ADVA-FSPR7-TC-MIB

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

Connection notation

TEXTUAL-CONVENTION

TEXTUAL-CONVENTION

Embedded Communication Channel used to support Encryption

TEXTUAL-CONVENTION

Embedded Communication Channel used to support Encryption

TEXTUAL-CONVENTION

Entity Class Name

TEXTUAL-CONVENTION

Identifies the entity type. Each NE may have their own use of this INTEGER value, which will defined in the conformance document for each individual NE MIB.

TEXTUAL-CONVENTION

TEXTUAL-CONVENTION

Keeps the information if protection is forced or normal

TEXTUAL-CONVENTION

Keeps the information if protection is forced or normal

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

TEXTUAL-CONVENTION

User account state.

TEXTUAL-CONVENTION

The type of access to the data

TEXTUAL-CONVENTION

Controls NCU C2 port access to the Management Network (DCN)

TEXTUAL-CONVENTION

Controls NCU C2 port access to the Management Network (DCN)

TEXTUAL-CONVENTION

Possible services accross F7 system

TEXTUAL-CONVENTION

Possible services accross F7 system

TEXTUAL-CONVENTION

Indication whether security operation was succesful/unsuccessful.

TEXTUAL-CONVENTION

TEXTUAL-CONVENTION

APS communication partner

TEXTUAL-CONVENTION

APS communication partner

TEXTUAL-CONVENTION

Administrative State is displayed in the GUI and Craft. Transition to Unassigend requires the entity to be deleted.

TEXTUAL-CONVENTION

Administrative State is displayed in the GUI and Craft. Transition to Unassigend requires the entity to be deleted.

TEXTUAL-CONVENTION

Type of Access Identifier

TEXTUAL-CONVENTION

List of standing condition alarms supported by ADVA-FSPR7-MIB

TEXTUAL-CONVENTION

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

Type of the application that sends trap.

TEXTUAL-CONVENTION

Selection of the location of the APS channel

TEXTUAL-CONVENTION

APS Far End Module

TEXTUAL-CONVENTION

APS Far End Module

TEXTUAL-CONVENTION

Facility Rate the Adaptive Clock detected and locked too.

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

Bidirectional Channel Rates from Provisioning

TEXTUAL-CONVENTION

Bidirectional Channel Rates from Provisioning

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

Chromatic Dispersion Compensation Goal

TEXTUAL-CONVENTION

Chromatic Dispersion Compensation Goal

TEXTUAL-CONVENTION

CD Post Compensation Range Range 1: [-22 ns/nm to +6 ns/nm] or [-20 ns/nm to +2 ns/nm] Range 2: [-72 ns/nm to +6 ns/nm] or [-45 ns/nm to +5 ns/nm] Range 3: [-120 ns/nm to +6 ns/nm] Range 4: [-280 ns/nm to +6 ns/nm]

TEXTUAL-CONVENTION

CD Post Compensation Range Range 1: [-22 ns/nm to +6 ns/nm] or [-20 ns/nm to +2 ns/nm] Range 2: [-72 ns/nm to +6 ns/nm] or [-45 ns/nm to +5 ns/nm] Range 3: [-120 ns/nm to +6 ns/nm] Range 4: [-280 ns/nm to +6 ns/nm]

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

Channel Range

TEXTUAL-CONVENTION

Channel Range

TEXTUAL-CONVENTION

ITU Grid channel spacing

TEXTUAL-CONVENTION

ITU Grid channel spacing

TEXTUAL-CONVENTION

Forward Error Correction Coding gain

TEXTUAL-CONVENTION

Forward Error Correction Coding gain

TEXTUAL-CONVENTION

Enables Artificial Entities in chosen tables

TEXTUAL-CONVENTION

TEXTUAL-CONVENTION

UBR Busy state

TEXTUAL-CONVENTION

TEXTUAL-CONVENTION

Bidirectional | Unidirectional

TEXTUAL-CONVENTION

Bidirectional | Unidirectional

TEXTUAL-CONVENTION

Connection State

TEXTUAL-CONVENTION

Connector Type

TEXTUAL-CONVENTION

Connector Type

TEXTUAL-CONVENTION

OSPF Authentication Type

TEXTUAL-CONVENTION

OSPF Authentication Type

TEXTUAL-CONVENTION

Dispersion Compensation Fibertype

TEXTUAL-CONVENTION

Dispersion Compensation Fibertype

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

Determines DHCP Server/Client mode of the NCU

TEXTUAL-CONVENTION

Determines DHCP Server/Client mode of the NCU

TEXTUAL-CONVENTION

Disable/Enable variable.

TEXTUAL-CONVENTION

Disable/Enable variable.

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 Mode

TEXTUAL-CONVENTION

Chromatic Dispersion Compensation Mode

TEXTUAL-CONVENTION

Data layer where the Delay Measurement was performed

TEXTUAL-CONVENTION

Delay Measurement start

TEXTUAL-CONVENTION

Delay Measurement start

TEXTUAL-CONVENTION

Status of the Delay Measurement

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

Indicates the encapsulation method being used.

TEXTUAL-CONVENTION

Variable for representing the secondary states of an entity.

TEXTUAL-CONVENTION

TEXTUAL-CONVENTION

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

Fiber Detect Status

TEXTUAL-CONVENTION

Fiber Detect Status

TEXTUAL-CONVENTION

Required CEM fan speed

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

Filter Cable

TEXTUAL-CONVENTION

Filter Cable

TEXTUAL-CONVENTION

Forced Destroy

TEXTUAL-CONVENTION

Forced Destroy

TEXTUAL-CONVENTION

Frame Format

TEXTUAL-CONVENTION

Frame Format

TEXTUAL-CONVENTION

Describes the Cross Connect Functionality

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

GCC Usage

TEXTUAL-CONVENTION

GCC Usage

TEXTUAL-CONVENTION

Identification of the desired group optics inorder to verify the plug types are as expected

TEXTUAL-CONVENTION

Identification of the desired group optics inorder to verify the plug types are as expected

TEXTUAL-CONVENTION

Type of IPv6 configuration

TEXTUAL-CONVENTION

Type of IPv6 configuration

TEXTUAL-CONVENTION

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

TEXTUAL-CONVENTION

Medium-dependent interface crossover

TEXTUAL-CONVENTION

Medium-dependent interface crossover

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

Change telemetry interface input logic

TEXTUAL-CONVENTION

Change telemetry interface input logic

TEXTUAL-CONVENTION

Enable/disable IP forwarding.

TEXTUAL-CONVENTION

IP Mode of Operation either IPv4 only or IPv4 and IPv6. When operation supports IPv6, it is used for addresses external to the network.

TEXTUAL-CONVENTION

IP Mode of Operation either IPv4 only or IPv4 and IPv6. When operation supports IPv6, it is used for addresses external to the network.

TEXTUAL-CONVENTION

Type of IP configuration

TEXTUAL-CONVENTION

Type of IP configuration

TEXTUAL-CONVENTION

This data type is used to model IPv6 addresses. This is a binary string of 16 octets in network byte-order.

TEXTUAL-CONVENTION

SSL certificate key length (in bits).

TEXTUAL-CONVENTION

SSL certificate key length (in bits).

TEXTUAL-CONVENTION

LLDP Chassis Type; read from agent on module

TEXTUAL-CONVENTION

LLDP Interface Location

TEXTUAL-CONVENTION

LLDP Interface type; read from agent on module

TEXTUAL-CONVENTION

LLDP Management type; read from agent on module

TEXTUAL-CONVENTION

LLDP Neighbors in Tx Direction

TEXTUAL-CONVENTION

LLDP Neighbors in Tx Direction

TEXTUAL-CONVENTION

LLDP Port Type; read from agent on module

TEXTUAL-CONVENTION

Scope of LLDP propogation based on standard group MAC Addresses

TEXTUAL-CONVENTION

Scope of LLDP propogation based on standard group MAC Addresses

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

Type/Speed of connected ports in the Link Aggregation Group

TEXTUAL-CONVENTION

Type/Speed of connected ports in the Link Aggregation Group

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

Lanel Group read from the hardware

TEXTUAL-CONVENTION

Lanel Group read from the hardware

TEXTUAL-CONVENTION

Relevant only when ERRFWD=LSROFF. Enables/disables the possibility to delay turning off and on the laser. This applies to the case when turning off the laser is done as an error forwarding mechanism.

TEXTUAL-CONVENTION

Relevant only when ERRFWD=LSROFF. Enables/disables the possibility to delay turning off and on the laser. This applies to the case when turning off the laser is done as an error forwarding mechanism.

TEXTUAL-CONVENTION

Length

TEXTUAL-CONVENTION

Length

TEXTUAL-CONVENTION

Installs license from files when license policy is Node

TEXTUAL-CONVENTION

Installs license from files when license policy is Node

TEXTUAL-CONVENTION

Source managing licenses

TEXTUAL-CONVENTION

Source managing licenses

TEXTUAL-CONVENTION

License Server connection status

TEXTUAL-CONVENTION

License Type

TEXTUAL-CONVENTION

Line Coding

TEXTUAL-CONVENTION

Line Coding

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

Highest signal level of intrusive or non-intrusive monitoring. Hardware may monitor the signal one layer higher than Termination Level (TERM).

TEXTUAL-CONVENTION

Highest signal level of intrusive or non-intrusive monitoring. Hardware may monitor the signal one layer higher than Termination Level (TERM).

TEXTUAL-CONVENTION

Master Profile State.

TEXTUAL-CONVENTION

Master Profile Tag.

TEXTUAL-CONVENTION

Selection of mux method

TEXTUAL-CONVENTION

Selection of mux method

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 modules' 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

Defines node attributes advertisement mode.

TEXTUAL-CONVENTION

NoYes variable.

TEXTUAL-CONVENTION

NoYes variable.

TEXTUAL-CONVENTION

NTP Synchronization Status

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

ODU Multiplex Structure. The possible values depend on the high order ODUk: ODUCn=22; ODU4=21; ODU3=(21,20); ODU2=(21,20); ODU1=20.

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

Number of Optical Transport Lanes in OTLG

TEXTUAL-CONVENTION

Optical Multiplex Level

TEXTUAL-CONVENTION

Subband - Inventory

TEXTUAL-CONVENTION

Subband - Inventory

TEXTUAL-CONVENTION

Optimizes port for either protection switch time or traffic regeneration operation

TEXTUAL-CONVENTION

Optimizes port for either protection switch time or traffic regeneration operation

TEXTUAL-CONVENTION

OPU Payload Type Indicator

TEXTUAL-CONVENTION

OPU Payload Type Indicator

TEXTUAL-CONVENTION

OSC Channel

TEXTUAL-CONVENTION

OSC Channel

TEXTUAL-CONVENTION

Select if and how the OSC is to be used on an amplifier

TEXTUAL-CONVENTION

Select if and how the OSC is to be used on an amplifier

TEXTUAL-CONVENTION

OSPF Routing (Dynamic)

TEXTUAL-CONVENTION

OSPF Routing (Dynamic)

TEXTUAL-CONVENTION

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

TEXTUAL-CONVENTION

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

TEXTUAL-CONVENTION

Parity Bit Settings

TEXTUAL-CONVENTION

Parity Bit Settings

TEXTUAL-CONVENTION

Type of algorithm used to hash the password in shadow

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

Indicates the traffic path for path protection cases when the FFP does not exist. When the FFP exists, protected is indicated and the status is determined by the FFP.

TEXTUAL-CONVENTION

Rate

TEXTUAL-CONVENTION

Rate

TEXTUAL-CONVENTION

Plug Mode

TEXTUAL-CONVENTION

Plug Mode

TEXTUAL-CONVENTION

Plug Type

TEXTUAL-CONVENTION

Plug Type

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

Behavior or Port usage based on configuration/usage in the system regardless of faceplate designation

TEXTUAL-CONVENTION

Behavior or Port usage based on configuration/usage in the system regardless of faceplate designation

TEXTUAL-CONVENTION

Port Mode

TEXTUAL-CONVENTION

Port Mode

TEXTUAL-CONVENTION

ADVA cloud Port Roles

TEXTUAL-CONVENTION

ADVA cloud Port Roles

TEXTUAL-CONVENTION

User privilege determines the changes a user is allowed to perform.

TEXTUAL-CONVENTION

Defines if SNMP Privacy Key should use a user password as value.

TEXTUAL-CONVENTION

Path label Working or Protect

TEXTUAL-CONVENTION

Protection state

TEXTUAL-CONVENTION

TEXTUAL-CONVENTION

TEXTUAL-CONVENTION

The Type of the IP Route.

TEXTUAL-CONVENTION

Maximum PSU Output Power

TEXTUAL-CONVENTION

Maximum PSU Output Power

TEXTUAL-CONVENTION

Enable/disable Reverse Path Filtering

TEXTUAL-CONVENTION

Type of Remote authentication

TEXTUAL-CONVENTION

Sets the Authentication Protocol for the Remote Authentication mechanism

TEXTUAL-CONVENTION

Defines SSL certificate renew mode. In AUTOMATIC mode SSL certificate is verified and generated (if needed) at every system startup. In MANUAL mode the user is responsible for generation new SSL certificate when needed.

TEXTUAL-CONVENTION

Defines SSL certificate renew mode. In AUTOMATIC mode SSL certificate is verified and generated (if needed) at every system startup. In MANUAL mode the user is responsible for generation new SSL certificate when needed.

TEXTUAL-CONVENTION

Privilege request action.

TEXTUAL-CONVENTION

Generic error code for snmpset request. error(3): General error occured entityUas(5): Entity in unassigned state addressNotExists(6): No such entity exists entityAlreadyAssigned(7): Entity already assigned entityWrongState(8): Entity cannot be modified due to wrong state supportedEntWrongState(12): Entity cannot be modified because supported entity is in wrong state supportingEntWrongState(13): Entity cannot be modified because supporting entity is in wrong state missingParams(16): Request failed because some parameters are missing invalidParams(17): Request failed because some parameters are invalid wrongValue(25): Request failed because some parameters has wrong value

TEXTUAL-CONVENTION

Specific error code for Encryption Module. validPass(1): Valid password. This value will not be shown as this TC is used only for error status invalidPass(2): Invalid password passRejected(3): Password rejected; After 3 times incorrect password a new set command will be accepted only after timeout passNotInit(4): Password not initialized passTooSimple(5): Password is too simple and not valid; In case of the new value for the password does not conform security rules checked by the module passExpired(6): Password validation aborted because of invalid/expired authentication message counter unknown(100): Specific error code unknown

TEXTUAL-CONVENTION

Privilege request state.

TEXTUAL-CONVENTION

Rls/Action variable.

TEXTUAL-CONVENTION

Rls/Action variable.

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

RowStatus

TEXTUAL-CONVENTION

RowStatus

TEXTUAL-CONVENTION

NETCONF and RESTCONF interfaces control.

TEXTUAL-CONVENTION

Determines the amount of Support Data information collected

TEXTUAL-CONVENTION

Disable/Enable variable.

TEXTUAL-CONVENTION

Signal Direction

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

The version of SNMP

TEXTUAL-CONVENTION

ssh host key encryption alogrithm

TEXTUAL-CONVENTION

Generated SSH host key length

TEXTUAL-CONVENTION

Number of Stages

TEXTUAL-CONVENTION

State of the Physical Connection

TEXTUAL-CONVENTION

The kind of power supply - provisioned value

TEXTUAL-CONVENTION

The kind of power supply - provisioned value

TEXTUAL-CONVENTION

Cause of Fail-Over or Switch-Over to Partner Controller

TEXTUAL-CONVENTION

Cause of Fail-Over or Switch-Over to Partner Controller

TEXTUAL-CONVENTION

TLS protocol version support.

TEXTUAL-CONVENTION

Telemetry interface output provision

TEXTUAL-CONVENTION

Telemetry interface output provision

TEXTUAL-CONVENTION

Shows forced logout availability for selected user and allows to take such an action.

TEXTUAL-CONVENTION

FSP 3000 C Signal Termination Modes Monitor or Terminate describes general signal handling at layer Mux indicates if signal is multiplexed or demultiplexed at layer Connect indicates support for Sub Network Connection (SNC), cross-connect

TEXTUAL-CONVENTION

FSP 3000 C Signal Termination Modes Monitor or Terminate describes general signal handling at layer Mux indicates if signal is multiplexed or demultiplexed at layer Connect indicates support for Sub Network Connection (SNC), cross-connect

TEXTUAL-CONVENTION

Tilt setting as discrete values versus a range

TEXTUAL-CONVENTION

Tilt setting as discrete values versus a range

TEXTUAL-CONVENTION

OTU Trace Identifier Mismatch (TIM) strings compared to generate TIM defect.

TEXTUAL-CONVENTION

OTU Trace Identifier Mismatch (TIM) strings compared to generate TIM defect.

TEXTUAL-CONVENTION

A time specification. field octets contents range ----- ------ -------- ----- 1 1 hour 0..23 2 1 minutes 0..59 For example: 13-10

TEXTUAL-CONVENTION

Shows the card topology in the NE

TEXTUAL-CONVENTION

Shows the card topology in the NE

TEXTUAL-CONVENTION

Monitored Topology Type

TEXTUAL-CONVENTION

Traffic Direction

TEXTUAL-CONVENTION

Traffic Direction

TEXTUAL-CONVENTION

Download Protocol

TEXTUAL-CONVENTION

Mode of the module, determine operation or functionality

TEXTUAL-CONVENTION

Mode of the module, determine operation or functionality

TEXTUAL-CONVENTION

Relevant only when ERRFWD=TXOFF. Enables/disables the possibility to delay turning off and on the the transmitter. This applies to the case when turning off the transmitter is done as an error forwarding mechanism.

TEXTUAL-CONVENTION

Relevant only when ERRFWD=TXOFF. Enables/disables the possibility to delay turning off and on the the transmitter. This applies to the case when turning off the transmitter is done as an error forwarding mechanism.

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

User Interface currently being used by the user

TEXTUAL-CONVENTION

Last operation status

TEXTUAL-CONVENTION

Read-only object that describes current status of user session. There are 3 possible valid values of this object: - Normal(1) - default session status. - writeAcsRequested(2) - status assigned to session that requested write access and is waiting for ADMIN response After time equal 'write access request timeout' if session status has not been changed it will automatically change back to normal(1) and fspR7WriteAccessRequestTimeout trap will be sent. - writeAcsGranted(3) - write access has been granted by ADMIN user. Session can act as if it had PROVISION privilege level. After time equal virtualSessionTimeout session status will be automatically changed to normal(1) and fspR7WriteAccessTimeout trap will be sent.

TEXTUAL-CONVENTION

Read-write parameter used to manipulate write access of the user. SNMPGET/SNMPGETNEXT will always return none(4) value for this parameter. It can be set to multiple values depending of sessionStatus: - request(1) - settable only by MONITOR if his sessionStatus is equal normal. Causes change of sessionStatus to writeAcsRequested(2). Trap FspR7WriteAccessRequest will be sent. - revoke(2) - settable both by MONITOR user and ADMIN user, only if session status is equal writeAcsRequested(2) or writeAcsGranted(3). If session status is equal writeAcsRequested(2) setting this value will change session status back to normal(1). Depending on author of action fspR7WriteAccessRevoked (MONITOR) or fspR7WriteAccessDenied (ADMIN) trap will be sent. If session status is equal writeAcsGranted(3) it will be changed to normal(1). fspR7WriteAccessRevoked trap will be sent. - Grant(3) - settable only by ADMIN user only when session status is equal writeAcsRequested(2). Setting this value will change session staus to writeAcsGranted (3), additionally fspR7WriteAccessGranted trap will be sent.

TEXTUAL-CONVENTION

Period of time (in years) a generated SSL certificate is valid.

TEXTUAL-CONVENTION

Period of time (in years) a generated SSL certificate is valid.

TEXTUAL-CONVENTION

VOA operating mode

TEXTUAL-CONVENTION

VOA operating mode

TEXTUAL-CONVENTION

XFP Decision threshold setting

TEXTUAL-CONVENTION

XFP Decision threshold setting

TEXTUAL-CONVENTION

Type of Y-cable

TEXTUAL-CONVENTION

Type of Y-cable

TEXTUAL-CONVENTION

YesNo variable.

TEXTUAL-CONVENTION

YesNo variable.

TEXTUAL-CONVENTION

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