Mers 8600 Configuration

Nortel Metro Ethernet Routing Switch 8600

Configuration — Extended ESUServices

NN46220-505 322820-A Rev 01.

Document status: StandardDocument version: 01.01Document date: 20 March 2007

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Contents

New in this release 7

Introduction 9Before you begin 11

Configuring Extended Services using Device Manager 13Configuring an ESU Ring 14Displaying ESU ring RRP statistics 17Displaying ESU ring RDP statistics 18Configuring a Dual Home ring 20Displaying ESU Dual Home ring RRP statistics 22Displaying ESU Dual Home ring RDP statistics 23Displaying ESU ring records 24Displaying ESU ring port states 25Configuring ESU standalone 26Configuring a class of service profile 28Displaying Metro ESM 8668 server-port statistics 34

Displaying current Metro ESM 8668 information 35Displaying ESM port statistics 36Displaying ESM port statistics for the last 15 minutes 37Displaying ESM port statistics for the last hour 38Displaying daily ESM port statistics for all ports 39Clearing ESM port statistics 40

Graphing an ESM port 40Graphing an ESM port policer 42Displaying the OPM image file name 43Displaying OE statistics 44Configuring the Metro Ethernet Routing Switch 8600 repeater feature 45

Configuring Extended Ethernet Services using the CLI 47Roadmap of CLI commands 48Configuring an ESU ring 51Adding or removing a VLAN from an ESU ring 52Configuring ESU dual home rings 53Adding or removing a VLAN from an ESU dual home ring 55

Nortel Metro Ethernet Routing Switch 8600Configuration — Extended ESU Services

NN46220-505 01.01 Standard4.1 20 March 2007

Copyright © 2007, Nortel Networks Nortel Networks Confidential

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6 Contents

Configuring ESU standalone 55Configuring a class-of-service profile 56Configuring the Metro ESM 8668 server port 60Configuring a MAC address on a VLACP 61Configuring LACP on a MLT 62Globally enabling or disabling a VLACP 63Configuring ESM 63Adding an existing ESU ring to a VLAN 64Configuring the Metro Ethernet Routing Switch 8600 repeater feature 64Displaying parameters 65

Showing a class-of-service profile 66Showing ESU ring information 67Showing ESU ring record information 68Showing ESU Ring port state 70Showing esu-dh-ring information 71Showing esu-dh-ring record 72Showing esu-dh-ring port-state 73Showing standalone ESU information 74Showing standalone ESU record information 75Showing ESU standalone port state 76Showing ESM 8668 server-port information 77Showing the VLACP port configuration 80




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7

New in this release

There are no new features in this document.

The content for this document came from Configuring the MERS 8600 usingthe CLI and DM.




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8 New in this release




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9

Introduction

This guide provides instructions for configuring the Nortel* Metro EthernetRouting Switch 8600 as an aggregation device for Metro Ethernet Services.

ATTENTIONIf you upgrade your Ethernet Routing Switch 8600 (release 3.x) with the NortelMetro Ethernet Services 4.0 software image, the switch can operate as a MetroEthernet aggregation device in the Metro Ethernet Network (MEN). The switch isthereafter referred to as the Metro Ethernet Routing Switch 8600.For details about upgrading your Ethernet Routing Switch 8600 (release 4.x), seeUpgrading to Metro Ethernet Routing Switch 8600 4.0 Software.

This guide includes information for using the command line interface (CLI)and the Device Manager graphical user interface (GUI) to configure andmanage Metro Ethernet Services on the switch.

Three other key components are also discussed in this guide, which areused along with the Metro Ethernet Routing Switch 8600 to provide a fullcomplement of Metro Ethernet Services:

• Nortel Metro Ethernet Services Unit 1800 (Metro ESU 1800)

The Metro ESU 1800 is positioned as an access device in the MetroEthernet Network (MEN). For more information about using the MetroESU 1800, refer to the following publications:

— Nortel Metro Ethernet Services Unit 1800 Configuration — VPN andIPVLAN Services using the CLI (NN46210-501)

— Nortel Metro Ethernet Services Unit 1800 Configuration — Layer 2Switch Mode using CLI (NN46210-502)

— Nortel Metro Ethernet Services Unit 1800 Configuration — VPN andIPVLAN Services using Device Manager (NN46210-500)

— Nortel Metro Ethernet Services Unit 1800 Configuration — Layer 2Switch Mode using Device Manager (NN46210-503)

— Nortel Metro Ethernet Services Unit 1800 and 1850Fundamentals(NN46212-100)




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10 Introduction

— Nortel Metro Ethernet Services Unit 1800 and 1850 Commissioning(NN46212-303)

— Nortel Metro Ethernet Services Unit 1800 and 1850 Installation(NN46212-301)

• Nortel Metro Ethernet Services Unit 1850 (Metro ESU 1850)

The Metro ESU 1850 is positioned as an access device in the MetroEthernet Network (MEN). For more information about using the MetroESU 1850, refer to the following publications:

— Nortel Metro Ethernet Services Unit 1850 Configuration — VPN andIPVLAN Services using the CLI (NN46211-500)

— Nortel Metro Ethernet Services Unit 1850 Configuration — Layer 2Switch Mode using CLI (NN46211-501)

— Nortel Metro Ethernet Services Unit 1850 Configuration — VPN andIPVLAN Services using Device Manager (NN46211-502)

— Nortel Metro Ethernet Services Unit 1850 Configuration — Layer 2Switch Mode using Device Manager (NN46211-503)

— Nortel Metro Ethernet Services Unit 1850 Configuration — Q-in-QMode using CLI (NN46210-504)

— Nortel Metro Ethernet Services Unit 1850 Configuration — Q-in-QMode using Device Manager (NN46210-505)

— Nortel Metro Ethernet Services Unit 1800 and 1850Fundamentals(NN46212-100)

— Nortel Metro Ethernet Services Unit 1800 and 1850 Commissioning(NN46212-303)

— Nortel Metro Ethernet Services Unit 1800 and 1850 Installation(NN46212-301)

• Nortel ESM 8668 Metro Ethernet Services Module 8668 (Metro ESM8668)

The Metro ESM 8668 provides service encapsulation for VPN-basedservices in the MEN.

For more information about using the Metro ESM 8668, refer to thefollowing publications:

— Nortel Metro Ethernet Routing Switch 8600 Installation — ChassisInstallation and Maintenance (NN46220-305)

— Nortel Metro Ethernet Routing Switch 8600 Installation — InstallingModules (NN46220-306)




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Navigation 11

ATTENTIONNortel is constantly adding new models and features to existing product lines.Refer to your Release Notes or see your Nortel sales representative for otherMetro Ethernet Routing Switch 8600 or Metro Ethernet Services Unit modelsthat may be available at a later time.

Before you beginThis guide is intended for network administrators with the followingbackground:

• Basic knowledge of networks, Ethernet bridging, and IP routing

• Familiarity with networking concepts and terminology

• Basic knowledge of network topologies

• Experience with windowing systems or GUIs

Navigation• "Configuring Extended Services using Device Manager" (page 13)

• "Configuring Extended Ethernet Services using the CLI" (page 47)




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12 Introduction




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13

Configuring Extended Services usingDevice Manager

This chapter describes how to configure extended ESU services on theMetro Ethernet Routing Switch 8600 using Device Manager.

For information about configuring extended ESU services the MetroEthernet Routing Switch 8600 using the CLI, see "Configuring ExtendedEthernet Services using the CLI" (page 47)

For detailed information about the Metro Ethernet Routing Switch 8600, referto the Metro Ethernet Routing Switch 8600 Fundamentals (NN46220-100).In addition to providing detailed information about configuring your switchwith Device Manager and the Command Line Interface (CLI), this guide alsoprovides important configuration rules and defines commonly used terms.

Navigation• "Configuring an ESU Ring" (page 14)

• "Displaying ESU ring RRP statistics" (page 17)

• "Displaying ESU ring RDP statistics" (page 18)

• "Configuring a Dual Home ring" (page 20)

• "Displaying ESU Dual Home ring RRP statistics" (page 22)

• "Displaying ESU Dual Home ring RDP statistics" (page 23)

• "Displaying ESU ring records" (page 24)

• "Displaying ESU ring port states" (page 25)

• "Configuring ESU standalone" (page 26)

• "Configuring a class of service profile" (page 28)

• "Displaying Metro ESM 8668 server-port statistics" (page 34)

• "Configuring the Metro Ethernet Routing Switch 8600 repeater feature"(page 45)




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14 Configuring Extended Services using Device Manager

Configuring an ESU RingThis section describes how to configure a single home ESU ring with bothends of the ring on ESM 8668 module ports on the same system, usingDevice Manager.

Step Action

1 From the Device Manager menu bar, select VPN > ESU > Ring .

The ESU_Ring dialog box appears with the ESU Ring dialog boxdisplayed. See "ESU_Ring dialog box, ESU Ring dialog box" (page14).

ESU_Ring dialog box, ESU Ring dialog box

2 Click Insert.

The ESU_Ring, Insert ESU Ring dialog box appears. See"ESU_Ring, Insert ESU Ring dialog box" (page 15). Note that only 8ports are available on the ESM 8668 module.




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Configuring an ESU Ring 15

ESU_Ring, Insert ESU Ring dialog box

For information, see "ESU Ring tab and Insert, ESU Ring dialogbox field descriptions" (page 16).

3 Enter a unique ring-name in the ESU_Ring, Insert ESU Ring dialogbox, Name field.

4 Click the ellipses button in the ESU_Ring, Insert ESU Ring dialogbox, Primary Port field, to select a primary ring port.

The Primary Port dialog box appears.

Click to select a port, then click Ok.

5 In the ESU_Ring, Insert ESU Ring dialog box, Secondary Port field,click the ellipses button to select a secondary ring port.

The Secondary Port dialog box appears. Click to select a port,then click Ok.

6 In the ESU_Ring, Insert ESU Ring dialog box, set the interval timervalue in the DiscoverInterval field.

Enter an integer value in the range of 1 to 255 seconds.




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7 In the ESU_Ring, Insert ESU Ring dialog box, set the AdminStatefield to enable .

8 In the ESU_Ring, Insert ESU Ring dialog box, in the VlanIds field,enter the VLAN IDs that you want to be associated with this ring.

9 In the ESU_Ring, Insert Ring dialog box, set the RRPHello field toenable (click the enable radio button).

10 In the ESU_Ring, Insert Ring dialog box, set the RRPHelloIntervaltimer value.

Enter an integer value in the range of 1000 to 10000 milliseconds.

11 In the ESU_Ring, Insert ESU Ring dialog box, click Insert.

The new configuration appears in the ESU_Ring dialog box. See"ESU_Ring dialog box, ESU Ring dialog box" (page 14)..

—End—

ESU Ring tab and Insert, ESU Ring dialog box field descriptions

Field Description

Id Creates the Ring ID number. The value ranges from 1 to 254.

Name Creates a unique name for the ESU ring with a string length in therange 0 to 32, which represents the unique ESU ring name.

PrimaryPort Specifies the Primary port of the Metro ESM 8668. This portconnects to the Primary port of the first Metro ESU in the ring.

SecondaryPort Specifies the Secondary port of the Metro ESM 8668. This portconnects to the Secondary port of the last Metro ESU in the ring.

DiscoverInterval Sets the discover-interval timer value in the range 1 to 255, whichrepresents the discover interval-time, in seconds. The default valueis 30 seconds.

AdminState Allows you to administratively enable or disable the ESU ring.

OperState Specifies the OperState for the ring. Appears as one of the followingstates:

• up

• down

If AdminStatusfor the ring is down, then OperStatus should be down.If AdminStatus is changed to up, then OperStatus should change to"normal" if the assigned UNI is AdminState up and OperState up.If the OperState of the ring is up, the IP Endpoint is available totransmit and receive network traffic. If the OperState is down andAdminState is up, it indicates either the UNI is AdminState down or




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Displaying ESU ring RRP statistics 17

Field Description

OperState for the UNI is down. If the assigned port (UNI) for the IPEndpoint is connected and link appears to be up, but the OperStatusfor the IP Endpoint still appears down, there is a fault condition forthe IP Endpoint that prevents it from going to the up state.

VlanIds Allows you to enter the VLAN Id for the Metro ESU ring trunk.

Displaying ESU ring RRP statisticsThis section describes how to display ESU ring Request Response Protocol(RRP) statistics.

Step Action

1 From the Device Manager menu bar, select VPN > ESU > Ring.

The ESU_Ring dialog box appears with the ESU Ring tab displayed.See "ESU_Ring dialog box, ESU Ring dialog box" (page 14).

2 Click on a ring.

3 Click the RRP Statistics button.

The RRP Statistics dialog box appears. See "Statistics, RRP, RingID dialog box" (page 17).

Statistics, RRP, Ring ID dialog box

For information, see "RRP Statistics, Ring Id dialog box fielddescriptions" (page 18).

—End—

To reset the statistics counters, use the Clear Counter button. When youclick this button, all Cumulative, Average, Minimum, Maximum, and LastValcolumns are reset to zero and automatically begin to recalculate statisticaldata.




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Device Manager Clear Counter function does not affect the switch’sAbsoluteValue counter. The Clear Counter function clears all cached data inDevice Manager (except AbsoluteValue). To reset AbsoluteValue(s), usethe resetCounter function (Edit > Chassis > System).

RRP Statistics, Ring Id dialog box field descriptions

Field Description

Absolute Value The absolute value of the received/transmitted/dropped octets.

Cumulative The total number of received/transmitted/dropped octets.

Average/Sec The average number of received/transmitted/dropped octets persecond.

Minimum/Sec The minimum number of received/transmitted/dropped octets persecond.

Maximum/Sec The maximum number of received/transmitted/dropped octets persecond.

LastVal/Sec The last value a second received.

PrimaryPortTxRrpHello The number of RRP Hellos sent from the Primary port.

PrimaryPortRxRrpHello The number of RRP Hellos received at the Primary port.

PrimaryPortMissingRrpHello

The number of missing Primary port RRP Hellos.

SecondaryPortTxRrpHello The number of RRP Hellos sent from the Secondary port.

SecondaryPortRxRrpHello The number of RRP Hellos received at the Secondary port.

SecondaryPortMissingRrpHello

The number of missing Secondary port RRP Hellos.

Displaying ESU ring RDP statisticsThis section describes how to display ESU ring Reliable Data Protocol(RDP) statistics.

Step Action

1 Using Device Manager, select VPN > ESU > Ring from menu bar

The ESU_Ring dialog box appears with the ESU Ring tab displayed.See "ESU_Ring dialog box, ESU Ring dialog box" (page 14).

2 Click on a ring.

3 Click the RDP Statistics button.

The RDP Statistics dialog box appears. See "Statistics, RDP, RingID dialog box" (page 19).




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Displaying ESU ring RDP statistics 19

Statistics, RDP, Ring ID dialog box

For information, see "RDP Statistics, Ring ID field descriptions"(page 19).

—End—

To reset the statistics counters, use the Clear Counter button. When youclick this button, all Cumulative, Average, Minimum, Maximum, and LastValcolumns are reset to zero and automatically begin to recalculate statisticaldata.

Device Manager Clear Counter function does not affect the switch’sAbsoluteValue counter. The Clear Counter function clears all cached data inDevice Manager (except AbsoluteValue). To reset AbsoluteValue(s), usethe resetCounter function (Edit > Chassis > System).

RDP Statistics, Ring ID field descriptions

Field Description


Cumulative The total number of received/transmitted/droppedoctets.

Average/Sec The average number of received/transmitted/dropped octets per second.

Minimum/Sec The minimum number of received/transmitted/dropped octets per second.

Maximum/Sec The maximum number of received/transmitted/dropped octets per second.


PrimaryPortTxRdp The number of RDP octets sent from the Primaryport.

PrimaryPortRxRdp The number of RDP octets received at the Primaryport.




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Field Description

SecondaryPortTxRdp The number of RDP octets sent from theSecondary port.

SecondaryPortRxRdp The number of RDP octets received at theSecondary port.

Configuring a Dual Home ringThis section describes how to configure an ESU Dual Home ring usingDevice Manager.

To configure an ESU ring using Device Manager:

Step Action

1 From the Device Manager menu bar, select VPN > ESU >Dual-homing.

The ESU Dual Homing window appears with the ESU Dual Homingtab displayed. See "ESU_DualHoming dialog box" (page 20).

ESU_DualHoming dialog box

2 Click the Insert button.

The ESU_Dual Homing, Insert dialog box appears.See "ESU_DualHoming, Insert dialog box" (page 21)..




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Configuring a Dual Home ring 21

ESU_Dual Homing, Insert dialog box

For information, see "ESU Dual Homing tab and ESU_Dual Homing,Insert tab field descriptions" (page 21).

3 Edit the values, as necessary, and click Insert to save your changes.

—End—

ESU Dual Homing tab and ESU_Dual Homing, Insert tab field descriptions

Field Description

Id Creates the Ring ID number. The value ranges from 1 to 254.

Name Creates a unique name for the ESU ring with a string lengthin the range 0 and 32, which represents the unique ESU ringname.

DiscoverInterval Sets the discover-interval timer value in the range 1 and 255,which represents the discover interval-time, in seconds. Thedefault value is 30 seconds.

AdminState Allows you to administratively enable or disable the ESU dualhome ring.




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Field Description

OperState The current operational state of the Metro ESU dual home ring.Appears as one of the following states:

• Normal

• Down

• Cut

If AdminStatus for the ESU Dual Home-Ring is down on eitherthe Primary or the Secondary Metro Routing Switch 8600,then OperStatus should be down on both the Primary andSecondary Routing Switch 8600. If AdminStatus is changed toup on both the Primary and Secondary Metro Routing Switch8600, then OperStatus should change to "normal" if the dualhome ring is operational and intact. If the OperStatus is cut, itindicates a ring break has occurred either within the ring oralong the ESU Ring Trunk (ERT) path. If the OperStatus of thering is either normal or cut, the ring is available to transmit andreceive network traffic. If the ring is intact and the OperStatusstill appears down and AdminState is up, there is a fault withinthe dual home ring path that prevents it from going to the upstate.

RingPortType Allows you to set the ESM Port type to Primary or Secondary.

Port Allows you to enter the port number for the Ban (ESM) Port inthe following format: slot/port.

PartnerPortMac Configures the dual home ring port peer’s MAC address in thefollowing format: {0x00:0x00:0x00:0x00:0x00:0x00}.

ErtPort Allows you to enter the port number for the single link ESU ringtrunk in the following format: slot/port.

ErtMlt Allows you to enter the MLT for the ESU ring trunk MLT with aninteger value in the range 1 to 32, and is a unique id.

ErtVid Allows you to enter the VLAN Id for the ESU ring trunk with aninteger value in the range 1 and 4 094.

VlanIds Allows you to enter the VLAN Id for the ESU ring trunk.

Displaying ESU Dual Home ring RRP statistics

ATTENTIONThis feature is not supported in release 4.1.

This section describes how to display ESU Dual Homing ring RRP statistics.




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Displaying ESU Dual Home ring RDP statistics 23

Step Action

1 From the Device Manager menu bar, select VPN > ESU >DualHoming from the menu bar.

The ESU_DualHoming dialog box appears with the ESU DualHoming tab displayed. See "ESU_DualHoming dialog box" (page20).

2 Click on a Dual Home ring.

3 Click the RRP Statistics button.

The RRP Stats tab appears. See "ESU Dual Homing RRP Stats"(page 23).

ESU Dual Homing RRP Stats dialog box

For information, see RRP Statistics, ESU DualHoming Ring.

—End—

Displaying ESU Dual Home ring RDP statistics

ATTENTIONThis feature is not supported in release 4.1.

This section describes how to display ESU Dual Home ring RDP statistics.

Step Action

1 Using Device Manager, select VPN > ESU > DualHoming frommenu bar.

The ESU_DualHoming dialog box appears with the ESU DualHoming tab displayed. See "ESU_DualHoming dialog box" (page20).

2 Click on a ring.




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3 Click the RDP Statistics button.

The RDP Stats tab appears.

See "Statistics, RDP - Ring ID dialog box" (page 24).

Statistics, RDP - Ring ID dialog box

For information, see "RDP Statistics, ESU DualHoming ring fields"(page 24).

—End—

RDP Statistics, ESU DualHoming ring fields

Field Description


Cumulative The total number of received/transmitted/droppedoctets.





PrimaryPortTxRdp The number of RDP octets sent from the Primaryport.

PrimaryPortRxRdp The number of RDP octets received at the Primaryport.

IbtPortRxRdp The number of RDP octets received from theSecondary port.

Displaying ESU ring recordsThis section describes how to display information about your ESU ring,using Device Manager.




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Displaying ESU ring port states 25

Step Action

1 From the Device Manager menu bar, select VPN > ESU > RingRecord.

The Ring Records tab appears and displays information about yourESU Rings. See "ESU_RingRecord dialog box" (page 25).

ESU_RingRecord dialog box

For information, see "ESU_RingRecord dialog box fields" (page 25).

—End—

ESU_RingRecord dialog box fields

Field Description

RingId Read-only field—Displays the unique ringId number.

MacAddress Read-only field—Displays the MACaddress assigned to this ring.

IpAddress Read-only field—Displays the IP addressassigned to this ring.

RingBreakType Read-only field—Displays the ring state:normal or cut.

Position Read-only field—Displays the positionof the ESU in the ring, starting from theprimary port.

Displaying ESU ring port statesThis section describes how to display information about your ESU ring portstates, using Device Manager.




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Step Action

1 From the Device Manager menu bar, select VPN > ESU > PortState .

The Ring Port State tab appears and displays information about yourESU Rings. See "ESU_PortState dialog box" (page 26).

ESU_PortState dialog box

For more information, see "ESU_PortState dialog box fields" (page26).

—End—

ESU_PortState dialog box fields

Field Description

RingId Read-only field—Displays the unique ring Idnumber.

Id Read-only field—Displays the ModIdassigned to the ESU.

PortMask Read-only field—Displays the ESU portstate: 1 indicates "Up," 0 indicates "down."

PortState Read-only field—Displays the ESU port linkstate: 1 indicates "Up," 0 indicates "down."

Configuring ESU standaloneThis section describes how to configure ESU in a standalone configuration,using Device Manager.

Step Action

1 From the Device Manager menu bar, select VPN > ESU >Standalone.




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Configuring ESU standalone 27

The ESU_Standalone dialog box appears with the ESU Standalonetab displayed. See "ESU_Standalone dialog box, ESU Standalonetab" (page 27).

ESU_Standalone dialog box, ESU Standalone tab

2 Click Insert.

The ESU_Standalone, Insert ESU Standalone dialog box appears.See "ESU_Standalone, Insert, ESU Standalone dialog box" (page27). Note that only 8 ports are available on the ESM 8668 module.

ESU_Standalone, Insert, ESU Standalone dialog box

For information, see "ESU Standalone tab and Insert, ESUStandalone dialog box field descriptions" (page 28).

3 In the ESU_Standalone, Insert ESU Standalone dialog box,EsmPort field, click the ellipses button to select a standalone ringport.

The BanRingSaRbsBanPort dialog box appears. Click to select aport; then click Ok.




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4 In the ESU_Standalone, Insert ESU Standalone dialog box, set theinterval timer value in the DiscoverInterval field.

Enter an integer value in the range 1 and 255 seconds.

5 In the ESU_Standalone, Insert ESU Standalone dialog box, set theAdminState field to enable .

6 Click Insert.

The new configuration appears in the ESU_Standalone dialog box.

—End—

ESU Standalone tab and Insert, ESU Standalone dialog box field descriptions

Field Description

EsmPort Specifies the Metro ESM 8668 port that is connected to the Metro ESU.

DiscoverInterval Sets the discover-interval timer value in the range 1 and 255, whichrepresents the discover interval-time, in seconds. The default valueis 30 seconds.

AdminState Allows you to administratively enable or disable the ESU ring.

OperState OperState for the Standalone ESU and Metro ESM port. Appears asone of the following states:

• Normal

• down

If AdminStatus is down, then OperStatus should be down. If AdminStatusis changed to up, then OperStatus should change to "normal" if the ESUStandalone switch is connected and operational. If the OperStatus ofthe Standalone ESU is up, the ESU is available to transmit and receivenetwork traffic. If the OperStatus is down and AdminState is up, itindicates the ESU standalone port is disconnected or the link is down.If the Standalone ESU is connected and link appears to be up, but theOperStatus still appears down, there is a fault between the StandaloneESU and the ESM 8668 port that prevents it from going to the up state.

Configuring a class of service profileThis section describes how to configure a class of service profile (COS),using Device Manager.

Step Action

1 From the Device Manager menu bar, select VPN > COS.




.

Configuring a class of service profile 29

The COS dialog box appears with the COS Profile tab displayed.See "COS dialog box, COS Profile tab" (page 29).

COS dialog box, COS Profile tab

2 Click Insert.

The COS, Insert COS Profile dialog box appears. See "COS, InsertCOS Profile dialog box " (page 30).




.


COS, Insert COS Profile dialog box

For information, see "COS, Insert COS Profile dialog box fielddescriptions" (page 31) .

3 Click in any field to edit the data.

4 Click Insert to enter the new data.

—End—




.


COS, Insert COS Profile dialog box field descriptions

Field Description

TblIndex Allows you to select the COS profile to create or modify.

Name Allows you to enter a unique name for the COS profile youare creating.

• Enter an alphanumeric string with a range of 1 and 20characters.

PremiumCirUnits Sets the unit of measure for the Premium COS profile.

• 64Kbps sets 64 Kbit/s service

• 1Mbps sets 1 Mbit/s service

PremiumCir Allows you to set a CIR rate for the Premium COS profile.

• rate is an integer value in the range 1 and 1 000.

PremiumPirUsage Enables or disables the Premium PIR service

PremiumTBMaxSize Specifies the size limit, in Kilobytes (KBs) for the associatedtoken bucket. The default value is 50 KB.

• Enter a number in the range 1 and 8 000, representinga 1 024 byte multiple.

PremiumTBMaxCtl Specifies whether the token bucket maximum size(PremiumTBMaxSize) attribute is controlled internally by thesoftware (automatic mode), or by the system administrator(manual mode). The default value is automatic.

• automatic sets the token bucket max size to internalsoftware control.

• manual allows you to manually set the token bucketmax size.

When set to automatic, the related PremiumTBMaxSizeattribute. See previous field) cannot be overridden. If setto manual, the related PremiumTBMaxSize attribute isinitialized to a default value (50 KB), but can be overriddenby the system administrator.

GoldCirUnits Sets the unit of measure for the Gold COS profile.

• 64Kbps |1Mbps allows you to select either 64K serviceor 1 MB service for your COS profile.

GoldCir Allows you to set a CIR rate for the Gold COS profile.


GoldPirUsage Enables or disables the Gold PIR service




.


Field Description

GoldTBMaxSize Specifies the size limit, in Kilobytes (KBs) for the associatedtoken bucket. The default value is 50 KB.

• Enter a number in the range of 1 and 8 000, representinga 1 024 byte multiple.

GoldTBMaxCtl Specifies whether the token bucket maximum size(GoldTBMaxSize) attribute is controlled internally by thesoftware (automatic mode), or by the system administrator(manual mode). The default value is automatic.



When set to automatic, the related GoldTBMaxSizeattribute. See previous field) cannot be overridden. If set tomanual, the related GoldTBMaxSize attribute is initializedto a default value (50 KB), but can be overridden by thesystem administrator.

SilverCirUnits Sets the unit of measure for the Silver COS profile.

• 64Kbps |1Mbps allows you to select either 64K serviceor 1 Meg service for your COS profile.

SilverCir Allows you to set a CIR rate for the Silver COS profile.


SilverPirUsage Enables or disables the Silver PIR service

SilverTBMaxSize Specifies the size limit, in Kilobytes (KBs) for the associatedtoken bucket. The default value is 50 KB.

• Enter a umber in the range of 1 and 8 000, representinga 1 024 byte multiple.

SilverTBMaxCtl Specifies whether the token bucket maximum size.SilverTBMaxSize) attribute is controlled internally by thesoftware (automatic mode), or by the system administrator(manual mode). The default value is automatic.






.


Field Description

When set to automatic, the related SilverTBMaxSizeattribute. See previous field) cannot be overridden. If set tomanual, the related SilverTBMaxSize attribute is initializedto a default value (50 KB), but can be overridden by thesystem administrator.

StandardPirUnits Sets the unit of measure for the Standard COS profile.

• 64Kbps |1Mbps allows you to select either 64K serviceor 1 Meg service for your COS profile.

StandardPir Allows you to set a CIR rate for the Standard COS profile.


StandardTBMaxSize Specifies the size limit, in Kilobytes (KBs) for the associatedtoken bucket. The default value is 50 KB.

• Enter a number in the range of 1 and 8 000, representinga 1 024 byte multiple.

StandardTBMaxCtl Specifies whether the token bucket maximum size.(StandardTBMaxSize) attribute is controlled internally by thesoftware (automatic mode), or by the system administrator(manual mode). The default value is automatic.



When set to automatic, the related StandardTBMaxSizeattribute. See previous field) cannot be overridden. If setto manual, the related StandardTBMaxSize attribute isinitialized to a default value (50 KB), but can be overriddenby the system administrator.

McastLimitUnits Sets the multicast limit units. The default is 1 Mbit/s.

• unitsOf64kbps is a rate of 64 Kbit/s

• unitsOf1Mbps is a rate of 1 Mbit/s

The aggregate traffic for the endpoint cannot exceed thestandard-pir.

McastLimitRate Specifies the multiple for the McastRateUnits. If theMcastRateUnits is set to 1 MB and the McastLimitRate is setto 2 then the multicast data rate would be set to 2 MB. Thedefault is 1000.




.


Field Description

McastLimitUsage Allows you to enable or disable multicast rate usage. Thedefault is disable.

McastLimitTBMaxCtl Specifies where the maximum token bucket size attributeis being used to control the multicast bucket or not. Thedefault is automatic.



McastLimitTBMaxSize Specifies the maximum token bucket size limit for themulticast bucket, in kilobytes. The default value is 1.

• Enter a number in the range of 1 and 8000, representinga 1024 byte multiple.

Displaying Metro ESM 8668 server-port statisticsYour Metro ESM 8668 module provides statistics that can help you monitortraffic utilization on a specified ESM-server port. Each Metro ESM 8668server port can provide a full range of statistics on your Device Managerdisplay, including the last 15 minute interval, hourly, and daily accumulation.

MIBs can maintain up to 24 hours of data per Metro ESM 8668 server port,which you can access. The total number of entries stored per Metro ESM8668 port is 1 440 entries: (24 hours x 60 minutes / Hour x 1 data collection/ minutes = 1440 entries).

Device Manager can display the following current information:

• Last 15-minute statistics

Device Manager can display the previous 15 minutes on each quarterhour. The display includes minimum Bytes/sec, maximum Bytes/sec,and average Bytes/sec, for each 1-minute interval during the last 15minutes.

• Hour level

Device Manager can display the previous hourly statistics, by ESMserver port, for the past 24 hours collected, and up to the last quarterhour (for example, if it is currently 2:15 PM, the display starts at 2:15PM of the previous day). The display includes only the average of theBytes/sec to a granularity of 1 minute, for each 60 minute interval.

If the current or last hour data is a partial hour, the last hour displayed isup to the last quarter hour and the average is for the total partial minutes




.

Displaying Metro ESM 8668 server-port statistics 35

received (for example, if the last hour entry is 2:00 to 2:14, average isfor the 15-minute interval, not 60).

• Stats-daily-level

Device Manager can display the previous 24-hour statistics, by ESMserver port. The display includes only the average of the bytes persecond to a granularity of 1 minute. For a 24-hour period, this is for thelast 1 440 data statistics collected per ESM server port.

Navigation

• "Displaying current Metro ESM 8668 information" (page 35)

• "Displaying ESM port statistics" (page 36)

• "Displaying ESM port statistics for the last 15 minutes" (page 37)

• "Displaying ESM port statistics for the last hour" (page 38)

• "Displaying daily ESM port statistics for all ports" (page 39)

Displaying current Metro ESM 8668 informationYou can use Device Manager to display current information about your MetroESM 8668 module, including the ESM server port, legacy port, and UNI Id.

Step Action

1 From the Device Manager menu bar, select VPN > ESM.

The ESM dialog box appears with the ESM tab displayed. See "ESMdialog box, ESM tab" (page 36).




.


ESM dialog box, ESM tab

—End—

Displaying ESM port statisticsThis section describes how to display ESM port statistics, using DeviceManager.

Step Action



2 Click on the ESM port you want to query.

The Stats, Stats: Last-15minutes, and Stats: Hour-Level buttonsare highlighted.

3 Click Stats.

The Stats dialog box appears with the ESM Statistics tab displayed.See "Stats dialog box, ESM Statistics tab" (page 37).




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Stats dialog box, ESM Statistics tab

—End—

Displaying ESM port statistics for the last 15 minutesThis section describes how to display ESM port statistics, which occurredduring the last 15 minutes, using Device Manager.

To display the last 15 minutes of ESM port statistics, using Device Manager:

Step Action





3 Click Stats: Last-15minutes.

The Stats: Last-15minutes dialog box appears with the Statistics:Last15minutes tab displayed. See "Stats: Last-15minutes dialogbox, Statistics: Last15minutes tab" (page 38).




.


Stats: Last-15minutes dialog box, Statistics: Last15minutes tab

—End—

Displaying ESM port statistics for the last hourThis section describes how to display ESM port statistics, which occurredduring the last hour, using Device Manager.

Step Action





3 Click Stats: Hour-Level.

The Stats: Hour-Level dialog box appears with the Statistics:Hour-Level tab displayed. See "Stats: Hour-Level dialog box,Statistics: Hour-Level tab" (page 39).




.


Stats: Hour-Level dialog box, Statistics: Hour-Level tab

—End—

Displaying daily ESM port statistics for all portsThis section describes how to display ESM port statistics for all ports, whichoccurred during the previous 24 hours, using Device Manager.

Step Action



2 Click the Statistics: Daily For All Ports tab.

The Statistics: Daily For All Ports tab appears and displays statisticsfor all ports, which occurred during the previous 24 hours. See"Statistics: Daily For All Ports tab" (page 39).

Statistics: Daily For All Ports tab

—End—




.


Clearing ESM port statisticsTo show or clear the current Metro ESM 8668 server statistics, using DeviceManager:

Step Action



2 Click the Clear Ports Stats tab.

The Clear Ports Stats tab appears and displays all the ports.

3 Go to the Clear Stats field for the port you wish to clear the statisticsfor, click on the field and select true to clear the statistics. See"Clear Port Stats tab" (page 40)..

Clear Port Stats tab

4 Click Apply.

—End—

Graphing an ESM portUse the ESM Port tab to graph ESM port statistics.

Step Action

1 On the device view, select a port or multiple ports.

2 From the Device Manager menu bar, select Graph > Port.

The Graph Port dialog box appears with the Interface tab displayed.

3 Click ESM Port.

The ESM Port dialog box appears. See "Graph ESM Port tab" (page41).




.

Graphing an ESM port 41

Graph ESM Port tab

—End—

Refer to the following table for the ESM Port field descriptions.

To reset the statistics counters, use the Clear Counters button. Whenyou click this button, all Cumulative, Average, Minimum, Maximum, andLastVal columns are reset to zero and automatically begin to recalculatestatistical data.

Device Manager’s Clear Counters function does not affect the switch’sAbsoluteValue counter. The Clear Counters function clears all cached datain Device Manager (except AbsoluteValue). To reset AbsoluteValue(s), usethe resetCounter function (Edit > Chassis > System).

ESM Port dialog box field descriptions

Field Description



Average/Sec The average number of received/transmitted/dropped octets persecond.

Minimum/Sec The minimum number of received/transmitted/dropped octets persecond.

Maximum/Sec The maximum number of received/transmitted/dropped octets persecond.


InPackets The number of packets entering the ESM port.

OutPackets The number of packets exiting the ESM port.

InDiscard The number of packets discarded in the ESM Port.

InDiscardBadVlan The number of packets discarded due to an Ingress Bad Vlan Tag.




.


Field Description

SFInPackets The number packets sent to the switch fabric.

SFOutPackets The number of packets sent out by the switch fabric.

Graphing an ESM port policerUse the ESM Port Policer tab to graph ESM port policer statistics.

Step Action


2 From the Device Manager menu bar, select Graph > Port.

The Graph Port dialog box appears with the Interface tab displayed.

3 Click ESM Port Policer.

The ESM Port Policer dialog box appears. See "Graph ESM PortPolicer tab" (page 42).

Graph ESM Port Policer tab

For information, see "ESM Port Policer dialog box field descriptions"(page 43).

—End—





.

Displaying the OPM image file name 43


ESM Port Policer dialog box field descriptions

Field Description







PremDropOctets The number of Premium octets dropped.

GoldDropOctets The number of Gold octets dropped.

SilverDropOctets The number of Silver octets dropped.

StndDropOctets The number of Standard octets dropped.

Displaying the OPM image file nameUse the OPM Load Image tab to display the name of the current OPMimage file loaded on the switch.

Step Action

1 From the Device Manager menu bar, select Edit > Chassis.

The Chassis dialog box appears with the System tab displayed.

2 Click OPM LoadImage.

The OPM LoadImage dialog box appears. See "OPM LoadImagedialog box" (page 43).

OPM LoadImage dialog box

For information, see "OPM Load Image dialog box field descriptions"(page 44).




.


—End—



OPM Load Image dialog box field descriptions

Field Description

Slot Index Shows the slot index number assigned to this image.This is a read-only field.

Image File Name Shows the name of the current OPM image file loaded on the switch.

Displaying OE statisticsUse the OE tab to display the Optical Ethernet Port table port information.

Step Action


2 From the Device Manager menu bar, select Edit > Port.

The Edit Port dialog box appears with the Interface tab displayed.

3 Click OE.

The OE Port dialog box appears. See "OE Port dialog box" (page44).

OE Port dialog box




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Configuring the Metro Ethernet Routing Switch 8600 repeater feature 45

For information, see "OE Port dialog box field descriptions" (page45).

—End—

OE Port dialog box field descriptions

Field Description

ServiceType Shows the OE service type assigned to thisport.

SwitchedUniCount Shows the number of the Switched UNI that thisport belongs to.

TransparentUniCount Shows the number of the Transparent UNI thatthis port belongs to.

QinQ1UniCount Shows the number of the QinQ1 UNI that thisport belongs to.

QinQ2UniCount Shows the number of the QinQ2 UNI that thisport belongs to.

QinQEtherType Shows the QinQ Ethernet type hex value forthis port. This value is used only when theport it is associated with uses a QinQ service.Otherwise, it is ignored.

Configuring the Metro Ethernet Routing Switch 8600 repeater featureYour Metro Ethernet Routing Switch 8600 supports a repeater functionalitythat allows for MAC regeneration of data traffic over long haul connections.MAC regeneration is supported on 8608GBIC Gigabit links using anysupported GBIC interface (for example, 1000SX, 1000LX, 1000T, and soforth). All GBIC series modules are supported. Each repeater functioncomprises Gigabit port pairs, with unique VLAN Ids for each repeater. Youcan assign a total of 32 repeaters per chassis.

Step Action

1 From the Device Manager menu bar, select VLAN > Repeater.

The Repeater dialog box appears with the Repeater tab displayed.See "Repeater dialog box, Repeater tab" (page 46).




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Repeater dialog box, Repeater tab

2 Click Insert.

The Repeater, Insert Repeater dialog box appears. See "Repeaterdialog box, Repeater tab" (page 46).

3 In the Repeater, Insert Repeater dialog box, enter the Id number forthe repeater (enter a unique integer value in the range 1 and 32).

4 Click the First Port ellipses button and select the first repeater port.

5 Click the Second Port ellipses button and select the secondrepeater port.

6 Enter the VLAN Id number for the repeater VLAN (enter a uniqueinteger value in the range 0 and 4 094).

7 Enter a unique name for the repeater function.

8 Click Insert.

—End—




.

47

Configuring Extended EthernetServices using the CLI

This chapter describes how to configure the Metro Ethernet Routing Switch8600 using the CLI.

For information about configuring the Metro Ethernet Routing Switch 8600using Device Manager, see "Configuring Extended Services using DeviceManager" (page 13).

Navigation• "Roadmap of CLI commands" (page 48)

• "Configuring an ESU ring" (page 51)

• "Adding or removing a VLAN from an ESU ring" (page 52)

• "Configuring ESU dual home rings" (page 53)

• "Adding or removing a VLAN from an ESU dual home ring" (page 55)

• "Configuring ESU standalone" (page 55)

• "Configuring a class-of-service profile" (page 56)

• "Configuring the Metro ESM 8668 server port" (page 60)

• "Configuring VLACP on a MLT" (page 62)

• "Globally enabling or disabling a VLACP" (page 63)

• "Configuring ESM" (page 63)

• "Configuring the Metro Ethernet Routing Switch 8600 repeater feature"(page 64)

• "Displaying parameters" (page 65)




.

48 Configuring Extended Ethernet Services using the CLI

Roadmap of CLI commandsThe following roadmap lists all the Metro Aggregation Switch commandsand their parameters for use as a quick reference.

Command Parameter

config esu-ring <ring-id> info

create

delete

discover-interval <interval-timer>

name <name>

primary-port <port>

secondary-port <port>

remove <primary-port|secondaryport>

state <enable|disable>

rrp-hello <enable|disable>

rrp-hello-interval <number>

config esu-ring <ring-id> vlan add <vid>

remove <vid>

config esu-dh-ring <ring-id> info

create

delete


name <name>

ring-port-type <primary|secondary>

ring-port <port>

partner-port-mac <macaddr>

ibt-port <port>

ibt-mlt <mid>

ibt-vid <vid>

remove <ring-port|ibt-port>


config esu-dh-ring <ring-id> vlan add <vid>

remove <vid>

config esu-standalone <port> info

create

delete




.

Roadmap of CLI commands 49

Command Parameter



debug <enable|disable>

config cos-profile <str> info

create [index <value> ]

delete

premium-unit <64k|1meg>

premium-cir <rate>

premium-pir-usage <enable|disable>

premium-tb-max-ctl <automatic|manual>

premium-tb-max-kb <int>

gold-unit <64k|1meg>

gold-cir <rate>

gold-pir-usage <enable|disable>

gold-tb-max-ctl <automatic|manaul>

gold-tb-max-kb <int>

mcast-limit-unit <64k|1meg>

mcast-limit-rate <rate>

mcast-limit-usage <enable|disable>

mcast-tb-max-ctl <automatic|manual>

mcast-tb-max-kb <int>

silver-unit <64k|1meg>

silver-cir <rate>

silver-pir-usage <enable|disable>

silver-tb-max-ctl <automatic|manaul>

silver-tb-max-kb <int>

standard-unit <64k|1meg>

standard-pir <rate>

standard-tb-max-ctl <automatic|manual>

standard-tb-max-kb <int>

config ethernet <port> vlacp info

disable




.


Command Parameter

enable

fast-periodic-time <milliseconds>

slow-periodic-time <milliseconds>

timeout <long|short>

timeout-scale <integer>

ethertype <integer>

macaddress <mac>

config mlt <mid> lacp info

clear-link-aggrgate

disable

enable

key<integer>

system-priority<integer>

config vlacp info

disable

enable

config esm <slot_number> boot-prom-upgrade

fpga-upgrade

get-imageversion

reset

status

upgrade-all

config repeater <num> info

create [name <value> ]

delete

first-port <port>

second-port <port>

remove <first-port |second-port>

name <string>

vlan <vid>

show cos-profile info all [ <name> ]

show esu-ring info [ <ring-id> ]

show esu-ring record [ <ring-id> ]

show esu-ring port-state [<ring-id> ]




.

Configuring an ESU ring 51

Command Parameter

show esu-dh-ring info [ <ring-id> ]

show esu-dh-ring record [ <ring-id>]

show esu-dh-ring port-state [<ring-id> ]

show esu-standalone info [ <port> ]

show esu-standalone record [ <port>]

show esm info <port> [legacy <port> ] [uni<value> ]

stats <port>

stats-last-15minute [ <port> ]

stats-hour-level [ <port> ]

stats-daily-level [ <port> ]

clear esm stats [ <port> ]

show port info vlacp [vlans <value>][port<value>]

Configuring an ESU ringTo configure or modify an ESU ring, use the following command:

config esu-ring <ring-id>

where

ring-id is a unique integer value in the range of 1 and 254, whichidentifies the ring you are creating.

This command includes the following parameters:

config esu-ring <ring-id>followed by:

info Displays the current configuration information for thespecified configuration.

create Allows you to enter the number of the ring you want tocreate.

delete Allows you to enter the number of the ring you want todelete.




.


config esu-ring <ring-id>followed by:

discover-interval<interval-timer>

Sets the interval-timer (in seconds) to periodically discoverport states.

• interval-timer is an integer value in the range of1 and 255 seconds.

• The default is 30 seconds.

name <name> Allows you to enter a unique name that identifies the ESUring.

• name is an string length in the range of 1 and 32alphanumeric characters.

primary-port <port> Sets the Primary Metro ESM 8660 port for the ring.

• port indicates the slot/port number.

secondary-port <port> Sets the Secondary Metro ESM 8660 port for the ring.

• port indicates the slot/port number.

remove <primary-port|secondary port>

Allows you to remove the ESU ring connection to aPrimary or Secondary port.

• primary-port is the primary port.

• secondary-port is the secondary port.

state <enable|disable> Set the administrative state of the ring.

• enable sets the ring state to enable.

• disable sets the ring state to enable.

• The default is disabled.

rrp-hello <enable|disable> Allows you to set the RRP Hello for an ESU Ring.

• enable activates RRP Hello.

• disable deactivates RRP Hello.

• The default is disabled.

rrp-hello-interval <number> Allows you to set the RRP Timer Interval in milliseconds.

• number is an integer from 1000 to 60000.milliseconds.

• The default is 1000.

Adding or removing a VLAN from an ESU ringTo configure or remove a VLAN from an ESU ring, use the followingcommand:

config esu-ring <ring-id> vlan




.

Configuring ESU dual home rings 53

where

ring-id is the unique identification number that identifies the ESU ringyou are creating. Enter an integer value in the range of 1 and 254.

When adding a VLAN, this command adds both Primary and Secondaryring ports. When removing a VLAN, this command removes the Primaryand Secondary ring ports from the specified VLAN.


config esu-ring <ring-id> vlanfollowed by:

add <vid> Adds the specified VLANs to the ESU ring.

• vid allows you to specify one or more VLANsto add to the ESU ring, in the following format:{vlan-id [-vlan-id] [,...] }

remove <vid> Deletes the specified VLANs from the ESU ring.

• vid allows you to specify one or more VLANs todelete from the ESU ring, in the following format:{vlan-id [-vlan-id] [,...] }

Configuring ESU dual home ringsTo configure or modify a dual home ring, use the following command:

config esu-dh-ring <ring-id>

where

ring-id unique integer value in the range of 1 and 254, which identifiesthe ESU dual home ring you are creating.

CLI still uses the older term for IBT (intra-BAN trunk) in place of ESU ringtrunk.

When adding a VLAN, this command adds ring ports. When removing aVLAN, this command removes the ring ports from the specified VLAN.


config esu-dh-ring <ring-id>followed by:


create Creates the unique ring specified by the entered ring-id.

delete Deletes the unique ring specified by the entered ring-id.




.




Sets the discover-interval timer value. The default valueis 30 seconds.

• interval-timer is an integer value in therange of 1 and 255, which represents the discoverinterval-time, in seconds.

name <name> Creates a unique name for the ESU ring.

• name is a string length in the range of 0 and 32, whichrepresents the unique ESU ring name.

ring-port-type <primary|secondary>

Configures the ESU ring port type value as the PrimaryBAN (P) port or the Secondary BAN. S) port.

• primary sets the port type value to BAN (P).

• secondary sets the port type value to BAN. S).

ring-port <port> Sets the port to use as the ESU ring port.

• port is the slot and port number.

partner-port-mac <macaddr> Configures the dual homed ring port peer’s MAC address.

• macaddr is the dual homed ring port peer’s MACaddress, which you enter in the following format:{0x00:0x00:0x00:0x00:0x00:0x00}.

ibt-port <port> Allows you to enter the port number for the single linkESU ring trunk.

• port is the slot and port number you enter in thefollowing format: slot/port.

ibt-mlt <mid> Allows you to enter the MLT for the ESU ring trunk (IBT)MLT.

• mid is an integer value in the range of 1 to 32, andis a unique id.

ibt-vid <vid> Allows you to enter the VLAN Id for the ESU ring trunk.

• vid is an integer value in the range of 1 and 4 094.

remove <ring-port|ibt-port> Allows you to remove the ESU dual home ring port or asingle ESU ring trunk ring port from the ESU dual homering.

• ring-port removes the ESU dual home ring portfrom the ESU dual homed ring.




.

Configuring ESU standalone 55


• ibt-port removes the ESU dual home ESU ringtrunk port from the ESU dual homed ring.

state <enable|disable> Allows you to administratively enable or disable the ESUdual homed ring.

• enable administratively enables the ESU dualhomed ring.

• disable administratively disables the ESU dualhomed ring.

Adding or removing a VLAN from an ESU dual home ringTo configure or remove a VLAN from an ESU dual home ring, use thefollowing command:

config esu-dh-ring <ring-id> vlan

where

ring-id is the unique identification number that identifies the ESUdual home ring you are creating. Enter an integer value in the range of1 and 254.


config esu-dh-ring <ring-id> vlanfollowed by:

add <vid> Adds the specified VLANs to the ESU ring.

• vid allows you to specify one or more VLANs toadd to the ESU ring, in the following format: {vlan-id[-vlan-id] [,...] }

remove <vid> Deletes the specified VLANs from the ESU ring.

• vid allows you to specify one or more VLANs todelete from the ESU ring, in the following format:{vlan-id [-vlan-id] [,...] }

Configuring ESU standaloneTo configure or modify a standalone ESU, use the following command:

config esu-standalone <port>

where

port indicates the slot port number of the standalone ring.




.



config esu-standalone <port>followed by:


create Allows you to enter the number of the standalone ring youwant to create.

delete Allows you to enter the number of the standalone ring youwant to delete.


Sets the interval-timer (in seconds) to periodically discoverport states.

• interval-timer is an integer value in the range of1 and 255 seconds.

state <enable|disable> Sets the administrative state of the standalone ring.

• enable sets the standalone ring state to enable.

• disable sets the standalone ring state to disable.

debug <enable|disable> This parameter is not supported.

Configuring a class-of-service profileTo configure or modify a class-of-service (COS) profile, use the followingcommand:

config cos-profile <str>

where

str is the unique name that identifies the COS profile you are creating.Enter a string length in the range of 1 and 20 alphanumeric characters.


config cos-profile <str>followed by:


create [index <value> ] Sets the Index to internally define its order of entry.

• value is between 1 and 1 998 (1 999 and 2 000 arereserved for management level COS profiles).

delete Deletes the COS profile.




.

Configuring a class-of-service profile 57


premium-unit <64k|1meg> Sets the unit of measure for the Premium COS profile.

• 64k |1meg allows you to select either 64K service or1 Meg service for your COS profile.

premium-cir <rate> Sets the CIR rate for the Premium service.

• rate is an integer value between 0 and 1 000.

premium-pir-usage<enable|disable>

Enables or disables the Premium PIR service.

premium-tb-max-ctl<automatic|manual>

Specifies whether the token bucket maximum size(tb-max-kb) attribute is controlled internally by the software(automatic mode), or by the system administrator (manualmode). The default value is automatic.



When set to automatic, the related tb-max-kb attribute.See next field) cannot be overridden. If set to manual,the related tb-max-kb attribute is initialized to a defaultvalue (50 KB), but can be overridden by the systemadministrator.

premium-tb-max-kb <int> Specifies the size limit, in Kilobytes (KBs) for theassociated token bucket. The default value is 50 KB. Therange is 1 and 8000, representing a 1024 byte multiple.

• int sets the token bucket maximum size, in Kilobytes.

See the previous field description for more details relatedto this field.

gold-unit <64k|1meg> Sets the unit of measure for the Gold COS profile.

64k |1meg allows you to select either 64K service or 1Meg service for your COS profile.

gold-cir <rate> Allows you to set a CIR rate.


gold-pir-usage <enable|disable>

Enables or disables the Gold PIR service.




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gold-tb-max-ctl <automatic|manaul>





gold-tb-max-kb <int> Specifies the size limit, in Kilobytes (KBs) for theassociated token bucket. The default value is 50 KB. Therange is 1 and 8 000, representing a 1 024 byte multiple.



mcast-limit-unit <64k|1meg> Sets the unit of measure for the Multicast COS profile.

• 64k |1meg allows you to select either 64K service or1 Meg service for your COS profile.

mcast-limit-rate <rate> Sets the limit rate for the Multicast service.


mcast-limit-usage<enable|disable>

Enables or disables the Multicast limit service.

mcast-tb-max-ctl <automatic|manual>







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Configuring a class-of-service profile 59



mcast-tb-max-kb <int> Specifies the size limit, in Kilobytes (KBs) for theassociated token bucket. The default value is 50 KB. Therange is 1 and 8000, representing a 1024 byte multiple.



silver-unit <64k|1meg> Sets the unit of measure for the Silver COS profile.


silver-cir <rate> Allows you to set a CIR rate.


silver-pir-usage <enable|disable>

Enables or disables the Silver PIR service.

silver-tb-max-ctl<automatic|manaul>





silver-tb-max-kb <int> Specifies the size limit, in Kilobytes (KBs) for theassociated token bucket. The default value is 50 KB. Therange is 1 and 8000, representing a 1 024 byte multiple.






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standard-unit <64k|1meg> Sets the unit of measure for the Standard COS profile.


standard-pir <rate> Allows you to set a CIR rate.


standard-tb-max-ctl<automatic|manual>





standard-tb-max-kb <int> Specifies the size limit, in Kilobytes (KBs) for theassociated token bucket. The default value is 50 KB. Therange is 1 and 8 000, representing a 1 024 byte multiple.



Configuring the Metro ESM 8668 server portTo configure an ESM 8668 server port for use with legacy access (localserver) ports, use the following command:

config ethernet <ports>

where

ports sets the slot/port number of a specific Metro ESM 8668 port.




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Configuring a MAC address on a VLACP 61


config ethernet <ports>followed by:

server-enable <true|false> Sets a ESM 8668 server port for use with legacy accessports.

• true sets the Metro ESM 8668 port to server mode.

• false disables the server mode on the specifiedMetro ESM 8668 port.

Configuring a MAC address on a VLACPTo configure a MAC address on a Virtual Link Aggregation Control Protocol(VLACP) on a port, use the following command:

config ethernet <port> vlacp

where

port indicates the slot port number


config ethernet <port> vlacpfollowed by:

info Displays the current level parameter settings and next leveldirectories.

disable Disables VLACP for a specific port type.The default is disabled.

enable Enables VLACP for a specific port type.

fast-periodic-time<milliseconds>

Sets a fast periodic time for the VLACP enabled port.

• milliseconds is an integer value between 10 and 20000.

The default is 200.

slow-periodic-time<milliseconds>

Sets a slow periodic time for the VLACP enabled port.

• rate is an integer value between 10000 and 30000.

The default is 30000.

timeout <long|short> Sets a long or short timeout for the VLACP enabled port.The default is long.




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config ethernet <port> vlacpfollowed by:

timeout-scale <integer> Sets a timeout scale for a specific port-type (wheretimeout-scale = periodic-time * timeout -scale).

• The periodic-time is 10 ms.

• integer is the timeout-scale value, an integer in therange of 3 to 10.

• The default value is 3.

ethertype <integer> Sets the ether type for the port.

• integer is an integer value between 1 and 65535.

The default is 8103.

macaddress <mac> Sets the Multicast MAC address used for the VLACPDU.

Required parameters:

• mac is the MAC address in the following format0x00:0x00:0x00:0x00:0x00:0x00

• The default MAC address is 01:80:c2:00:11:00

VLACP is supported with MLT trunks only. To enable VLACP on the selectedports, assign the ports to an MLT trunk group and enable VLACP on theMLT trunk group.

Configuring LACP on a MLTTo configure Link Aggregation Protocol (LACP) on a MultiLink Trunk (MLT),use the following command:

config mlt <mid> lacp

where

mid is the MLT ID in the range of 1 to 32.


config mlt <mid> lacpfollowed by:

info Displays the current level parameter settings and nextlevel directories.

clear-link-aggrgate Clears link aggregation for a specific MLT.

disable Disables LACP for a specific port type.

enable Enables LACP for a specific port type.




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Configuring ESM 63

config mlt <mid> lacpfollowed by:

key<integer> Sets LACP aggregator key for a specific MLT.


system-priority<integer> Sets LACP system priority for a specific MLT.


Globally enabling or disabling a VLACPTo globally enable or disable VLACP, use the following command:

config vlacp


config vlacpfollowed by:

info Displays the current level parameter settings andnext level directories.

disable Disables VLACP for a specific port type.

enable Enables VLACP for a specific port type.

Configuring ESMTo configure an ESM module, use the following command:

config esm <slot_number>

where

slot_number is the number of the slot where the ESM module resides(valid values are 1 to 10).


config esm <slot_number>followed by:

boot-prom-upgrade Upgrades the boot PROM software on the module.

fpga-upgrade Upgrades the ESM module’s Water Works FPGA.When you enter this option, a message appears,warning that if you turn off the power, press reset, orpull out the card before the procedure is completed,the module may be permanently damaged.




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config esm <slot_number>followed by:

get-imageversion Displays the ESM image name, software version,boot PROM version, FBGA version, and image builddate.

reset Resets the ESM module.

status Displays the state (for example, OPERATIONAL) ofthe ESM module.

upgrade-all Upgrades the boot PROM and FPGA software onthe module. When you enter this option, a messageappears, warning that if you turn off the power, pressreset, or pull out the card before the procedureis completed, the module may be permanentlydamaged.

Adding an existing ESU ring to a VLANThe following CLI command parameter is new to the existing suite of VLANcommands. This new command parameter allows you to add an existingESU-based ring to a specified VLAN:

config vlan <vid> [add-ring <integer> ] [ <ibtvlan-true> ]

where

vid is an integer value in the range 1 and 4 094, that represents theunique VLAN identification number.integer is an integer value in the range 1 and 254, that represents theunique ESU ring identification number.ibtvlan-true when appended with the add-ring option designatesthis VLAN ID as the dual home ring IBT-VID. This command applies onlyto dual home rings. When the IBT or MLT port for the dual home ringis defined, and this attribute is used on the add-ring command, theIBT or MLT port is added to the VLAN and the dual home ring IBT-VIDparameter is automatically set to this VLAN ID.

Configuring the Metro Ethernet Routing Switch 8600 repeater featureTo configure the repeater functionality in the switch for MAC regeneration oftraffic data over long haul connections, use the following command:

config repeater <num>

where

num is the ID number for the repeater (enter a unique integer valuebetween 1 and 32).




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Displaying parameters 65


config repeater <num>followed by:

info Displays the current settings for the repeater function.

create [name <value> ] Creates the repeater ID.

• value is the name of the repeater as a string 1 to20 characters.

delete Deletes the repeater ID selected.

first-port <port> The first of two ports for the repeater connections.

second-port <port> The second of two ports for the repeater connections.

remove <first-port|second-port>

Deletes the ports for the repeater functionality.

• remove first-port clears the first-port attributeentry.

• remove second-port clears the second-portattribute entry.

name <string> Allows you to name the repeater with up to 20 characters.

vlan <vid> The VLAN ID number for the repeater VLAN.

• vid is an integer value between 0 and 4 094.

Displaying parametersThis section describes show commands you can use to display informationabout your current TD configurations.

Navigation

• "Showing a class-of-service profile" (page 66)

• "Showing ESU ring information" (page 67)

• "Showing ESU ring record information" (page 68)

• "Showing ESU Ring port state" (page 70)

• "Showing esu-dh-ring information" (page 71)

• "Showing esu-dh-ring record" (page 72)

• "Showing esu-dh-ring port-state" (page 73)

• "Showing standalone ESU information" (page 74)

• "Showing standalone ESU record information" (page 75)

• "Showing ESU standalone port state" (page 76)

• "Showing ESM 8668 server-port information" (page 77)




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• "Showing the VLACP port configuration" (page 80)

Showing a class-of-service profileTo display a class-of-service profile, use the following command:

show cos-profile info all [ <name> ]

where

name is the cos profile name in a string from 1 to 20 characters.

The following screen capture shows sample output for this command.

The following table describes the show cos-profile info all[<name>] command parameters.

show cos-profile info all summary command parameters

Parameter Description

INDEX The index number assigned to the COS profile.

NAME The name assigned to the COS profile.

PREMIUM Indicates the Premium COS level parameters:

• UNIT—The unit measurement as either 64kb units or 1mb units.

• CIR—The committed information rate assigned to the cos-profilefor premium traffic.

• PIR-USAGE—The peak information rate usage status.

• CTL—The token bucket maximum size status.

• KB—The size of the token bucket in kilobytes.




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GOLD Indicates the Gold COS level parameters:


• CIR—The committed information rate assigned to the cos-profilefor Gold traffic.

• PIR-USAGE—The peak information rate usage status

• CTL—The token bucket maximum size status

• KBv—The size of the token bucket in kilobytes

SILVER Indicates the Silver COS level parameters:


• CIR—The committed information rate assigned to the cos-profilefor Silver traffic.

• PIR-USAGE—The peak information rate usage status


• KB—The size of the token bucket in kilobytes

STANDARD Indicates the Standard COS level parameters:


• PIR—The peak information rate assigned to the cos-profile for alltraffic.



MCAST Indicates the Multicast COS level parameters:


• LIMIT-USAGE—The limit usage status



Showing ESU ring informationTo display information about the current ESU ring or a specific ESU ring,use the following command:

show esu-ring info [ <ring-id> ]

where

ring-id is an optional parameter that indicates the id number of aspecific ESU ring.





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The following table describes the show esu-ring info commandparameters.

show esu-ring info command parameters


ID Indicates the assigned esu-RING Mod-ID number.

NAME Indicates the name of the ESU ring.

PRI-PORT Indicates the Primary ring port.

SEC-PORT Indicates the Secondary ring port.

INTERVAL Indicates the time interval, in seconds, used to discoverport states.

ADMIN STATUS Indicates the specified ring’s administrative state.

OPER STATUS Indicates the specified ring’s operational state.

VLAN IDS Indicates the ID name of the VLAN

RRP-Hello STATUS Indicates if RRP is enabled or disabled on the ring.

RRP-HelloINTERVAL

Indicates the RRP-Hello timer interval in milliseconds.

Showing ESU ring record informationTo display statistical information about the current ESU ring or a specificESU Ring, use the following command:

show esu-ring record [ <ring-id> ]

where




.


ring-id is an optional parameter that indicates the id number of aspecific ESU ring.


The following table describes the show esu-ring record commandparameters.

Table 1show esu-ring record command parameters


ID Indicates the assigned ESU Mod-ID number.

MAC ADDRESS Indicates the ESU MAC address.

IP ADDR Indicates the management IP address of the ESU.

PORT USED Indicates that the ring is active on both ports.

OPER STATUS Indicates the ring’s operational status.

POSITION Indicates the (physical) port position within the ring,starting from the Primary port.

The Port Used parameter provides an indication of where a ring cut exists inrelation to this ESU. The Possible Values parameter includes:

• Ring: indicates that ring is closed and operating normally

• Sec: indicates that the ring is cut and that this ESU’s only path is throughthe Secondary ring port (for example, the cut is upstream of this ESU)

• Pri: indicates that the ring is cut and that this ESU’s only path is throughthe Primary ring port (for example, the cut is downstream of this ESU)




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Showing ESU Ring port stateTo display information about the current ESU Ring port states or a specificESU Ring port state, use the following command:

show esu-ring port-state [ <ring-id> ]

where

ring-id is an optional parameter (an integer value between 1 and 254)that indicates the id number of a specific ESU ring. If you do not enter avalue, the system defaults to ring 1.


The following table describes the show esu-ring port-state commandparameters.

show esu-ring port-state command parameters


PORT CONFIG Four groups of binary integers with positional notation, which graphicallyrepresents ports that are configured:

Starting with port 1 at the least significant bit position, a "1" represents theport is configured, a "0" indicates the port is not configured. (For example,00001000 indicates that port 5 is configured.)

PORT STATUS Four groups of binary integers with positional notation, which graphicallyrepresents the port status:




.



Starting with port 1 at the least significant bit position, a "1" representsthe port is Up, a "0" indicates the port is Down. (For example, 00001000indicates that port 5 is Up.)

Port Config: identifies the ports that are configured to support VPN andIP services. A "1" indicates the port is configured to support VPN and IPservices. A "0" indicates the port does not support either VPN or IP services.

Port Status: The above display indicates that there are more ports thanavailable on the ESU. The left most significant bits represent internal virtualports. For example, port 28 is the ESU management port.

The state of the uplink ports, when in ring mode or in standalone mode, isalways zero.

Showing esu-dh-ring informationTo display information about a specified ESU ring, use the followingcommand:

show esu-dh-ring info [ <ring-id> ]

where

ring-id is the (optional) unique identification number that identifies theESU ring you are creating. Enter an integer value between 1 and 254.


The following table describes the show esu-dh-ring info commandparameters.

show esu-dh-ring info command parameters


ID Indicates the assigned esu-RING Mod-ID number.

NAME Indicates the name of the ESU ring.




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PORT Indicates the ring port.

IBT-PORT/MLT Indicates the trunk ring port.

IBT VLAN Indicates the ring VLAN.

INTERVAL Indicates the time interval, in seconds, used to discoverport states.

ADMIN STATUS Indicates the specified ring’s administrative state.

OPER STATUS Indicates the specified ring’s operational state.

VLAN IDS Indicates the ID name of the VLAN

RRP-HELLOSTATUS

Indicates if RRP is enabled or disabled on the ring.

RRP-HELLOINTERVAL

Indicates the RRP-Hello timer interval in milliseconds.

PARTNER-PORT-MAC

Indicates the MAC address of the associated ESU unit.

Showing esu-dh-ring recordTo display information about specified ESU ring records, use the followingcommand:

show esu-dh-ring record [ <ring-id> ]

where



The following table describes the show esu-dh-ring record commandparameters.

show esu-dh-ring record command parameters


ID Indicates the assigned ESU Mod-ID number

MAC ADDRESS Indicates the ESU MAC address




.



IP ADDR Indicates the management IP address of the ESU.

PORT USED Indicates that the ring is active on both ports.

OPER STATUS Indicates the ring’s operational status.

POSITION Indicates the (physical) port position within the ring,starting from the Primary port.

The Port Used parameter provides an indication of where a ring cut exists inrelation to this ESU. The Possible Values parameter includes:

• Ring: indicates that ring is closed and operating normally

• Sec: indicates that the ring is cut and that this ESU’s only path is throughthe Secondary ring port (for example, the cut is upstream of this ESU)

• Pri: indicates that the ring is cut and that this ESU’s only path is throughthe Primary ring port (for example, the cut is downstream of this ESU)

Showing esu-dh-ring port-stateTo display information about specified ESU ring port-states, use thefollowing command:

show esu-dh-ring port-state [ <ring-id> ]

where






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The following table describes the show esu-dh-ring port-statecommand parameters.

show esu-dh-ring port-state command parameters



Starting with port 1 at the least significant bit position, a "1" representsthe port is configured, a "0" indicates the port is not configured. (Forexample, 00001000 indicates that port 5 is configured.)


Starting with port 1 at the least significant bit position, a "1" representsthe port is Up, a "0" indicates the port is Down. (For example, 00001000indicates that port 5 is Up.)

Port Config: identifies the ports that are configured to support VPN andIP services. A "1" indicates the port is configured to support VPN and IPservices. A "0" indicates the port does not support either VPN or IP services.

Port Status: The above display indicates that there are more ports thanavailable on the ESU. The left most significant bits represent internal virtualports. For example, port 28 is the ESU management port.

The state of the uplink ports, when in ring mode or in standalone mode, isalways zero.

Showing standalone ESU informationTo display statistical information about a standalone ESU configuration,use the following command:

show esu-standalone info [ <port> ]

where

port is an optional parameter that indicates the slot/port number of aspecific ESU configuration.





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The following table describes the show esu-standalone infocommand parameters.

show esu-standalone info command parameters


ESM-PORT The assigned port number that the Metro ESU isconnected to.

INTERVAL The time interval, in seconds, used to discover port states.

ADMIN STATUS Indicates the ring’s administrative state.

OPER STATUS Indicates the ring’s operational state.

Showing standalone ESU record informationTo display statistical information about a standalone ESU configuration,use the following command:

show esu-standalone record [ <port> ]

where

port is an optional parameter that indicates the slot/port number of aspecific ESU configuration.





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The following table describes the show esu-standalone recordcommand parameters.

show esu-standalone record command parameters


ID The assigned Metro ESU module ID number (the Mod-ID).

MAC ADDRESS

The Metro ESU module’s MAC address.

IP ADDR The Metro ESU module’s management IP address.

OPER STATUS The ring’s operational state.

POSITION The port’s position within the ring, starting from the Primaryport.

Showing ESU standalone port stateTo display information about all ESU standalone port states or a specificESU standalone port state, use the following command:

show esu-standalone port-state [ <port> ]

where

port is an optional parameter that indicates the slot/port number of aspecific ESU standalone port. If you do not enter a specific port number,the system shows all standalone ports.





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The following table describes the show esu-standalone port-statecommand parameters.

show esu-standalone port-state command parameters



Starting with port 1 at the least significant bit position, a "1" represents theport is configured, a "0" indicates the port is not configured. (For example,00001001 indicates that port 5 and port 8 are configured.)


Starting with port 1 at the least significant bit position, a "1" representsthe port is Up, a "0" indicates the port is Down. (For example, 00001001indicates that port 5 and port 8 are Up.)

Showing ESM 8668 server-port informationYour Metro ESM 8668 module provides statistics that can help you monitortraffic utilization on a specified ESM-server port. Each Metro ESM 8668server port can provide a full range of statistics, including the last 15 minuteinterval, hourly, and daily accumulation.

MIBs can maintain up to 24 hours of data per Metro ESM 8668 server port,which you can access. The total number of entries stored per Metro ESM8668 port is 1 440 entries: (24 hours x 60 minutes / Hour x 1 data collection/ minutes = 1440 entries).

CLI can display the following current information:

• Last 15-minute statistics

CLI can display the previous 15 minutes on each quarter hour. Thedisplay includes minimum Bytes/sec, maximum Bytes/sec, and averageBytes/sec, for each 1-minute interval during the last 15 minutes.

• Hour level

CLI can display the previous hourly stats, by ESM server port, for thepast 24 hours collected, and up to the last quarter hour (for example, if itis currently 2:15 PM, the display starts at 2:15 PM of the previous day).The display includes only the average of the Bytes/sec to a granularity of1 minute, for each 60 minute interval.

If the current or last hour data is a partial hour, the last hour displayed isup to the last quarter hour and the average is for the total partial minutesreceived (for example, if the last hour entry is 2:00 to 2:14, average isfor the 15-minute interval, not 60).

• Stats-daily-level




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• CLI can display the previous 24-hour statistics, by ESM server port.The display includes only the average of the bytes per second to agranularity of 1 minute. For a 24-hour period, this is for the last 1 440data statistics collected per ESM server port.

To show ESM 8668 server-port statistics, use the following command:

show esm

The following table describes the show esm command parameters.

show esm command parameters

show esmfollowed by:

info <port> [legacy<port> ] [uni <value> ]

Shows uni ID and associated legacy port info for the selectedserver port, where:

• port is the ESM or legacy port.

• value is the UNI ID in IP notation.

stats <port> Shows server port stats per min up to last 1440 minute, where:

• esm port is the ESM or legacy port.

stats-last-15minute [<port> ]

Shows last fifteen minutes of stats collected for the serverports, where:


stats-hour-level [<port> ]

Shows hourly of stats collected for the server ports over thepast 24 hours, where:


stats-daily-level [<port> ]

Shows daily stats for the server port, up to the nearest 15minutes collected over 24 hours, where:


clear esm stats [ <port>]

Clears ESM server port statistics, where:


The following screen captures show statistics for the show esm commands.




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To clear ESM statistics, use the following command:

clear esm stats { <ports> }

where:

• ports is a port or range of ports in the format x:x

• if no ports are specified, the statistics for all ports are cleared.




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Showing the VLACP port configurationTo show information about the VLACP port configuration:

show port info vlacp [vlan <value>][port <value> ]

where

vlan <value> indicates a VLAN IDports <value> indicates the list of ports in the format slot/port.


The following table describes the show port info vlacp main [<ports> ] command parameters.

show port info vlacp information


INDEX Displays the index number of the VLACP port.

ADMIN ENABLED Indicates whether or not VLACP is enabled on the specified port.

PORT STATE Indicates the state (up or down) of the port.

OPER ENABLED Displays whether or not VLACP operations are enabled.

FAST TIME Displays the VLACPDU exchange fast-periodic-time value. These valuescan range from 25 to 20000 milliseconds.

SLOW TIME Displays the VLACPDU exchange slow-periodic-time value. Thesevalues can range from 10000 to 30000 milliseconds.

TIMEOUT TIME Displays the timeout time.

TIMEOUT SCALE Displays the specified time to bring the port down. These times canrange from 1 to 10 milliseconds.

ETHER TYPE Displays the Ethertype value of the VLACP frame.

MAC ADDRESS Displays the MAC address of the VLACPDU from an end-to-endperspective.




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Nortel Metro Ethernet Routing Switch 8600

Configuration — Extended ESU ServicesCopyright © 2007, Nortel NetworksAll Rights Reserved.

Publication: NN46220-505Document status: StandardDocument version: 01.01Document date: 20 March 2007

To provide feedback or report a problem in this document, go to www.nortel.com/documentfeedback.

The information in this document is subject to change without notice. The statements, configurations, technical data, andrecommendations in this document are believed to be accurate and reliable, but are presented without express or implied warranty.Users must take full responsibility for their applications of any products specified in this document. The information in this documentis proprietary to Nortel Networks Inc.

The software described in this document is furnished under a license agreement and may be used only in accordance with theterms of that license. The software license agreement is included in this document.

Nortel, the Nortel logo, and the Globemark are trademarks of Nortel Networks. All other trademarks are the property of theirrespective owners.

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Mers 8600 Configuration

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