Alcatel-Lucent 1675 Reference Manual

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Title page

1675 LambdaUnite Multiservice Switch (MSS) | Release 11.1.1

ES64U SNMP Reference Guide

ES64U-SNMP-REFG

365-374-201R11.1.1

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CC109740282

ISSUE 1

MARCH 2010

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Legal notice

Alcatel, Lucent, Alcatel-Lucent and the Alcatel-Lucent logo are trademarks of Alcatel-Lucent. All other trademarks are the property of their respective owners.

The information presented is subject to change without notice. Alcatel-Lucent assumes no responsibility for inaccuracies contained herein.

Contains proprietary/trade secret information which is the property of Alcatel-Lucent and must not be made available to, or copied or used by anyone outside Alcatel-Lucent without its written authorization.

ot to be used or disclosed except in accordance with applicable agreements.

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List of tables

1-1 ETS objects creation .............................................................................................................................................. 1-251-25

A-1 Port to ifIndex mapping table

............................................................................................................................... A-1A-1

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vii

List of figures

1-1 Media-specific interface MIB tables ................................................................................................................ 1-161-16

1-2 EVC over ETS example

1-3 ETS MIB tables

....................................................................................................................................................... 1-261-26

....................................................................................................................................... 1-251-25

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ix

Aboutthis documentAbout this document

Purpose

The ES64U is an extension of the 1675 LambdaUnite MSS capabilities. It provides Ethernet Layer 2 switching features across the different physical interfaces provided by the way of Ethernet I/O boards. This equipment is also supplying an SMP management interface based on an Alcatel-Lucent proprietary MIB definition.

The complete SMP MIB description is supplied by Alcatel-Lucent via AS.1 files.

This document aims to describe the usage of this MIB from the management system point of view. It is proposed by Alcatel-Lucent to customers in order to help the development of a dedicated management system dealing with the full discovery and provisioning of the ES64U.

Intended audience

This document is intended to who ever is concerned with the SMP management of the ES64U.

It is considered as a reference guide for ES64U network management via SMP interface.

Related information

The manuals related to 1675 LambdaUnite MSS are shown in the following table:

Document title Document code

1675 LambdaUnite MSS Product Information and Planning Guide

Presents a detailed overview of the system, describes its applications, gives planning requirements, engineering rules, ordering information, and technical specifications.

1675 LambdaUnite MSS User Provisioning Guide

Provides step-by-step information for use in daily system operations. The manual demonstrates how to perform system provisioning, operations, and administrative tasks by use of WaveStar

®

CIT.

109740183

(365-374-195R11.1.1)

109740217

(365-374-196R11.1.1)

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About this document

...................................................................................................................................................................................................................................

Document title Document code

1675 LambdaUnite MSS Maintenance and Trouble-Clearing Guide

Gives detailed information on each possible alarm message. Furthermore, it provides procedures for routine maintenance, troubleshooting, diagnostics, and component replacement.

1675 LambdaUnite MSS Installation and System Turn-Up Guide

A step-by-step guide to system installation and set up. It also includes information needed for pre-installation site planning and post-installation acceptance testing.

1675 LambdaUnite MSS TL1 Command Guide

Describes the external TL1 interface for 1675 LambdaUnite MSS in terms of TL1 command, responses, and notification definitions.

ES64U Command Line Interface Guide 109740266

ES64U SMP Reference Guide 109740282

1675 LambdaUnite MSS Safety Guide 109510909

Documentation CD-ROM 1675 LambdaUnite MSS (all manuals on a CD-ROM) 109740258

1675 LambdaUnite MSS Software Release Description This document is delivered with the E software.

109740191

(365-374-197R11.1.1)

109740233

(365-374-198R11.1.1)

109740225

(365-374-199R11.1.1)

(365-374-200R11.1.1)

(365-374-201R11.1.1)

(365-374-159R11.1.1)

(365-374-181R11.1.1)

1675 LambdaUnite MSS Engineering and Ordering Information Drawing ED8C948-10

1675 LambdaUnite MSS Interconnect and Circuit Information Drawing ED8C948-20

These documents and drawings can be ordered at or downloaded from the Alcatel-Lucent

Online Customer Support Site (OLCS) (https://support.lucent.com) or through your Local

Customer

Technical support

Support.

For technical support, contact your local Alcatel-Lucent customer support team. See the

Alcatel-Lucent Support web site (http://www.alcatel-lucent.com/support/) for contact

information.

How to comment

To comment on this document, go to the Online Comment Form (http://infodoc.

alcatel-lucent.com/comments/enus/) or e-mail your comments to the Comments Hotline

(comments@alcatel-lucent.com).

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1 1ES64U SNMP MIB

description

Overview

Purpose

This section describes the supported SMP tables, columnar objects, and scalar objects for the ES64U.

Detailed information about the ES64U management interface can be found in the 1675 LambdaUnite MSS User Provisioning Guide.

SNMP MIB – managed entities

The different logical objects managed in the ETS MIBs, and their relationships are depicted in the following figure.

ote: Spanning tree, Bridge, and ETS over Provider Bridge MIBs are not supported in the present release and therefore not covered by this edition of the document.

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ES64U SNMP MIB description Overview

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SDH physical interface

Spanning Tree MIB

MST VLAN

Assignment

ETS MIB

ETS Traffic Descriptor

0..1

Color

Profile

Vlan Stack

1

n

ETS Flow Classifier

0..1

1

0..1

Ethernet ETB Interface (local or remote)

STI/RSTI

n

MSTI

1

n

OR

Per-VLAN STI

ETS over

1

n

InFlow

OR

n

Cross

Connection

OutFlow

OR

n

Bridge MIB

Bridge to ETS

ETS to Bridge

STP Port

n

Provider

Mapping

0..1

1

n

Bridge VLAN

1

Bridge Port

n

Bridge

VLAN Port

Bridge MIB

Contents

Vlan Protocol

Profile

0..1

1

SDH physical interface

1

Ethernet ETS Interface (local or remote)

1

0..1

Interfa ces/ Ports M IB

System 1-5

System MIB 1-5

Interfaces 1-7

Generic interface MIB 1-7

Ethernet Layer MIB 1-13

GFP Transmission Layers MIB 1-15

Error logs 1-17

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Error logs table 1-17

ETS Layer MIB 1-18

Overview 1-18

Alarms and events 1-27

Trap mechanism 1-27

Supported Alarms/Events 1-29

MIB tables for alarm/trap/event management 1-33

Enable trap manager 1-40

Remove manager from manager list 1-41

Upload manager address 1-42

Upload alarm profile information 1-44

Upload open alarm table 1-46

Upload log tables 1-47

Performance monitoring per port 1-50

Overview 1-50

MIB tables for PM per port 1-51

Creating collection of PM (RX & TX) 1-55

Deleting collection of PM (RX & TX) 1-56

Resetting current counters of PM (RX & TX) 1-57

Upload PM Information 1-58

Performance monitoring per queue 1-63

Overview 1-63

MIB tables for PM per queue 1-64

Creating collection of PM (RX & TX) per queue 1-69

Resetting current counters of PM (RX & TX) per queue 1-70

Deleting collection of PM (RX & TX) per queue 1-71

Upload PM per queue information 1-72

Service mirroring management 1-75

Mirror interface definition 1-76

Inflow mirror port 1-77

Inflow mirror flag 1-78

Outflow mirror port 1-79

Outflow mirror flag 1-80

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Service mirroring upload 1-81

1+1 LAG - Link Aggregation management 1-83

Overview 1-83

1+1 LAG MIB tables 1-84

1+1 LAG port activate 1-90

1+1 LAG group activate 1-91

1+1 LAG group deactivate 1-93

1+1 LAG Upload 1-94

Support 1-95

Overview 1-95

Restart and truncate database 1-96

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ES64U SNMP MIB description System

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System MIB

System

System MIB

sysDescr (SNMPv2-MIB)

This object identifies the software version of the E.

Object identifier (OID):

1.3.6.1.2.1.1.1

Full path:

iso(1).org(3).dod(6).internet(1).mgmt(2).mib-2(1).system(1).sysDescr(1)

Description

The sysDescr is a 9 bytes string defined in the following way:

sysDescr

MIB field name Description

sysDescr

sysDescr [2,3] represents the Major version (number)

sysDescr [4,5] represents the Minor version (number)

sysDescr [6,7] represents the Maintenance version (number)

[1] is a “V” (upper case)

Example:

For example, ‘V010100’ represents version 1.1.

sysObjectID (SNMPv2-MIB)

The vendor's authoritative identification of the network management subsystem. This scalar is set to “Alcatel-Lucent”.

Object identifier (OID):

1.3.6.1.2.1.1.2

Full path:

iso(1).org(3).dod(6).internet(1).mgmt(2).mib-2(1).system(1).sysObjectID(2)

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System MIB

sysName (SNMPv2-MIB)

This scalar, which is an administratively assigned name for this managed node, is set to “sysadm”.

Object identifier (OID):

1.3.6.1.2.1.1.5

Full path:

iso(1).org(3).dod(6).internet(1).mgmt(2).mib-2(1).system(1).sysame(5)

sysServices (SNMPv2-MIB)

A value that indicates the set of services that this entity may potentially offer. The value is a sum, which initially takes the value zero. Then, for each layer, L, in the range 1 through 7, that this node performs transactions for, 2

Object identifier (OID):

(L – 1)

is added to the sum.

1.3.6.1.2.1.1.7

Full path:

iso(1).org(3).dod(6).internet(1).mgmt(2).mib-2(1).system(1).sysServices(7)

Example:

ES64U, which is a layer 2 switch, has a value of 2 (2

(2–1)

).

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ES64U SNMP MIB description Interfaces

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Generic interface MIB

Interfaces

Generic interface MIB

Generic interface MIB tables

The generic interface MIB tables are:

•

IfStackTable (standard)

•

IfInvStackTable (standard)

•

IfTable (standard)

•

IfXTable (standard extension)

•

OpticsIMIfTable (proprietary)

•

OpticsIMEthConfTable (proprietary)

•

nnNMXOpticsExtETSPortMirrorTable (proprietary)

•

OpticsIMEthVLANTypeTable (proprietary)

The relevant managed attributes of the tables involved in the interfaces/ports management are the following:

IfStackTable (IF-MIB)

The ifStackTable contains information on the relationships between the multiple sub-layers of network interfaces.

Object identifier (OID):

1.3.6.1.2.1.31.1.2

Full path:

iso(1).org(3).dod(6).internet(1).mgmt(2).mib2(1).ifMIB(31).ifMIBObjects(1).ifStackTable(2)

Description

In particular, the ifStackTable contains information on which sub-layers run on top of' which other sub-layers, where each sub-layer corresponds to a conceptual row in the

ifTable. For example, when the sub-layer with ifIndex value x runs over the

sub-layer with

ifIndex value y, then this table contains:

ifStackStatus.x.y = active

For each ifIndex value, I, which identifies an active interface, there are always at least two instantiated rows in this table associated with I. For one of these rows, I is the value of

ifStackHigherLayer; for the other, I is the value of ifStackLowerLayer.(IfIis

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Generic interface MIB

not involved in multiplexing, then these are the only two rows associated with I.) For example, two rows exist even for an interface which has no others stacked on top or below it:

ifStackStatus.0.x = active

ifStackStatus.x.0 = active

ifInvStackTable (IF-MIB)

The ifInvStackTable contains information on the relationships between the multiple sub-layers of network interfaces.

Object identifier (OID):

1.3.6.1.2.1.77.1.1

Full path:

iso(1).org(3).dod(6).internet(1).mgmt(2).mib2(1).ifInvMIB(77).ifInvMIBObjects(1).ifInvStackTable(1)

Description

In particular, the ifInvStackTable contains information on which sub-layers run 'underneath' which other sub-layers, where each sub-layer corresponds to a conceptual row in the ifTable. For example, when the sub-layer with ifIndex value x runs underneath the sub-layer with ifIndex value y, then this table contains:

ifInvStackStatus.x.y = active

For each ifIndex value, z, which identifies an active interface, there are always at least two instantiated rows in this table associated with z. For one of these rows, z is the value of

ifStackHigherLayer; for the other, z is the value of ifStackLowerLayer.(Ifzis

not involved in multiplexing, then these are the only two rows associated with z.)

For example, two rows exist even for an interface which has no others stacked on top or below it:

ifInvStackStatus.z.0 = active

ifInvStackStatus.0.z = active

This table contains exactly the same number of rows as the ifStackTable, but the rows appear in a different order.

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ES64U SNMP MIB description Interfaces

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Generic interface MIB

ES64U implementation

For the ES64U, the implementation is as follow:

•

ifStackStatus.ethernetInterface.gfpInterface

• ifInvStackStatus.gfpInterface.ethernetInterface

IfTable (IF-MIB)

A list of interface entries. The number of entries is given by the value of ifumber.

ES64U has interfaces of type gfp(IAAifType 221) and ethernetCsmacd(IAAifType 6).

Object identifier (OID):

1.3.6.1.2.1.2.2

Full path:

iso(1).org(3).dod(6).internet(1).mgmt(2).mib-2(1).interfaces(2).ifTable(2)

IfTable

MIB field name Description Value

IfIndex

IfType (RO) Type of interface Used values are:

IfSpeed (RO) Interface bandwidth in kbit/s

ifAdminStatus (R/W) Desired state of interface 1-up

ifOperStatus (RO) Actual state of interface 1-up

ifPhysAddress ot used

ifMTU The largest frame size which can be

Index of the table A unique value greater than 0

6-ethernet

221-gfp

2-down (initial value)

The following frame sizes are supported:

sent/received on the interface.

1574, 1600 ,1974, 2000, 2026, 4474, 4500, 4526, 9190, 9216, 9242

ote that the WA ports 31-126 and 159-254 do not support Jumbo frames; Jumbo frames are frames with more than 2026 bytes.

IfXTable (IF-MIB)

A list of interface entries. The number of entries is given by the value of ifumber. This table contains additional objects for the

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IfTable.

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Generic interface MIB

Object identifier (OID):

1.3.6.1.2.1.31.1.1

Full path:

iso(1).org(3).dod(6).internet(1).mgmt(2).mib-(1).ifMIB(31).ifMIBObjects(1).ifXTable(1)

IfXTable (augments ifTable)

MIB field name Description Value

IfPromiscuousMode Specifies if interface accepts all

1-true (default) packets/frames or not. Set to false (i.e. non-promiscuous mode, means that Ethernet frames are terminated), (read only)

OpticsIMIfTable (TSDIM-SNMPNE-MIB)

This table contains interface configuration not defined in the IfTable.

Object identifier (OID):

1.3.6.1.4.1.637.54.1.1.5.1.19

Full path:

iso(1).org(3).dod(6).internet(1).private(4).enterprises(1).alcatel(637).ltt(54).tsdim(1).tsdimBasicMib(1). tsdimSnmpEMib(5).tsdimSnmpEMibObject(1).opticsIMIfTable(19)

OpticsIMIfTable

MIB field name Description Value

IfIndex Index of the table A unique value greater than 0

opticsIMIfRateLimitedSpeed This attribute carries out the rate limiting

functionality.

This attribute is used for the CAC tests – it is useful only for the Ethernet interface.

In kbit/s

Minimum value: 1Mbit/s

Default value: 0 Gbit/s

The actual bandwidth is the minimum value between the Rate Limit and the SDH current Speed.

TsdimIfUnderlieLayer (RO) Reference to the underlying path layer. 1 - SDH/Sonet

OpticsIMEthConfTable (OPTICSIM-ETHNE-MIB)

This media-specific interface table is used to define the proprietary configuration parameters for the Ethernet interfaces.

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Generic interface MIB

Object identifier (OID):

1.3.6.1.4.1.637.54.1.25.2.1.1

Full path:

iso(1).org(3).dod(6).internet(1).private(4).enterprises(1).alcatel(637).ltt(54).tsdim(1).opticsimEthMib(25). opticsimEthEMib(2).opticsimEthEMibObject(1).opticsIMEthConfTable(1)

OpticsIMEthConfTable

MIB field name Description Value

ifIndex

opticsIMEthMauIndex ot Used

opticsIMEthJackIndex ot Used

opticsIMEthConfEncaps ot Used

OpticsIMEthAvailableBandwidth (RO)

Index of the table A unique value greater than 0

Indicates the available bandwidth of a specific port (this value applies to the value which can be decrease from

opticsIMIfRateLimitedSpeed)

Indicates the available bandwidth of a specific port.

1. This parameter represents the available BW which can be assigned for CIR services using this port as their egress port

2. This parameter is meaningful only when

opticsIMEthCirOverbookingFactor

is set to a non-zero value.

3. This parameter is decreased by the CIR value of the traffic descriptors associated with services using this port as outflow.

4. Initial Available Bandwidth value is:

In kbit/s

Minimum value: 1Mbit/s

Default value: 0 Gbit/s

• In case of rate limit = 0

• Initial value = ifSpeed * (60

/

72)*(CirOverbookingFactor/

100)

• In case of rate limit ≠ 0

• Initial value = ifSpeed * (60

/

84)*(CirOverbookingFactor/

100)

OpticsIMEthConfVLANEtherType

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OpticsIMEthConfTable

MIB field name Description Value

Generic interface MIB

OpticsIMEthClientType (RW)

opticsIMEthCirOverbookingFactor (RW)

opticsIMEthEirOverbookingFactor (RW)

Points to an entry in

opticsIMEthVLANTypeTable that

represents the EtherType value used to detect VLA tagged frames received from this interface, as well as to insert VLA tags to the frames to be transmitted.

Transmission direction of the frames received from this interface

This attribute defines the overbooking (OB) factor for the CIR bandwidth.

The overbooking factor is defined as a percentile.

This attribute defines the overbooking (OB) factor for the EIR bandwidth. The overbooking factor is defined as a percentile.

0 means standard EtherType (0x8100 VLA Tag) IEEE 802. 1Q

0 is the default value.

1-ets (sent to ETS Layer)

3-linkagg

0 means unlimited

100 means CIR

101 to 10000 means CIR/100 * (the value)

Values 1 to 99 are not allowed.

0 means unlimited

100 means PIR-CIR

101 to 10000 means (PIR-CIR)/100 * (the value)

Values 1 to 99 are not allowed.

OpticsIMEthVLANTypeTable

opticsIMEthVLANTypeTable

MIB field name Description Value

opticsIMEthVLANTypeIndex

Index of the table A unique value greater than 0

opticsIMEthVLANTypeEtherType(RW)

Define the protocol type (default 0x8100) >0x600 , not including:

opticsIMEthVLANTypeUserLabel(RW)

Define the label for this type Unique field

opticsIMEthVLANTypeRowStatus(RC)

Used to create, modify or delete a row in the table

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CreateAndWait(5),CreateAndGo(4)Active(1), otReady(3),otInService(2), or Destroy(6)

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Ethernet Layer MIB

OpticsIMEthConfTable

MIB field name Description Value

ifIndex

opticsIMEthMauIndex ot Used

opticsIMEthJackIndex ot Used

opticsIMEthConfEncaps ot Used

OpticsIMEthAvailable Bandwidth

(RO)

Index of the table A unique value greater than 0

Indicates the available bandwidth of a specific port (this value applies to the value which can be decrease from opticsIMIfRateLimitedSpeed)

OpticsIMEthConfVLAN EtherType

(RW)

Points to an entry in opticsIMEthVLATypeTable that represents the EtherType value used to detect VLA tagged frames received from this interface, as well as to insert VLA tags to the frames to be transmitted.

Read only.

OpticsIMEthClientType (RW) Transmission direction of the frames

received from this interface

opticsIMEthCir OverbookingFactor

(RW)

This attribute defines the overbooking (OB) factor for the CIR bandwidth.

The overbooking factor is defined as a percentile.

In kbit/s

Minimum value: 1Mbit/s

Default value: 0 Gbit/s

0 means standard EtherType (0x8100 VLA Tag) IEEE 802. 1Q

0 is the default value.

1-ets (sent to ETS Layer)

3-linkagg

0 means unlimited

100 means CIR

101 to 10000 means CIR/100 * (the value)

opticsIMEthEir OverbookingFactor

(RW)

MIB field name Description Value

opticsIMEthVLANTypeIndex

This attribute defines the overbooking (OB) factor for the EIR bandwidth. The overbooking factor is defined as a percentile.

opticsIMEthVLANTypeTable

0 means unlimited

100 means PIR-CIR

101 to 10000 means (PIR-CIR)/100 * (the value)

Index of the table A unique value greater than 0

opticsIMEthVLANTypeEtherType (RW)

Define the protocol type (default 0x8100) >0x600 , not including:

opticsIMEthVLANTypeUserLabel (RW)

Define the label for this type Unique field

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opticsIMEthVLANTypeTable

MIB field name Description Value

opticsIMEthVLANTypeRowStatus (RC)

Ethernet Layer MIB

Used to create, modify or delete a row in the table

CreateAndWait(5),CreateAndGo(4)Active(1), otReady(3),otInService(2), or Destroy(6)

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GFP Transmission Layers MIB

The media-specific interface MIB tables are tables not generic to all interfaces types. They are:

•

OpticsimGFPConfTable

• OpticsIMSdhIfTable (proprietary)

The managed attributes are the following.

OpticsIMSdhIfTable – Read Only

MIB field name Description Value

ifIndex

opticsIMSdhifType - ot Used Type of interface

opticsIMSdhIfUnderlieLayer Reference to the underlying path layer.

OpticsIMSdhIfSpeed - ot used Interface bandwidth in b/s

OpticsIMSdhIfVcType Type of the underlying SDH VC.

Index of the table A unique value greater than 0

(Read only)

(Read Only)

(Read only)

Possible values are :

22-PropPointToPointSerial (used for packet conc. Proprietary GFP)

118-hdlc

221-gfp

1-sdh

2-pdh (not supported)

3-none (default)

4-mau

5-pconc (packet concatenation)

6-vconc

1-other

2-vc12

3-vc3

4-vc4

5-vc4-4c

6-vt1-5

7-sts-1

opticsIMSdhIfCurrSpeed Value of actual ifSpeed of the relative

server TTP.

(Read only)

opticsimGFPConfTable – Not used

MIB field name Description Value

IfIndex

opticsimGFPConfFcs Activation/Deactivation of GFP Frame

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Index of interface in ifTable

Check Sequence usage (read-create)

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The bandwidth configured by the 1678 SC

1- true

2- false (default value)

1-15

ES64U SNMP MIB description Interfaces

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GFP Transmission Layers MIB

The following figure shows the relations between the tables.

Figure 1-1 Media-specific interface MIB tables

<<TSDIM- SNMPNE-MIB>>

<<ro>> opticsIMSdhIfSpeed <<ro>> opticsIMSdhIfUnderlieLayer : sdh,pdh,... <<ro>> opticsIMSdhIfType : gfp,hdlc... <<ro>> opticsIMSdhIfVcType : vc3,vc12...

<<Idx1>> ifIndex <<ro>> ifDescr <<rw>> ifType <<rw>> ifSpeed <<rw>> ifAdminStatus = up, down, testing <<ro>> ...

rc- mplsLdpEntityConfGenericIfIndexOrZero

0, because LDP label range is managed on Per-Platform basis

opticsIMSdhIfTable

Idx- ifIndex

<<IF-MIB>>

ifTable

Idx-mplsInterfaceConfIndex

0 if Per-PlatformLabel Space:

- RSVP label range

- static over signaled label range

Idx- ifIndex

Idx - IfIndex

<<rw>> opticsimLapsConfFlag = simpleFlag,twoFlags <<rw>> opticsimLapsConfErroneousFramesHandling = none, fscError,...

Idx - ifIndex

Idx- ifIndex

<<rc>> opticsimGFPConfFcs = true, false

<<ro>> opticsimHDLCExtDummy = 0

<<rc>> opticsimPPPConfScrammbling = true, false <<rc>> opticsimPPPConfMRU <<rc>> opti csimPPPConfMTU <<rc>> opticsimPPPConfFcsSize <<rc>> opticsimPPPConfEncaps = std, alcatelprop

<<ro>> pppLinkStatusBadAddress <<ro>> pppLinkStatusPhysicalIndex <<ro>> pppLinkStatusReceiveFcsSize <<ro>> pppLinkStatusTransmitFcsSize

<<OPTICSIM-LAPS-MIB>>

opticsimLapsConfTable

<<OPTICSIM-GFP-MIB>>

opticsimGFPConfTable

<<OPTICSIM-HDLC-MIB>>

opticsimHDLCExtTable

<<OPTICSIM-PPP-MIB>>

opticsimPPPConfTable

<<PPP-LCP- MIB>>

pppLinkStatus

<<Idx1>> mplsEnti tyLdpId <<Idx2>> mplsEntityIndex <<Idx3>> mplsLdpEntityConfGenericLabelRangeMinimum <<Idx4>> mplsLdpEntityConfGenericLabelRangeMaximum

<<ro>> mplsInterfaceAvailableBandwidth <<ro>> mplsInterfaceLabelParticipationType = Per- Platf , Per -Inter f <<ro>> mplsInterfaceTotalBandwidth <<rw>> mplsInterfaceLabelMaxIn <<rw>> mplsInterfaceLabelMinIn

<<rc>> hjMplsInterfaceLabelMaxIn <<rc>> hjMplsInterfaceLabelMinIn <<rc>> hjMplsInterfaceLabelRange <<rc>> hjMplsInterfaceUseInterfaceLabels = Per-Platf, Per-Interf

mplsLdpEntityConfGenericLabelRangeTable

<<rw>> opticsimMplsConfMaxManualLabelIn <<rw>> opticsimMplsConfResponsible = other,snmp,rsvp,ldp...

<<MPLS-LDP-MIB>>

<<LSR-MPLS-MIB>>

mplsInterfaceConfTable

(from MPLS)

<<augments>>

<<RSVP-TE-MPLS-MIB>> hjMplsInterfaceConfTable

<<rw>> opticsimDAConfTopology = disabled, hub, ring, signedNode <<rw>> opticsimDAConfProtocolMode = disabled, basicRxSubset, full

<<augments>><<augments>>

(from MPLS)

<<OPTICSIM-MPLS- MIB>>

opticsimMplsConfTable

(from MPLS)

<<OPTICSIM-DA-MIB>>

opticsimDAConfTable

<<OPTICSIM-ETHNE-MIB>>

<<rw>> opticsIMEthMauIndex <<rw>> opticsIMEthJackIndex <<rc>> opticsIMEthConfEncaps <<ro>> opticsIMEthAvailableBandwidth <<ro>> opti csIMEthClientType = ETS, ETB <<ro>> opticsIMEthAdmittedFractionalRate

rw-opticsIMEthConfVLANEtherType or 0

<<Idx>> opticsIMEthVLANTypeIndex <<rc>> opticsIMEthVLANTypeEtherType = 0x8100... <<rc>> opticsIMEthVLANTypeUserLabel <<rc>> opticsIMEthVLANTypeRowStatus

opticsIMEthConfTable

<<OPTICSIM-ETHNE-MIB>> opticsIMEthVLANTypeTable

<<OPTICSIM-ETHNE-MIB>>

opticsIMEthVLANTypeIndexNext

...................................................................................................................................................................................................................................

1-16

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365-374-201R11.1.1

Issue 1 March 2010

ES64U SNMP MIB description Error logs

...................................................................................................................................................................................................................................

Error logs table

Error logs

Error logs table

The following table contains all SMP errors during provisioning:

•

opticsIMErrorLogTable

opticsimGFPConfTable – Not used

MIB field name Description Value

opticsIMErrorLogMgrIpAddr

opticsIMErrorLogSnmpRequest

opticsIMErrorLogErrorTex

The IP address of the Management System setting the MIB attributes.

The SMP Reqest ID. not-accessible

The error description. Read-Only

not-accessible

String.

...................................................................................................................................................................................................................................

365-374-201R11.1.1 Issue 1 March 2010

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Use pursuant to applicable agreements

1-17

ES64U SNMP MIB description ETS Layer MIB

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Overview

ETS Layer MIB

Overview

The management of Ethernet ETS connections involves the following ETS MIB Tables:

•

opticsimETSTrafficDescrTable (proprietary)

•

opticsimEth2ETSFlowClassifierTable (proprietary)

•

opticsimETSInFlowTable (proprietary)

•

opticsimETSCrossConnectTable (proprietary)

•

opticsimETSOutFlowTable (proprietary)

•

opticsimETSVlanStackConfTable (proprietary)

•

nnNMXOpticsExtETSInflowMirrorTable (proprietary)

•

NMXOpticsExtETSOutflowMirrorTable (proprietary)

The managed attributes are the following:

MIB field name Description Value

OpticsIMETSTrafficDescrIndex

OpticsIMETSTrafficDescrType

OpticsIMETSTrafficDescrParam1

OpticsIMETSTrafficDescrParam2

OpticsIMETSTrafficDescrTable (ETS MIB)

Index of the table Result of Get method on

opticsIMETSTrafficDescrIndexext

ETS Class of service 1-bestEffortService

2-regulatedService

3-guaranteedService

4-groupedService

5-backgroundService

6-regulated4Service

7-regulated3Service

8-regulated1Service

9-guaranteed2Service

Committed Information Rate (Kbps) CIR value (default value in E: '0'b)

Peak Information Rate (Kbps) PIR value (default value in E: '0'b)

OpticsIMETSTrafficDescrParam3

Committed Burst Size (Bytes) CBS value (default value in E: '0'b)

OpticsIMETSTrafficDescrParam4

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1-18

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Alcatel-Lucent 1675 Reference Manual

Specifications and Main Features

Frequently Asked Questions

User Manual

Title page

Contents

List of tables

List of figures

Aboutthis documentAbout this document

Purpose

Intended audience

Related information

Technical support

How to comment

Overview

System MIB

System

Generic interface MIB

Interfaces

Ethernet Layer MIB

GFP Transmission Layers MIB

Error logs table

Error logs

Overview

ETS Layer MIB