTUAL-CONVENTION

Turnup Operation

TEXTUAL-CONVENTION

Turnup Operation

TEXTUAL-CONVENTION

Type of equipment connection

TEXTUAL-CONVENTION

Type of equipment connection

TEXTUAL-CONVENTION

Type of Cross-Connect

TEXTUAL-CONVENTION

Type of Cross-Connect

TEXTUAL-CONVENTION

A FspR7Unsigned32Caps specification. 1..4 bytes - minValue(Unsigned32), 5..8 bytes - maxValue(Unsigned32).

TEXTUAL-CONVENTION

If untagged frames shall be enabled on this port or not.

TEXTUAL-CONVENTION

If untagged frames shall be enabled on this port or not.

TEXTUAL-CONVENTION

VOA operating mode

TEXTUAL-CONVENTION

VOA operating mode

TEXTUAL-CONVENTION

XFP Decision threshold setting

TEXTUAL-CONVENTION

XFP Decision threshold setting

TEXTUAL-CONVENTION

YesNo variable.

TEXTUAL-CONVENTION

YesNo variable.

TEXTUAL-CONVENTION

IP address which will be used as source address by client applications (i.e. FTP) to facilitate proper backward routing (i.e. server to client direction) in the DCN

TEXTUAL-CONVENTION

IP address which will be used as source address by client applications (i.e. FTP) to facilitate proper backward routing (i.e. server to client direction) in the DCN

OBJECT-IDENTITY

OBJECT-IDENTITY

This object uniquely identifies a Network Element using the current FspR7MIB release. V1 will be used for all releases until major changes require a new sysObjectID to assure backward compatibility.

OBJECT-IDENTITY

OBJECT-IDENTITY

OBJECT-TYPE

This table contains a severity value for each defined standing condition reported by an entity in the NE.

OBJECT-TYPE

Each entry in the table represents the severity assigned to a condition.

OBJECT-TYPE

This object identifies the type of alarm.

OBJECT-TYPE

This object identifies the severity assigned to this alarm.

OBJECT-TYPE

This table contains a severity value for each defined alarm (standing condition) present on NTP System Entity.

OBJECT-TYPE

Each entry in the table represents the severity assigned to a condition.

OBJECT-TYPE

This object identifies the type of alarm.

OBJECT-TYPE

This object identifies the severity assigned to this alarm.

OBJECT-TYPE

This table contains a severity value for each defined alarm (standing condition) present on NTP Server Entity.

OBJECT-TYPE

Each entry in the table represents the severity assigned to a condition.

OBJECT-TYPE

This object identifies the type of alarm.

OBJECT-TYPE

This object identifies the severity assigned to this alarm.

OBJECT-IDENTITY

OBJECT-TYPE

OBJECT-TYPE

OBJECT-TYPE

List of all alarms.

OBJECT-TYPE

Current alarm severity.

OBJECT-TYPE

This object indicates the service impairment affect of the alarm.

OBJECT-TYPE

Timestamp.

OBJECT-TYPE

OBJECT-TYPE

OBJECT-TYPE

List of all alarms.

OBJECT-TYPE

Current alarm severity.

OBJECT-TYPE

This object indicates the service impairment affect of the alarm.

OBJECT-TYPE

Timestamp.

OBJECT-TYPE

OBJECT-TYPE

OBJECT-TYPE

List of all alarms.

OBJECT-TYPE

Current alarm severity.

OBJECT-TYPE

This object indicates the service impairment affect of the alarm.

OBJECT-TYPE

Timestamp.

OBJECT-IDENTITY

OBJECT-TYPE

OBJECT-TYPE

OBJECT-TYPE

OBJECT-TYPE

This object identifies the severity assigned to this alarm.

OBJECT-TYPE

This object identifies the default severity of this alarm.

OBJECT-IDENTITY

OBJECT-IDENTITY

OBJECT-TYPE

System Identifier

OBJECT-TYPE

Type of Network Element

OBJECT-TYPE

Global system variable. Enables or disables athe auto-provisioning functionality.

OBJECT-TYPE

Type of Network Element

OBJECT-TYPE

Software Version of the NCU software. <x>.<y>[.<z>]

OBJECT-TYPE

Used to distinguish between NCU capabilities (range of supported services or applications)

OBJECT-TYPE

Marketing model name of System

OBJECT-TYPE

The name of the manufacturer

OBJECT-TYPE

Global system variable. Automatic IN-Service Provisioning ENAbled flag. This value is controlled by settings in the system configuration file. If Y, entities which are autoprovisioned will be created with an initial state of OOS-AU,AINS. If N, autoprovisioned entities will be created in an ISNR state. Entities in an OOS-AU,AINS state will automatically transition to an in-service state after a continuous interval without any active service affecting conditions. The duration of this interval is equal to that given by the AISPDEFTM attribute at the start of the continuous interval.

OBJECT-TYPE

AINS Default Signal Timer. The length of time in minutes for which an entity must be free of service affecting conditions in order to automatically transition from an OOS-AU,AINS state to an inservice state. The value is set via the system configuration file. If the value is set to 0, an entity in the OOS-AU, AINS state will immediately transition to an in-service state.

OBJECT-TYPE

Default type of facility model to use for automatically created facilities. SDH will cause STM64, STM16, VC4, VC3 type facilities to be auto-created. SONET will cause OC192, OC48, STS1 and STS3c type facilities to be auto-created.

OBJECT-TYPE

Force Delete

OBJECT-TYPE

Severely Errorred Seconds percentage for SDH facilities. Sets the default relative percentage of Errorred Seconds within a PM interval at which Severely Errorred Seconds will be declared.

OBJECT-TYPE

Severely Errorred Seconds percentage for OTN facilities. Sets the default relative percentage of Errorred Seconds within a PM interval at which Severely Errorred Seconds will be declared.

OBJECT-TYPE

Monitored Topology Type

OBJECT-TYPE

read from Master Shelf and stored in the DB 'once'; only changed when a command which implies a change is given (INIT__SYS with DBSRST = ACCEPT)

OBJECT-TYPE

this shows whether the system is running on a temporary auxiliary DB or on the DB in ACT, which is the normal situation

OBJECT-TYPE

Size of the Rack in HU

OBJECT-TYPE

DB Type of NCU

OBJECT-TYPE

Aid of NCU in database

OBJECT-TYPE

Information over the modus of the last restart

OBJECT-TYPE

System IP

OBJECT-TYPE

System IP Mask

OBJECT-TYPE

OSPF Area ID for IP Interface

OBJECT-TYPE

DB Backup on SCU available

OBJECT-TYPE

Redistribution of routes in OSPF

OBJECT-TYPE

Alarm activation time. The hold-off period during which a defect must persist in order to be raised as an alarmed event (in seconds).

OBJECT-TYPE

Alarm deactivation time. The hold-on period during which a defect must remain absent in order for the corresponding previously raised alarm reporting the condition will be cleared (in seconds).

OBJECT-IDENTITY

OBJECT-TYPE

Date

OBJECT-TYPE

Time, display rule: HH-MM-SS

OBJECT-TYPE

Time Zone

OBJECT-TYPE

Network Time Protocol Provisioned State.

OBJECT-TYPE

IP address of NTP Server 1

OBJECT-TYPE

IP address of NTP Server 2

OBJECT-TYPE

IP address of NTP Server 3

OBJECT-TYPE

NTP server is reachabled or unreachabled. Get is blocking for 4 second.

OBJECT-TYPE

NTP server is reachabled or unreachabled. Get is blocking for 4 second.

OBJECT-TYPE

NTP server is reachabled or unreachabled. Get is blocking for 4 second.

OBJECT-TYPE

IP address which will be used as source address by client applications (i.e. FTP) to facilitate proper backward routing (i.e. server to client direction) in the DCN

OBJECT-TYPE

Time Zone Offset

OBJECT-TYPE

Boolean value indicating if Daylight Saving Time is enabled.

OBJECT-TYPE

NTP Service Mode

OBJECT-TYPE

Time Change Reason

OBJECT-TYPE

The NTP Server configuration table.

OBJECT-TYPE

The NTP Server entity.

OBJECT-TYPE

The IP address of the remote NTP server.

OBJECT-TYPE

Network interface type used for NTP connection. Two interface types are defined: sysIp(1) and defaultIp(2).

OBJECT-TYPE

Operational parameter for invoking a connection test procedure. If set to ntpTest(2) then a connection with remote NTP server is being checked. Result of this operation is saved under ntpServerTestStatus column. When operation finish then value is automaticaly set to rls(1). It cannot be set to rls(1) by hand.

OBJECT-TYPE

Result of NTP availability check command invoked by setting ntpServerTest to ntpTest(2).

OBJECT-TYPE

The NTP Synchronization status.

OBJECT-TYPE

Administrative state of remote NTP server. It can be set to is(2) or to dsbld(6).

OBJECT-TYPE

Operative state of remote NTP server.

OBJECT-TYPE

Row status used for managing a NTP server entity. All values defined for RowStatus TC can be used.

OBJECT-TYPE

Table with available time zones.

OBJECT-TYPE

Every entry corresponds to time zone name.

OBJECT-TYPE

Row number of ntpTimeZoneCapsTable.

OBJECT-TYPE

Name of the time-zone possible to be used as neTimeZone.

OBJECT-TYPE

The length of time in minutes for which a FRCD__OPERATION OPR state will automatically changed to RLS state. The value is set via the system configuration file.

OBJECT-TYPE

SCU ring interconnect

OBJECT-TYPE

SCU ring interconnect

OBJECT-TYPE

Apply Alarm Profile to all existing entities

OBJECT-TYPE

Apply Alarm Profile to all existing entities

OBJECT-TYPE

FTP server enable/disable configuration

OBJECT-TYPE

FTP server enable/disable configuration

OBJECT-TYPE

FTP client enable/disable configuration

OBJECT-TYPE

Secure Shell Server enable/disable configuration

OBJECT-TYPE

Scheduled Equalization Administration

OBJECT-TYPE

Scheduled Equalization Administration

OBJECT-TYPE

Scheduled Equalization Interval

OBJECT-TYPE

Scheduled Equalization Interval

OBJECT-TYPE

Scheduled Equalization Start Date

OBJECT-TYPE

Scheduled Equalization Start Time

OBJECT-TYPE

Default gateway for IP routing

OBJECT-TYPE

Network Elemtent SW Type

OBJECT-TYPE

Path Computation Server Priority

OBJECT-TYPE

Enable/Disable Automatic Data Base Restore from SCU.

OBJECT-TYPE

Node Name Syntax

OBJECT-TYPE

Automatic Provisioning of LIF-CP

OBJECT-TYPE

Source IP address of sending NE.

OBJECT-TYPE

IP address of LCT used in NE access.

OBJECT-TYPE

Indication whether authentication was succesful/unsuccessful.

OBJECT-TYPE

Session name used in NE access.

OBJECT-TYPE

Protocol type used in NE access.

OBJECT-TYPE

Port number used in NE access.

OBJECT-TYPE

The name string for user authentication purposes

OBJECT-TYPE

The name string for radius authentication purposes

OBJECT-TYPE

Number of successful authentications.

OBJECT-TYPE

Number of unsuccessful authentications.

OBJECT-TYPE

System Busy state.

OBJECT-TYPE

Date

OBJECT-TYPE

OBJECT-TYPE

OBJECT-TYPE

Apply reference values

OBJECT-TYPE

Reference value Status

OBJECT-TYPE

Parameter stores information about maximum backplane bandwidth that can be used.

OBJECT-TYPE

Parameter stores information about currenty used backplane bandwidth. Its value is limited by Maximum Backplane Bandwidth (BCKPLBW-MAX).

OBJECT-TYPE

The switch for handling Security Mode of a Network Element. It supports basic(1) and enhanced(2) security mode. After switch is performed, a user is forced to change the password using fspUserManagementAuthPrivKey and fspUserManagementAuthPrivKeyOld objects in single set-request, otherwise SNMPv3 access to any MIB object will be denied due to authorization error. Switch from basic(1) to enhanced(2) security mode is allowed always. Switch in opposite direction is allowed only after manual user account removal - only one user account with admin(1) privilege level defined by FspR7SnmpPrivLevel TEXTUAL-CONVENTION must remain. In the basic(1) mode: * minimum password length is 8 characters, * maximum password length is 31 characters, * password cannot contain user name, * user name and password upper-case only, * password contains at least - one alphabetic character (a..z; A..Z); - one numeric character (0..9); - one special character ( ! , @ , # , $ , % , ^ , ( , ) , _ , + , | , ~ , { , } , [ , ] , - , . ) In the enhanced(2) mode: * minimum password lenght is 15 characters, * maximum password lenght is 31 characters, * password cannot contain user name, * user name and password mixed-case supported, * password contains at least - two lowercase alphabetic character (a..z); - two uppercase alphabetic character(A..Z); - two numeric character (0..9); - two special character ( ! , @ , # , $ , % , ^ , ( , ) , _ , + , | , ~ , { , } , [ , ] , - , . )

OBJECT-TYPE

Security Mode

OBJECT-TYPE

Minimum password length settable in range 8..31 characters. It is accessible only using SNMPv3 protocol version with authentication and privacy

OBJECT-IDENTITY

OBJECT-TYPE

Static active routing table

OBJECT-TYPE

OBJECT-TYPE

Destination IP Address

OBJECT-TYPE

Destination IP Mask.

OBJECT-TYPE

Gateway IP Address

OBJECT-TYPE

Address Identifier of IP Entity. E.g SC-1-A-C or LINK-1-A-1.

OBJECT-TYPE

The Type of the IP Route.

OBJECT-TYPE

Routing Metric

OBJECT-TYPE

This object is used to create, or delete a row in this table.

OBJECT-TYPE

Static inactive routing table

OBJECT-TYPE

OBJECT-TYPE

Destination IP Address

OBJECT-TYPE

Destination IP Mask.

OBJECT-TYPE

Gateway IP Address

OBJECT-TYPE

Address Identifier of IP Entity. E.g SC-1-A-C or LINK-1-A-1.

OBJECT-TYPE

The Type of the IP Route.

OBJECT-TYPE

Routing Metric

OBJECT-TYPE

This object is used to create, or delete a row in this table.

OBJECT-TYPE

Known host table

OBJECT-TYPE

OBJECT-TYPE

IP Address of known host

OBJECT-TYPE

ssh host key encryption alogrithm

OBJECT-TYPE

This object is used to create, or delete a row in this table.

OBJECT-TYPE

Fingerprint of ssh host key

OBJECT-IDENTITY

OBJECT-TYPE

OBJECT-TYPE

OBJECT-TYPE

OBJECT-TYPE

OBJECT-TYPE

The name string for user authentication purposes

OBJECT-TYPE

RowStatus

OBJECT-TYPE

The name string for user authentication purposes

OBJECT-TYPE

OBJECT-TYPE

OBJECT-TYPE

A human readable string representing the current or new password for user account.

OBJECT-TYPE

OBJECT-TYPE

OBJECT-TYPE

OBJECT-TYPE

SNMP User Session Timeout Value

OBJECT-TYPE

UDP-based User Session Status

OBJECT-TYPE

TCP-based User Session Status

OBJECT-TYPE

A human readable string representing the old password for user account. This object should be used only for password change procedure.

OBJECT-TYPE

User account flag used currently to set the forced authentication change request. See the FspR7AccountFlag Textual-Convention.

OBJECT-TYPE

OBJECT-TYPE

OBJECT-TYPE

RowStatus

OBJECT-TYPE

OBJECT-TYPE

OBJECT-TYPE

OBJECT-TYPE

OBJECT-TYPE

OBJECT-TYPE

OBJECT-TYPE

OBJECT-TYPE

OBJECT-TYPE

OBJECT-TYPE

OBJECT-TYPE

OBJECT-TYPE

SNMP User Session Timeout Value

OBJECT-IDENTITY

OBJECT-TYPE

OBJECT-TYPE

OBJECT-TYPE

RowStatus

OBJECT-TYPE

Syslog

OBJECT-TYPE

Enable or disable sending DB change events

OBJECT-TYPE

IP address which will be used as source address by client applications (i.e. FTP) to facilitate proper backward routing (i.e. server to client direction) in the DCN

OBJECT-TYPE

OBJECT-TYPE

OBJECT-TYPE

Syslog

OBJECT-TYPE

Enable or disable sending DB change events

OBJECT-TYPE

IP address which will be used as source address by client applications (i.e. FTP) to facilitate proper backward routing (i.e. server to client direction) in the DCN

OBJECT-TYPE

OBJECT-TYPE

OBJECT-TYPE

IP index

OBJECT-TYPE

The IP address of the IP host where Syslog notifications should be sent. Derived from AID.

OBJECT-IDENTITY

OBJECT-TYPE

The nodeChannelTrace table describes particular connection type between two ports. Connection may be done within a module or between two modules' ports.

OBJECT-TYPE

OBJECT-TYPE

Aid

OBJECT-TYPE

CWDM channels; DWDM frequencies (50 GHz grid according ITU-T

OBJECT-TYPE

Node Channel Trace ID - It associates each direction of a channel trace through a node.

OBJECT-TYPE

OBJECT-TYPE

FROM-end of equipment connection (jumper). FROM direction is significant only for 1WAY connections.

OBJECT-TYPE

TO-end of equipment connection (jumper). TO direction is signaificant only for 1WAY

OBJECT-TYPE

FspR7NCTRouteType Textual-Convention indicates the connection type between two ports. If a connection between the two ports is within a module (i.e. Client to Network port), the Route-Type is either provisioned(6) of fixed ( equipment(5) ). If the connection is between two modules ports, then the Route-Type is fiber(2), cable(3) or backPlane(4).

OBJECT-TYPE

Channel Number for the Receive Interface

OBJECT-TYPE

Channel Number for the Transmit Interface

OBJECT-IDENTITY

OBJECT-TYPE

This table relates to DCN functionality of defining OSPF Area entities which may be marked as Stub or Non-Stub.

OBJECT-TYPE

Table row represents an OSPF Area entity.

OBJECT-TYPE

OSPF Area ID for IP Interface

OBJECT-TYPE

Area Type

OBJECT-TYPE

RowStatus

OBJECT-TYPE

A number of attached interfaces.

OBJECT-TYPE

Stub Default Route Cost

OBJECT-TYPE

This table contains OSPF Area Entity creation/modification capabilities.

OBJECT-TYPE

Table row represents creation/modification capabilities for particular OSPF Area entity.

OBJECT-TYPE

RowStatus

OBJECT-TYPE

Stub Default Route Cost

OBJECT-TYPE

This table contains OSPF Area Entity creation/modification capabilities.

OBJECT-TYPE

Table row represents creation/modification capabilities for particular OSPF Area entity.

OBJECT-TYPE

Name

OBJECT-IDENTITY

OBJECT-IDENTITY

OBJECT-IDENTITY

OBJECT-IDENTITY

OBJECT-IDENTITY

OBJECT-TYPE

OBJECT-TYPE

OBJECT-TYPE

The Adminstrative State will be displayed in the GUI with full name values; it will be differently displayed in TL1 SYNTAX according to TL1 display rules. The transaction into the UAS state requires a special destroy/delete function.

OBJECT-TYPE

The Operational State will be displayed on the GUI with full name values; it will be differently displayed in TL1 SYNTAX according to TL1 display rules

OBJECT-TYPE

Secondary states of an entity.

OBJECT-TYPE

OBJECT-TYPE

OBJECT-TYPE

This object contains capabilities for entityStateAdmin object.

OBJECT-TYPE

OBJECT-TYPE

OBJECT-TYPE

The Adminstrative State will be displayed in the GUI with full name values; it will be differently displayed in TL1 SYNTAX according to TL1 display rules. The transaction into the UAS state requires a special destroy/delete function.

OBJECT-TYPE

The Operational State will be displayed on the GUI with full name values; it will be differently displayed in TL1 SYNTAX according to TL1 display rules

OBJECT-TYPE

Secondary states of an entity.

OBJECT-TYPE

OBJECT-TYPE

OBJECT-TYPE

This object contains capabilities for entityStateAdmin object.

OBJECT-TYPE

OBJECT-TYPE

OBJECT-TYPE

Number of sequence

OBJECT-TYPE

Name

OBJECT-TYPE

OBJECT-TYPE

OBJECT-TYPE

The Adminstrative State will be displayed in the GUI with full name values; it will be differently displayed in TL1 SYNTAX according to TL1 display rules. The transaction into the UAS state requires a special destroy/delete function.

OBJECT-TYPE

The Operational State will be displayed on the GUI with full name values; it will be differently displayed in TL1 SYNTAX according to TL1 display rules

OBJECT-TYPE

Secondary states of an entity.

OBJECT-TYPE

OBJECT-TYPE

OBJECT-TYPE

This object contains capabilities for entityStateAdmin object.

OBJECT-TYPE

OBJECT-TYPE

OBJECT-TYPE

The Adminstrative State will be displayed in the GUI with full name values; it will be differently displayed in TL1 SYNTAX according to TL1 display rules. The transaction into the UAS state requires a special destroy/delete function.

OBJECT-TYPE

The Operational State will be displayed on the GUI with full name values; it will be differently displayed in TL1 SYNTAX according to TL1 display rules

OBJECT-TYPE

Secondary states of an entity.

OBJECT-TYPE

OBJECT-TYPE

OBJECT-TYPE

This object contains capabilities for entityStateAdmin object.

OBJECT-IDENTITY

OBJECT-TYPE

The ModuleDiagnostics table. This table extends the entries in the inventoryTable for the FspR7 modules.

OBJECT-TYPE

An entry in the ModuleDiagnostics table. Each entry in this table represents a field replacable module in a shelf, which is inserted into or removed from a container (slot).

OBJECT-TYPE

Actual temperature on the module.

OBJECT-TYPE

Upper temperature threshold for threshold crossing alarm. Temperatures above this value will cause a Notification.

OBJECT-TYPE

Lower temperature threshold for threshold crossing alarm. Temperatures below this value will cause a Notification.

OBJECT-TYPE

Capability level reported by HW

OBJECT-TYPE

Lower current threshold for threshold crossing alarm. Current below this value will cause a Notification.

OBJECT-TYPE

Higher current threshold for threshold crossing alarm. Current below this value will cause a Notification.

OBJECT-TYPE

OBJECT-TYPE

OBJECT-TYPE

The currentDiagnostics table. This table extends the entries in the inventoryTable for the FspR7 modules.

OBJECT-TYPE

An entry in the currentDiagnostics table.

OBJECT-TYPE

Instantaneous current measured.

OBJECT-TYPE

Upper current threshold for threshold crossing condition. Currents above this value will cause a Notification

OBJECT-TYPE

Maximum PSU Output Power

OBJECT-TYPE

The ModuleConfig table. This table extends the entries in the inventoryTable for the FspR7 modules.

OBJECT-TYPE

An entry in the ModuleConfig table. Each entry in this table represents a field replacable module in a shelf, which is inserted into or removed from a container (slot).

OBJECT-TYPE

A string, configurable by the operator, containing a symbolic name for the module.

OBJECT-TYPE

Capability level provisioned

OBJECT-TYPE

Has the same function as the HW switch at the UTM board

OBJECT-TYPE

Virtual Fac. Scrambling

OBJECT-TYPE

LAG Actor Sys Pri. Part of LAG ID

OBJECT-TYPE

Scheduled Equalization Administration

OBJECT-TYPE

Initiate Equalization

OBJECT-TYPE

Enable of CAC

OBJECT-TYPE

OBJECT-TYPE

OBJECT-TYPE

Describes how the card is applied related to a network scenario

OBJECT-TYPE

Module Height

OBJECT-TYPE

Module Width

OBJECT-TYPE

Number of Network Ports

OBJECT-TYPE

Number of Client Ports

OBJECT-TYPE

Number Of Stages

OBJECT-TYPE

Defines the Location of the connector of a module in numbers from left to ricght (view is from the front)

OBJECT-TYPE

Number of Internal Ports

OBJECT-TYPE

Internal Plugs Required

OBJECT-TYPE

List of Provisionable Internal Plug Rates Supported

OBJECT-TYPE

Possible internal channel

OBJECT-TYPE

Number of Upgrade Ports

OBJECT-TYPE

Number of Serial Ports

OBJECT-TYPE

Number of PPP over ECC Ports

OBJECT-TYPE

Max Device Power Consumption

OBJECT-TYPE

SCU ring interconnect

OBJECT-TYPE

Network Plugs Required

OBJECT-TYPE

Number of Midstage Ports

OBJECT-TYPE

The transmission mode of the module.

OBJECT-TYPE

Number for ROADM module typically associated with a Network Fiber or Degree

OBJECT-TYPE

Number of channels supported by an entity

OBJECT-TYPE

ITU Grid channel spacing

OBJECT-TYPE

Channel

OBJECT-TYPE

Used For Internal Purposes (and possibly for pre-selection in GUI)

OBJECT-TYPE

Number of Fan Plug ins

OBJECT-TYPE

Number of LAN Ports

OBJECT-TYPE

Type of mapping; transparent or framing

OBJECT-TYPE

Band Provision. Reference to BAND__INVENTORY.

OBJECT-TYPE

Number of channels supported by an entity

OBJECT-TYPE

The TYPE of Module.

OBJECT-TYPE

Reach of Internal Plugs

OBJECT-TYPE

The WdmChannelModuleInventory table. This table extends the entries in the inventoryTable for the FspR7 wdmChannelModules.

OBJECT-TYPE

An entry in the WdmChannelModuleInventory table. Each entry in this table represents a field replacable wdmChannelModule in a shelf, which is inserted into or removed from a container (slot).

OBJECT-TYPE

The WDM channel identifier of the wdmChannelModule.

OBJECT-TYPE

The optical reach of the wdmChannelModule.

OBJECT-TYPE

The WdmChannelModuleData table. This table extends the entries in the inventoryTable for the FspR7 wdmChannelModules.

OBJECT-TYPE

An entry in the WdmChannelModuleData table. Each entry in this table represents a field replacable wdmChannelModule in a shelf, which is inserted into or removed from a container (slot).

OBJECT-TYPE

The supported client plug rates of the wdmChannelModule.

OBJECT-TYPE

The supported network plug rates of the wdmChannelModule.

OBJECT-TYPE

The supported client plug types of the wdmChannelModule.

OBJECT-TYPE

The supported network plug types of the wdmChannelModule.

OBJECT-TYPE

The PlugInventory table. This table extends the entries in the inventoryTable for the FspR7 plugs (SFP/XFP). The data in this table only applies to equipped plugs.

OBJECT-TYPE

An entry in the PlugInventory table. Each entry in this table represents a field replacable plug in a card, which is inserted into or removed from a container (slot).

OBJECT-TYPE

The maximal supported data rate of the plug.

OBJECT-TYPE

The supported optical channel of the plug.

OBJECT-TYPE

The supported optical reach of the plug.

OBJECT-TYPE

The plugData table. This table extends the entries in the entityTable for the FspR7 plugs (SFP/XFP).

OBJECT-TYPE

An entry in the plugData table. Each entry in this table represents a field replacable plug in a card, which may be inserted into or removed from a container (slot).

OBJECT-TYPE

The type of external connector on a plug (eg. SC, LC, RJ45, etc).

OBJECT-TYPE

The fiber type of this plug.

OBJECT-TYPE

Loop back attenuation of the plug

OBJECT-TYPE

Max Device Power Consumption

OBJECT-TYPE

This table contains attributes related to the automatic protection switching (APS) functionality.

OBJECT-TYPE

An entry in the APS configuration table. There is one entry in this table for each protection group.

OBJECT-TYPE

This state controls whether the switch criteria for the APS group will include the SignalDegrade alarm.

OBJECT-TYPE

This value controls the switch delay (0 to 90 seconds in 100ms steps) for the protection group. Changing the hold-off time when the timer is active will not affect the active timer. The change will take effect the next time the timer is active.

OBJECT-TYPE

Wait to Restore

OBJECT-TYPE

This table contains status information related to the automatic protection switching (APS) functionality.

OBJECT-TYPE

An entry in the APS status table. There is one entry in this table for each protection group.

OBJECT-TYPE

The type of APS implemented in this protection group.

OBJECT-TYPE

Indicates whether the APS function is 'unidirectional' (single-ended) or 'bidirectional' (dual-ended).

OBJECT-TYPE

Indicates if revertive switching is enable dor disabled.

OBJECT-TYPE

The protection type of this protection group.

OBJECT-TYPE

The entityIndex of the working section in the APS group.

OBJECT-TYPE

The entityIndex of the protection section. The protection section will become the active section when an APS switch occurs (ie, as a result of a failure on the working section).

OBJECT-TYPE

This describes the topology and level of the protection (OCH or OM -Level on a ring; Line in PT-PT and Line or Dualhomed on a Feeder).

OBJECT-TYPE

This table contains attributes related to the automatic protection switching (APS) functionality on a facility involved in a protection group.

OBJECT-TYPE

An entry in the APS configuration table. There is one entry in this table for each facility involved in a protection group

OBJECT-TYPE

The switch command action for this facility. A command resulting in a switch event will also cause a change of the facility secondary state and a corresponding condition. Addressed by this command is the active port, the port to switch away from. Since this is a manual switch command, it will not switch if other port suffers from a signalfailure or a signal degrade.

OBJECT-TYPE

Inhibit Switch to protection facility. Inhibition blocks an automatic switch to the protection facility. Valid only for the working facility.

OBJECT-TYPE

Inhibit Switch to working facility. Inhibition blocks an automatic switch to the working facility. Valid only for the protection facility.

OBJECT-TYPE

The ShelfDiagnostics table. This table extends the entries in the inventoryTable for the FspR7 shelves.

OBJECT-TYPE

An entry in the ShelfDiagnostics table. Each entry in this table represents a shelf.

OBJECT-TYPE

Actual power consumption of the shelf.

OBJECT-TYPE

Actual power output of the shelf.

OBJECT-TYPE

Max Device Power Consumption

OBJECT-TYPE

OBJECT-TYPE

List of detected nodes in the DCN topology.

OBJECT-TYPE

OBJECT-TYPE

List of IP Addresses, Position of list is the internal NODE-ID in the ring

OBJECT-TYPE

OBJECT-TYPE

OBJECT-TYPE

Initialize Topology Detection

OBJECT-TYPE

OBJECT-TYPE

OBJECT-TYPE

Monitored Topology Type

OBJECT-TYPE

OBJECT-TYPE

Configuration of OTDR analysis.

OBJECT-TYPE

NONE - OTDR measurement disabled otherwise the OTDR duration in minutes.

OBJECT-TYPE

OBJECT-TYPE

OBJECT-TYPE

Time Remaining for Completion of OTDR Measurement. The timer is set by an Operation with parameter 'MEASURE'

OBJECT-TYPE

OBJECT-TYPE

OBJECT-TYPE

Change of optical channel power in dB over the complete transmission band

OBJECT-TYPE

Gain.

OBJECT-TYPE

Variable Gain of EDFA

OBJECT-TYPE

OBJECT-TYPE

OBJECT-TYPE

Submodule Temperature

OBJECT-TYPE

Submodule High Temperature Threshold

OBJECT-TYPE

OBJECT-TYPE

OBJECT-TYPE

Rack Containing Shelf

OBJECT-TYPE

Number of the Rack

OBJECT-TYPE

Number place where the Shelf is placed in the rack (buttom up counting)

OBJECT-TYPE

OBJECT-TYPE

OBJECT-TYPE

This object contains capabilities for dcnTopologyConfigActivateDetect object.

OBJECT-TYPE

List of Entitiey AID's of OSC's belonging to this LAN

OBJECT-TYPE

OBJECT-TYPE

List of Entity AID's (modules, ports) belonging to this LAN

OBJECT-TYPE

OBJECT-TYPE

OBJECT-TYPE

Sets the optical power for power equalization in ROADM or for channel power control in OPCM

OBJECT-TYPE

Sets the offset for the mean optical power for power equalization in ROADM

OBJECT-TYPE

Change of optical channel power in dB over the complete transmission band

OBJECT-TYPE

Initiate Equalization

OBJECT-TYPE

OBJECT-TYPE

OBJECT-TYPE

Sum of Transmitted Optical Channels

OBJECT-TYPE

Sum of Received Optical Channels

OBJECT-TYPE

Connection State

OBJECT-TYPE

This table contains information for EROADM

OBJECT-TYPE

OBJECT-TYPE

Number of Network Ports

OBJECT-TYPE

Number of Client Ports

OBJECT-TYPE

Number of Internal Ports

OBJECT-TYPE

Internal Plugs Required

OBJECT-TYPE

List of Provisionable Internal Plug Rates Supported

OBJECT-TYPE

Possible internal channel

OBJECT-TYPE

Height of Shelf in HU

OBJECT-TYPE

Number of Upgrade Ports

OBJECT-TYPE

Max Device Power Consumption

OBJECT-TYPE

SCU ring interconnect

OBJECT-TYPE

ITU Grid channel spacing

OBJECT-TYPE

This table contains information for SHELF

OBJECT-TYPE

OBJECT-TYPE

Number of Provisionable Standard Slots

OBJECT-TYPE

Height of Shelf in HU

OBJECT-TYPE

Height of Standard Slots in Shelf in HU

OBJECT-TYPE

Number of Network Ports

OBJECT-TYPE

Number of Client Ports

OBJECT-TYPE

Number of Internal Ports

OBJECT-TYPE

Number of Upgrade Ports

OBJECT-TYPE

Number of OSC Ports

OBJECT-TYPE

OSC Channel

OBJECT-TYPE

Band Provision. Reference to BAND__INVENTORY.

OBJECT-TYPE

Shelf ID

OBJECT-TYPE

OBJECT-TYPE

OBJECT-TYPE

Sets the optical power for power equalization in ROADM or for channel power control in OPCM

OBJECT-TYPE

Sets the offset for the mean optical power for power equalization in ROADM

OBJECT-TYPE

Change of optical channel power in dB over the complete transmission band

OBJECT-TYPE

Initiate Equalization

OBJECT-TYPE

OBJECT-TYPE

Each entry in this table represents a description for type equipment and capability level.

OBJECT-TYPE

The TYPE of Equipment and the MODE setting determine uniquely the number and allowed TYPE's of the provisionable dependent entities (plugs, interfaces, modules)

OBJECT-TYPE

OBJECT-TYPE

OBJECT-TYPE

OBJECT-TYPE

OBJECT-TYPE

Actual temperature on the far end plug.

OBJECT-TYPE

Upper temperature threshold for threshold crossing alarm. Temperatures above this value will cause a Notification.

OBJECT-TYPE

Lower temperature threshold for threshold crossing alarm. Temperatures below this value will cause a Notification.

OBJECT-TYPE

OBJECT-TYPE

OBJECT-TYPE

A string, configurable by the operator, containing a symbolic name for the trail which is terminated at this interface.

OBJECT-TYPE

Rate

OBJECT-TYPE

OBJECT-TYPE

OBJECT-TYPE

Rate

OBJECT-TYPE

OBJECT-TYPE

OBJECT-TYPE

The TYPE of Equipment and the MODE setting determine uniquely the number and allowed TYPE's of the provisionable dependent entities (plugs, interfaces, modules)

OBJECT-TYPE

Rate

OBJECT-TYPE

Channel

OBJECT-TYPE

Reach

OBJECT-TYPE

Fiber of Optical Interface - Provision, Reference to FIBER__INVENTORY

OBJECT-TYPE

Connector Type

OBJECT-TYPE

The Adminstrative State will be displayed in the GUI with full name values; it will be differently displayed in TL1 syntax according to TL1 display rules. The transaction into the UAS state requires a special destroy/delete function.

OBJECT-TYPE

The ModuleConfigCap table. This table shows the capabilities for parameters from moduleConfigTable.

OBJECT-TYPE

OBJECT-TYPE

Scheduled Equalization Administration

OBJECT-TYPE

Initiate Equalization

OBJECT-TYPE

Enable of CAC

OBJECT-IDENTITY

OBJECT-TYPE

Contains entries for the configuration of interfaces. This table extends the entries in the ifTable (RFC 2863).

OBJECT-TYPE

The gpiTTP and ocTTP interfaces will have an entry in this table.

OBJECT-TYPE

A string, configurable by the operator, containing a symbolic name for the trail which is terminated at this interface.

OBJECT-TYPE

The configuration of the loopback function. - noLoop: no loop configuration on the interface. - lineLoop: the incoming signal is looped to the outgoing line on the interface. The incoming signal is sent in the downstream direction and processed as normal. - inwardLoop: the output signal is looped to the incoming line on the interface. The looped signal is transmitted unchanged on the optical output.

OBJECT-TYPE

Reset data-layer Performance registers

OBJECT-TYPE

Scheduled Equalization Administration

OBJECT-TYPE

Facility Operation Tunable Dispersion Config.

OBJECT-TYPE

Facility Operation Turnup Config.

OBJECT-TYPE

OBJECT-TYPE

External VID

OBJECT-TYPE

AID of LAN

OBJECT-TYPE

Interface Behaviour

OBJECT-TYPE

Chromatic Dispersion Compensation Operation

OBJECT-TYPE

Contains entries for the configuration of interfaces. This table extends the entries in the ifTable (RFC 2863).

OBJECT-TYPE

The gpiTTP and ocTTP interfaces will have an entry in this table.

OBJECT-TYPE

The textual description of the external connector type provided for an interface (eg. SC, LC, RJ45, etc).

OBJECT-TYPE

The signal mapping of the interface.

OBJECT-TYPE

The data rate configured for this interface.

OBJECT-TYPE

The configured behaviour of the interface. If configured as a network interface, the interface will use a WDM laser, and configuration restrictions may apply.

OBJECT-TYPE

Configures the signal overhead termination level of the interface.

OBJECT-TYPE

Connectivity Parameters for Facilities

OBJECT-TYPE

Indicates the highest level of intrusive/non-intrusive performance monitoring performed.

OBJECT-TYPE

AINS state signal quality soak time remaining until transition to IS.

OBJECT-TYPE

The PAYLOAD defines the transport service type of the payload, which may be transparent at this layer or with protocol-dependent behaviour. (Only relevant where TYPE = OTU#).

OBJECT-TYPE

Parity Bit Settings

OBJECT-TYPE

The type of the physical interface. Will be nedded for LANIP interfaces to deliver information about the BASE facility type.

OBJECT-TYPE

Fall-back timer for forced laser operation.

OBJECT-TYPE

Comitted Information Rate of the virtual channel.

OBJECT-TYPE

Wavelength of Optical Interface (unit: nm)

OBJECT-TYPE

Frequency of Optical Interface (unit: nm)

OBJECT-TYPE

Channel

OBJECT-TYPE

The TYPE of Module.

OBJECT-TYPE

Connection State

OBJECT-TYPE

The TYPE defines the transport service type as wrapper with wrapper layer termination OR else as payload

OBJECT-TYPE

The Path is Labelled Working or Protection

OBJECT-TYPE

Reach

OBJECT-TYPE

Fiber of Optical Interface - Provision, Reference to FIBER__INVENTORY

OBJECT-TYPE

ODTU Transport Unit

OBJECT-TYPE

ODU Tributary Port Number

OBJECT-TYPE

ODU Tributary slot number

OBJECT-TYPE

Revertive Protection Switching

OBJECT-TYPE

Contains entries for the configuration of optical interfaces. This table extends the entries in the ifTable (RFC 2863).

OBJECT-TYPE

Only the gpiTTP and ocTTP optical interfaces will have an entry in this table.

OBJECT-TYPE

A configuration request for the Automatic Laser Shutdown (ALS) function. Refer to FspR7AlsMode Textual Convention for details.

OBJECT-TYPE

A configuration request for the error forwarding function. Refer to FspR7ErrorFwdMode Textual Convention for details.

OBJECT-TYPE

Configuration of FEC type.

OBJECT-TYPE

A configuration request for the Laser Off Delay function. This function delays turning off the laser as a consequent action to a defect.

OBJECT-TYPE

Laser Forced On

OBJECT-TYPE

LOS Attenuation Finding in progress

OBJECT-TYPE

Automatic Power Reduction High Threshold

OBJECT-TYPE

ASE Table creation in process

OBJECT-TYPE

Configuration of Rx optical channel

OBJECT-TYPE

Background-Block-Error-Based Signal Degradation Definition for OTU

OBJECT-TYPE

Integration Period for Signal degrade

OBJECT-TYPE

Background-Block-Error-Based Signal Degradation Definition for ODU

OBJECT-TYPE

Integration Period for Signal degrade

OBJECT-TYPE

Bit-Error-Based Degradation Definition for SONET (standard integration period)

OBJECT-TYPE

Block-Error-Based Degradation Definition for SDH (standard integration period). Defined as percentage Background Block Errors (30% default) evaluated over a defined period (SDPER-RS).

OBJECT-TYPE

Provisionable Signal Degrade Integration Period for SDH

OBJECT-TYPE

Dispersion Compensation Mode

OBJECT-TYPE

Dispersion setting of dispersion comensating module

OBJECT-TYPE

Sets the optical power for power equalization in ROADM or for channel power control in OPCM

OBJECT-TYPE

Sets the offset for the mean optical power for power equalization in ROADM

OBJECT-TYPE

Change of optical channel power in dB over the complete transmission band

OBJECT-TYPE

OSPF Area ID for IP Interface

OBJECT-TYPE

This object is used for reseting the Adaptive Threshold value to the factory default.

OBJECT-TYPE

If untagged frames shall be enabled on this port or not.

OBJECT-TYPE

Default VLAN ID (both STAG/CTAG mode) in case UTAG is enabled

OBJECT-TYPE

Default PCP in case UTAG is Enabled. The Prio may be remapped in the EVC.

OBJECT-TYPE

TAG type field

OBJECT-TYPE

Enable of CAC

OBJECT-TYPE

Max Frame Size

OBJECT-TYPE

The amount of active ports in the LAG.

OBJECT-TYPE

Part of ID. Port pri that defines standby.

OBJECT-TYPE

What source is used in the load balance calculation

OBJECT-TYPE

Timeout of the LACP

OBJECT-TYPE

Channel

OBJECT-TYPE

Used for Optojack plugs; Communication to Far End Plug is observed

OBJECT-TYPE

Enable of LACP state machine

OBJECT-TYPE

Enable or disable TXOFFHOLD Period for Error Forwarding and LKDO-OFF Consequent Action.

OBJECT-TYPE

OPU Payload Type Indicator

OBJECT-TYPE

Sets the OSC optical power

OBJECT-TYPE

Brand of fiber present in the fiber plant

OBJECT-TYPE

Tilt setting as discrete values versus a range

OBJECT-TYPE

Force the BWD Raman pilot on to allow building of FWD Raman ASE Table

OBJECT-TYPE

XFP Decision threshold setting

OBJECT-TYPE

Disparity correction

OBJECT-TYPE

Reset PRBS PM counters

OBJECT-TYPE

PRBS test pattern received

OBJECT-TYPE

PRBS test pattern transmitted

OBJECT-TYPE

Tributary Slot assignment method

OBJECT-TYPE

Bit Interleaved Parity

OBJECT-TYPE

Contains diagnostic entries for optical interfaces. This table extends the entries in the ifTable (RFC 2863).

OBJECT-TYPE

OBJECT-TYPE

The WDM channel, as per ADVA grid, of this interface.

OBJECT-TYPE

Parameter deprecated. Look at TransmitWavelength parameter.

OBJECT-TYPE

The fiber type of this interface. For interface modules not supporting Fibre Channel Transmission, the value will be 'unspecified'.

OBJECT-TYPE

Reach

OBJECT-TYPE

Refer to FspR7AlsHoldoff Textual Convention for details.

OBJECT-TYPE

Laser Off Delay function. This function delays turning off the laser as a consequent action to a defect.

OBJECT-TYPE

The Path is Labelled Working or Protection

OBJECT-TYPE

ITU Grid channel spacing

OBJECT-TYPE

The lowest channel for tunable Laser Module

OBJECT-TYPE

The highest channel for tunable Laser Module

OBJECT-TYPE

The transmit wavelength of this interface.

OBJECT-TYPE

Frequency of Optical Interface (unit: nm)

OBJECT-TYPE

Number of channels supported by an entity

OBJECT-TYPE

Interface Function

OBJECT-TYPE

Port Mode

OBJECT-TYPE

ADVA cloud Port Roles

OBJECT-TYPE

CIR (Committed Information Rate ) is used on Ethernet Interfaces with a policing function

OBJECT-TYPE

Committed Burst Size

OBJECT-TYPE

CIR (Committed Information Rate ) is used on Ethernet Interfaces with a policing function

OBJECT-TYPE

Committed Burst Size

OBJECT-TYPE

Shows if PORT is a member in the LAG with the VETH AID

OBJECT-TYPE

A list of ports(AIDs) in the LAG.

OBJECT-TYPE

Type/Speed of connected ports in the LAG

OBJECT-TYPE

Shows if port is in standby in the LAG

OBJECT-TYPE

Enable of LACP state machine

OBJECT-TYPE

Part of ID. Operational KEY

OBJECT-TYPE

Part of ID. Hardcoded to physical port no.

OBJECT-TYPE

State of the LACP on this port

OBJECT-TYPE

Part of Partner PORT ID. Operational Key, Pri and No. uses 4+2+4 HEX values. Coded as 10 HEXV2 in DD.

OBJECT-TYPE

State of the LACP on partner port

OBJECT-TYPE

System MAC Set to first member port.

OBJECT-TYPE

System ID (Pri&MAC) received from the Partner of the LAG group.

OBJECT-TYPE

LAG Actor Sys Pri. Part of LAG ID

OBJECT-TYPE

Band Provision. Reference to BAND__INVENTORY.

OBJECT-TYPE

Indicates if bit/byte stuffing is used in the transport signal.

OBJECT-TYPE

Number of channels supported by an entity

OBJECT-TYPE

Auto assignment of ODU PT

OBJECT-TYPE

Number of Tributary Slots which are available for assignment.

OBJECT-TYPE

Number of Tributary Slots which have been assigned.

OBJECT-TYPE

ODTU Transport Unit

OBJECT-TYPE

ODU Tributary Port Number

OBJECT-TYPE

ODU Tributary slot number

OBJECT-TYPE

Contains diagnostic entries for optical interfaces. This table extends the entries in the ifTable (RFC 2863).

OBJECT-TYPE

OBJECT-TYPE

Instantaneous Laser Bias Current Normalized

OBJECT-TYPE

The laser temperature, measured with a granularity of 0.1 degree Celsius

OBJECT-TYPE

The optical input power of a transmitter in dBm, measured in the range of -x to +y dBm (TBD). It is only valid when there is no loss of signal at the input, in which case a value of -65535 is returned. A value of -65535 also indicates that OIP is not available. When out of range, -65534 indicates that the OIP is outside the maximum value and -65533 for outside the minimum value.

OBJECT-TYPE

The optical output power of a transmitter in dBm, measured in the range of -x to +y dBm.(TBD) It is only valid when there the laserState is 'On'. If not, a value of -65535 is returned. A value of -65535 also indicates that OOP is not available. When out of range, -65534 indicates that the OOP is outside the maximum value and -65533 for outside the minimum value.

OBJECT-TYPE

The actual current of the transmitter in mA. If the value is -65535, the current is not available.

OBJECT-TYPE

Instantaneous Laser 1 Temperature.

OBJECT-TYPE

Instantaneous Laser 2 Temperature.

OBJECT-TYPE

Instantaneous Laser Bias Current 1 Level

OBJECT-TYPE

Instantaneous Laser Bias Current 2 Level

OBJECT-TYPE

The attenuation of VOA in dB