smartstack token ring switches...

SmartSTACK Token Ring Switches

Device Management

Supports Management Module SM-CSI1095

Titlep

ae

D e v i c e M a n a g e m e n t S m a r t S T A C K T o k e n R i n g S w i t c h e s

Copyright NoticeDocument 3574. Copyright © 2001-present Aprisma Management Technologies, Inc., 121 Technology Drive, Durham, NH 03824 USA. All rights reserved worldwide. Use, duplication, or disclosure by the United States government is subject to the restrictions set forth in DFARS 252.227-7013(c)(1)(ii) and FAR 52.227-19.Liability DisclaimerAprisma Management Technologies, Inc. (“Aprisma”) reserves the right to make changes in specifications and other information contained in this document without prior notice. In all cases, the reader should contact Aprisma to inquire if any changes have been made.The hardware, firmware, or software described in this manual is subject to change without notice.IN NO EVENT SHALL APRISMA, ITS EMPLOYEES, OFFICERS, DIRECTORS, AGENTS, OR AFFILIATES BE LIABLE FOR ANY INCIDENTAL, INDIRECT, SPECIAL, OR CONSEQUENTIAL DAMAGES WHATSOEVER (INCLUDING BUT NOT LIMITED TO LOST PROFITS) ARISING OUT OF OR RELATED TO THIS MANUAL OR THE INFORMATION CONTAINED IN IT, EVEN IF APRISMA HAS BEEN ADVISED OF, HAS KNOWN, OR SHOULD HAVE KNOWN, THE POSSIBILITY OF SUCH DAMAGES.Trademark, Service Mark, and Logo InformationSPECTRUM, IMT, and the SPECTRUM IMT/VNM logo are registered trademarks of Aprisma Management Technologies, Inc., or its affiliates. APRISMA, APRISMA MANAGEMENT TECHNOLOGIES, the APRISMA MANAGEMENT TECHNOLOGIES logo, MANAGE WHAT MATTERS, DCM, VNM, SpectroGRAPH, SpectroSERVER, Inductive Modeling Technology, Device Communications Manager, SPECTRUM Security Manager, and Virtual Network Machine are unregistered trademarks of Aprisma Management Technologies, Inc., or its affiliates. For a complete list of Aprisma trademarks, service marks, and trade names, go tohttp://www.aprisma.com/manuals/trademark-list.htm.

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about trademark or copyright references, please send an e-mail to [email protected]; we will do our best to help.Restricted Rights Notice(Applicable to licenses to the United States government only.)

This software and/or user documentation is/are provided with RESTRICTED AND LIMITED RIGHTS. Use, duplication, or disclosure by the government is subject to restrictions as set forth in FAR 52.227-14 (June 1987) Alternate III (g)(3) (June 1987), FAR 52.227-19 (June 1987), or DFARS 52.227-7013 (c)(1)(ii) (June 1988), and/or in similar or successor clauses in the FAR or DFARS, or in the DOD or NASA FAR Supplement, as applicable. Contractor/manufacturer is Aprisma Management Technologies, Inc., 121 Technology Drive, Durham, NH 03824. In the event the government seeks to obtain the software pursuant to standard commercial practice, this software agreement, instead of the noted regulatory clauses, shall control the terms of the government's license.Virus DisclaimerAprisma makes no representations or warranties to the effect that the licensed software is virus-free.

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Contact InformationAprisma Management Technologies, Inc.121 Technology DriveDurham, NH 03824Phone: 603.334.2100U.S. toll-free: 877.468.1448Web site: http://www.aprisma.com

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http://www.aprisma.com

D e v T o k e n R i n g S w i t c h e s

INTR

PuReSuTh

TAS

DEV

Ch

enu................................... 19

21

iew ................................... 21iew..................................... 22

23

........................................... 23

........................................... 24

........................................... 24

........................................... 26Domain View ..................... 26ent Table Entry.................. 27tion View ........................... 27View ..................................28able ................................... 28.......................................... 29tion View............................ 30on ...................................... 32tion View............................ 32n View ............................... 33...........................................34iew.................................... 35

........................................... 35

........................................... 36

...........................................37

i c e M a n a g e m e n t S m a r t S T A C K

ContentsODUCTION 6

rpose and Scope ........................................................6quired Reading ...........................................................6pported Devices..........................................................7e SPECTRUM Model ..................................................7

KS 10

ICE VIEWS 12

Interface Icons ...........................................................13Interface Icon Subviews Menu...............................14

Interface Detail View..................................................15Sub-Interfaces ...........................................................15Interface Status View.................................................15Interface Configuration View .....................................15Model Information View .............................................15Interface Address Translation Table..........................16Secondary Address Panel .........................................16Interface Threshold View...........................................16Switch Port Table Entry View ....................................16assis Device View ....................................................17

Module Icon ...............................................................17Module Labels........................................................18

Module Icon Subviews Menu .............................18Switch Module Table Entry.................................18

Port Labels.............................................................19

Port Icon Subviews M

DEVICE TOPOLOGY VIEWS

Interface Device Topology VChassis Device Topology V

APPLICATION VIEWS

Main Application View........Supported Applications ......

Common Applications ....Cisco VTP Applications......

Cisco VTP Management Add Domain Managem

Cisco VTP VLAN InformaCisco VTP VLAN Editing

VLAN Editing Control TVLAN Edit Buffer Table

Cisco Trunk Port InformaDTR Concentrator Applicati

Concentrator Relay FuncSpanning Tree Informatio

Spanning Tree Table ..Static/Dynamic Filtering V

Dynamic MAC Table ...Dynamic Route Table .Static/Dynamic Table ..

C o n C o n t e n t s


ST

AT

Fa

Hi

DT

PER

DePo

CON

InAT

ation ................................... 60tions ................................... 63w........................................ 64

............................................ 64

............................................ 65........................................... 65Reconfiguration Options .... 66lation Table ......................... 67le ....................................... 67

guration .............................. 68guration .............................. 69t Configuration Table ......... 71ort Protocols Table ............ 73l Port Novell Protocol Table 74al Bridging Table ................ 74ridging Table...................... 75l Port Other Protocol Table 75l Port SNA Protocol Table (w/ ............................................ 75l Port SNA Protocol Table (w/o ............................................ 76able .................................... 76ion Table ............................ 76............................................ 76 Table ................................ 77

............................................ 77 Table ................................ 78 Table ................................ 79ion ...................................... 81............................................ 81

t e n t s


Static MAC .............................................................37Static Route Table .................................................39

Port Mask Information View.......................................40S16 Applications.......................................................41

Power Supply Information View.................................41M Uplink Application.................................................42

Permanent Virtual Connections View........................42Add PVC Table Entry.............................................43

Traffic Profiles View...................................................43Add Traffic Profiles Entry .......................................45VAP Traffic Profile Mapping View ..........................45Add Mapping Table Entry ......................................46

VCC Status Information.............................................46st Ethernet Uplink Application...................................49

Fast Ethernet Uplink DS21143 View......................49gh Speed Token Ring Uplink Application ..................50HSTR ThunderLAN Diagnostics Table......................50R Mac MIB Applications ...........................................51

dot5 Statistics Information .........................................51802.5 Information for Interface Number.....................52

FORMANCE VIEWS 54

vice Performance View.............................................55rt Performance View .................................................55

FIGURATION VIEWS 56

terface Configuration View.........................................56M Uplink Configuration View ....................................57

Common VAP Configuration View.............................59

Specific VAP ConfigurMAC Address Connec

Port Hardware Setup VieMessage Logs View ..LED Status Table ......

STS16 Configuration ViewRedundancy and Model Interface Address Trans

Interface Configuration TabFast Ethernet Uplink Confi

Fast Ethernet Port ConfiFast Ethernet Virtual Por

Fast Ethernet Virtual PFast Ethernet VirtuaNetBios TranslationSNA Translational BFast Ethernet VirtuaFast Ethernet Virtua

SNAP).............Fast Ethernet Virtua

SNAP).............Dual Home Address TPort Mapping Informat

Port Mapping .........Virtual Port Mapping

Led Status Table...........HSTR Uplink Configuration

HSTR Port ConfigurationPort Mapping Informat

Port Mapping .........

C o n C o n t e n t s


Si

ST

Pr

Tr

TrFi

Sw

WS 111

112

t e n t s


Virtual Port Mapping...........................................81HSTR Virtual Port Configuration Table......................81

Add Entry Virtual Port Entry ...................................83LED Status Table...................................................83

gnaling Configuration View ........................................84SSCOP Configuration View.......................................85S16 Stack Configuration View..................................86

Trap Receiver Information View ................................88Add Trap Receiver Table Entry View.....................89

Switch Stack Configuration View...............................89Switch Module Information View ...............................91Port Configuration View.............................................93obe/Crosslink Configuration View .............................96Passive Probe Table .................................................96Crosslink Table..........................................................97CRF Configuration View ............................................97TrCRF Configuration Table .......................................97

TrCRF Configuration Table Entry ..........................99BRF Configuration View ............................................99lter Configuration View.............................................100Class Filter Table.....................................................101Protocol Filter Table ................................................101Destination MAC Filter.............................................103

Add Destination MAC Table Entry .......................104Source MAC Filter ...................................................104

Add Source MAC Table Entry..............................105Duplicate/Trunk Configuration .................................106

Duplicate Address................................................106Trunk Protocol Table............................................106

itch Port Table Entry ..............................................107

MODEL INFORMATION VIE

INDEX


TACK Token Ring

Thisdocswi

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PuUseSmSPETheandconRinSPE

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ingion effectively, you must rmation covered by the documentation topics

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IntroductionThis section introduces the SPECTRUM Device Management documentation for SmartSswitches.

introduction to the Device Management umentation for SmartSTACK Token Ring tches contains the following information:

Purpose and ScopeRequired ReadingSupported DevicesThe SPECTRUM Model

rpose and Scope this documentation as a guide for managing artSTACK Token Ring switches with the CTRUM management module SM-CSI1095. documentation describes the icons, menus, views that enable you to remotely monitor, figure, and troubleshoot SmartSTACK Token g switches through software models in your CTRUM database.

y information specific to the supported agement module is included under this

umentation topic. For general information ut device management using SPECTRUM and

for explanations of basicand navigation techniqulisted under Required Re

Required ReadTo use this documentatbe familiar with the infoother SPECTRUM onlinelisted below.

• Getting Started wiOperators

• Getting Started wiAdministrators

• How To Manage YoSPECTRUM

• SPECTRUM Views• Software Release N• SPECTRUM Menus• SPECTRUM Icons• Management Modu

I n t r S u p p o r t e d D e v i c e s


SuThe(STSwithTokInteIEERinexpBrofeatbacTheCSIof Sbelo

ed for the desktop, this supporting one station rts which can provide full . This unit can be used to hub ports while provid-mance and reliability. e stacked to the work- switches as well.

applications requiring nnectivity, this switch Multimode fiber cabling ns, making fiber connec-as RJ-45 UTP cable con-

Modelle device model type, y of the supported g switches. STS16 models roGRAPH views by Device

the Device icon varies e kind of view it appears

o d u c t i o n


pported Devices SmartSTACK Token Ring Switch family 16-20xx) provides Token Ring Workgroups backbone connectivity to ATM, High Speed en Ring and Fast Ethernet via SmartSTACK rface Modules (SSIMs). It complies with the E 802.5r specification for Dedicated Token g (DTR). Its design is stackable, providing easy ansion and scalability. RMON management, adcast reduction and advanced filtering ures increase network performance and ease kbone congestion in client-server networks. SPECTRUM management module SM-1095 currently allows you to model four types martSTACK Token Ring switches as described w.

STS16-20RM. This switch has 20 ports (RJ-45), and two SSIM slots for supporting high speed uplinks to corporate backbones.

STS16-20R. This switch is similar to the aforementioned, but without the SSIM slots. It is designed to be stacked easily to the STS16-20RM via the stack interface on the rear of the switches to increase the port density. Up to 8 switches are supported per stack via a switch stacker unit.

STS16-20D. Designswitch with 16 portsper port, and four ponetwork connectivityreplace older shareding increased perforThis unit can also bgroup segmentation

STS16-20FRM. Forfiber optic cabling cosupports 20 ports ofvia VF-45 connectiotions as easy to use nections.

The SPECTRUMSPECTRUM uses a singSTS16, for modeling anSmartSTACK Token Rinare represented in Specticons.

Figure 1 (Page 8) shows slightly depending on thin.

I n t r T h e S P E C T R U M M o d e l


o d u c t i o n


Figure 1: Device Icons

Large Device icon255.19.26.234

255.19.26.233

STS16

Small Device icon appears in

STS16

Topology, Application,

appears in Device Topology,Lost and Found, Location, andInterface Device views.

and Container views.

I n t r T h e S P E C T R U M M o d e l


Theava

t covering management organized as follows:

2)

s (Page 21)

age 23)

Page 54)

(Page 56)

iews (Page 111).

Dev

Dev

App

Con

FauMan

ModInfo

PrimApp

o d u c t i o n


device-specific Icon Subviews menu options ilable from the Device icon are listed below.

The rest of this documenmodule SM-CSI1015 is

• Tasks (Page 10)

• Device Views (Page 1

• Device Topology View

• Application Views (P

• Performance Views (

• Configuration Views

• Model Information V

Option Accesses the...

ice Device Views (Page 12)

ice Topology Device Topology Views (Page 21)

lication Application Views (Page 23)

figuration Configuration Views (Page 56)

lt agement

For further information refer to the How to Manage Your Network with SPECTRUM documentation.

el rmation

Model Information Views (Page 111)

ary lication

Menu options that let you select either Gen Bridge App or MIB-II as the primary application.


rmed for the his document.

Adm••

Ala••••

Ana•••

Ban••

examine) (Page 17)logy View (Page 22)

(configure) (Page 56)

ts (configure)on View (Page 56)ew (Page 93)try (7)

monitor)

(Page 17)Page 54)

(modify) (Page 15)

i c e M a n a g e m e n t Page 10 S m a r t S T A C K

Tasks

This section identifies various management and troubleshooting tasks that can be perfoSmartSTACK Token Ring switches using the views, icons and labels referenced within t

inistrative Status (configure/examine)Interface Status Label (Page 13)Administrative Status (Page 15)

rms, Traps (configure)Performance Views (Page 54)Generate Redundancy Alarms? (Page 66)Trap Receiver Information View (Page 88)TrBRF Traps On (Page 89)

lyze Packet and Error Counts (examine)Fast Ethernet Uplink DS21143 View (Page 49)HSTR ThunderLAN Diagnostics Table (Page 50)Performance Views (Page 54)

dwidth (check)Bandwidth (Page 57)Bandwidth (Page 67)

Chassis Information (• Chassis Device View• Chassis Device Topo

Configure the Device• Configuration Views

Configure Switch Por• Interface Configurati• Port Configuration Vi• Switch Port Table En

Device Performance (• (Page 12)• Chassis Device View• Performance Views (

Enable/Disable Ports• Interface Status View

T a s


Inte••

Mo•

Mo•

Mo•••

Per••

Por•••••

or))Page 54)w (Page 55)(Page 101)

xamine/modify)ew (Page 93)try (Page 107)

logy View (Page 21)logy View (Page 22)

k s


rface Mask and Address (modify)Interface Address Translation Table (Page 16)Secondary Address Panel (Page 16)

del Information (examine)Model Information Views (Page 111)

del Redundancy (configure)Redundancy and Model Reconfiguration Options (Page 66)

nitoring Ports (monitor)SPAN Mon (Page 90)TrCRFs SPAN Monitored (Page 91)Mon. Port (Page 96)

forming a Download (modify)Download Switch (Page 86)Download Status (Page 86)

t Configuration (examine/modify)Interface Icons (Page 13)Device Topology Views (Page 21)Interface Configuration View (Page 56)Port Configuration View (Page 93)Switch Port Table Entry (Page 107)

Port Statistics (monit• Port Labels (Page 19• Performance Views (• Port Performance Vie• Protocol Filter Table

Security (configure)• Security (Page 95)

Setting Thresholds (e• Port Configuration Vi• Switch Port Table En

Topology (check)• Interface Device Topo• Chassis Device Topo


tSTACK Token Ring

Accicon

ThisreprmodproinfonetwInteTheiconandtwo

••

face Device View

Device: JK2

System Up Time

Manufacturer

Device Type

Serial Number

Help?

ation

4 ON1.4

0

:C6:FF:0:440:0:0:0

ISO88025S16-20RM Tok

0 ON1.10

0

:C6:FF:0:440:0:0:0

SO88025S16-20RM Tok

6 ON1.16

0

:C6:FF:0:440:0:0:0

ISO88025S16-20RM Tok

5 ON1.5

0

0:0:C6:FF:0:410:0:0:0

ISO88025STS16-20RM Tok

6 ON1.6

0

0:0:C6:FF:0:420:0:0:0


11 ON1.11

0

0:0:C6:FF:0:410:0:0:0


12 ON1.12

0

0:0:C6:FF:0:420:0:0:0


17 ON1.17

0

0:0:C6:FF:0:410:0:0:0


18 ON1.18

0

0:0:C6:FF:0:420:0:0:0



Device Views

This section describes the Device views and subviews available for models of the Smarswitches in SPECTRUM.

ess: From the Icon Subviews menu for the Device , select Interface Device.

view (Figure 2) uses icons and labels to esent the device and its components, such as ules, ports, and applications. The view

vides dynamic configuration and performance rmation for each of the device’s serial and ork I/O ports, which are represented by

rface icons in the bottom panel of the view. middle panel of the view displays a Device , which lets you monitor the device operation access other device-specific views. There are device views for this device:

Interface Device View (Page 12)Chassis Device View (Page 17)

Figure 2: Inter

SpectroGRAPH: Route

Network AddressNameContactDescriptionLocation

File View Tools Bookmarks

Primary Applic

JK2

STS16Interface Description

Find Phys Addr

1 ON1.1

1

0:0:C6:FF:0:410:0:0:0


2 ON1.2

0

0:0:C6:FF:0:420:0:0:0


3 ON1.3

0

0:0:C6:FF:0:430:0:0:0


0:0ST

7 ON1.7

0

0:0:C6:FF:0:410:0:0:0


8 ON1.8

0

0:0:C6:FF:0:420:0:0:0


9 ON1.9

0

0:0:C6:FF:0:430:0:0:0


1

0:0

IST

13 ON1.13

0

0:0:C6:FF:0:410:0:0:0


14 ON1.14

0

0:0:C6:FF:0:420:0:0:0


15 ON1.15

0

0:0:C6:FF:0:430:0:0:0


1

0:0ST

D e v


IntFigufrominfodouthe

nterface number.

urrent Operational Status le 1). Note that the label also depends on the inistrative Status, which Interface Status View be accessed by double-

Labelmber correlating to the device in a stack, and to device. Double-click this F Configuration View

Status Label Colors

Administrative Status

Label Text

ON ON

OFF OFF

ON OFF

Test Test

i c e V i e w s


erface Iconsre 3 shows a close-up of an Interface icon an Interface Device view. Most of the

rmational labels on the icon also provide ble-click access to other views, as explained in following label descriptions.

Figure 3: Interface Icon

Interface Number LabelThis label displays the i

Interface Status LabelThis label displays the cof the interface (see Tabbackground color of the interface’s current Admis set by the user in the(Page 15). This view canclicking the label.

Device/Interface NumberThis label displays a nuphysical location of the the interface within thatlabel to access the TrBR(Page 99).

2 ON1.2

0:0:C6:FF:0:410:0:0:0


(b)

(c)(d)

(g)

(e)(f)

(a)

a Interface Number Label

b Interface Status Label

c Device/Interface Number Label

d Interface Type Label

e Interface Description Label

f Physical Address Label

g IP Address Label

Table 1: Interface

Color Operational Status

Green ON

Blue OFF

Yellow OFF

Red Testing

D e v


InteThisTokthisView

InteThisthisto oView

PhyThisthe Intewhiaddseleon aAddviewcorrTramod

IP AThisinteSec

ss and mask for this

iews Menu bviews menu options e icon.

Icon Subviews Menu

Opens the . . .

ce Detail View (Page 15) ys Packet, Error, and Discard own pie charts.

only valid when an interface has sub-interfaces associated . For example ATM Frame and interfaces. For more ation, see the SPECTRUM document.

ce Status View (Page 15) ys the operational status of the ce.

ce Configuration View 6) provides information about ected interface.

Information Views (Page 111) the information for this IF .

i c e V i e w s


rface Type Label label identifies the type of interface—e.g., en Ring, Ethernet, FDDI, etc. Double-click label to access the Interface Configuration (Page 56).

rface Description Label label identifies the type of network to which interface is connected. Double-click the label pen the Generic Interface Model Information for the interface.

sical Address Label label displays the physical (MAC) address of interface. Double-click the label to open the rface Address Translation Table (Page 16), ch cross-references network addresses (IP resses) to physical (MAC) addresses for cted nodes between networks. Double-clicking ny column entry opens an address-specific ress Translation Table Information view. This provides the same information as the esponding row for the Interface Address nslation Table (Page 16), but allows you to ify field values.

ddress Label label displays the IP address for the rface. Double-click the label to open the ondary Address Panel (Page 16), which allows

you to change the addreinterface.

Interface Icon SubvTable 2 lists the Icon Suavailable for the Interfac

Table 2: Interface

Option

Detail InterfadisplaBreakd

Sub-Interfaces This ismodelwith itRelay informViews

IF Status Interfadisplainterfa

IF Configuration Interfa(Page 5the sel

Model Information Model showsmodel

D e v


IntThepacbrearefe

SuThissub

terfaces. For information r to SPECTRUM Views.

Viewation on the operational

d allows you to enable or

interface (UP, DOWN, or

o select the desired interface (ON, OFF, or

ration Viewion View (Page 56).

n Viewiews (Page 111).

IF ATra

SecPan

Thr

Port

i c e V i e w s


erface Detail View Interface Device view contains statistics on ket breakdown, error breakdown and discard kdown. For information on this view please

r to SPECTRUM Views.

b-Interfaces is only enabled when an interface model has -interfaces associated with it. For example

ATM Frame and Relay inon this view, please refe

Interface Status This view provides informstatus of the interface andisable the port.

Operational StatusThe current state of theTesting).

Administrative StatusThis button allows you toperational state of the Testing).

Interface ConfiguSee Interface Configurat

Model InformatioSee Model Information V

ddress nslation Table

Interface Address Translation Table (Page 16) shows the Physical and Network address for each interface.

ondary Address el

Secondary Address Panel (Page 16) displays IP Addresses from the Address Translation table.

esholds Interface Threshold View (Page 16) allows you to set the on/off alarm thresholds for: load, packet rate, error rate, and % discarded.

Configuration Switch Port Table Entry (Page 107) provides current configuration and statistical information for a selected port.

Table 2: Interface Icon Subviews Menu

Option Opens the . . .

D e v


IntTaThisadd

InteThe

PhyThe

NetThe

SeThismasTabchaAddin t

IntThisthre

••

e Entry Viewtry (Page 107).

i c e V i e w s


erface Address Translation ble table provides the physical and network resses associated with the interface index.

rface Index value that coincides with the interface.

sical Address MAC address of the interface.

work Address IP Address of the interface.

condary Address Panel panel provides a table of IP addresses and ks obtained from the Address Translation le within the device’s firmware. You can nge the current address displayed in the IP ress field by selecting an entry from the table

his panel and clicking the Update button.

erface Threshold View view allow you to set the on/off alarm sholds for the following:

LoadPacket Rate

• Error Rate• % Discarded

Switch Port TablSee Switch Port Table En

D e v C h a s s i s D e v i c e V i e w


ChTheview

Indreprdisp

p of a Module icon from ce view. Note that there n the icon: those labels e as a whole, and those ports.

Module Icon

File

860

Model

Contac

Descri

Locati

1

860

2

161

1

1.2

ON60

1

1.1

N

PortLabels

IF Status

Port PerformanceStatistic

Port Number

Interface Number

i c e V i e w s


assis Device View STS16 models appear in the Chassis Device as module icons (see Figure 4).

ividual ports within each module are esented by smaller icons that dynamically lay current interface information.

Figure 4: STS16 Chassis Device View

Module IconFigure 5 shows a close-uthe STS16 Chassis Deviare two types of labels othat apply to the modulthat apply to individual

Figure 5:

SpectroGRAPH: Device: JK2

View Help

1.2

161

ON

1

1.1

160

ON

1

1.3

162

OFF

0

1.4

163

OFF

0

1.5

164

OFF

0

1.6

165

OFF

0

1.7

166

OFF

0

1.8

167

OFF

0

1.9

168

OFF

0

1.10

169

OFF

0

1.11

OFF

0

1.12

OFF

0

1.1

ON

00

170 171 172

Name

t

ption

on

System Up Time

Manufacturer

Device Type

Serial Number

Network Address

Primary Application

1

2.2

161

ON

1

2.1

160

ON

1

2.3

162

OFF

0

2.4

163

OFF

0

2.5

164

OFF

0

2.6

165

OFF

0

2.7

166

OFF

0

2.8

167

OFF

0

2.9

168

OFF

0

2.10

169

OFF

0

2.11

OFF

0

2.12

OFF

0

2.1

ON

01

170 171 1721

Tools Bookmarks

MIB-ll

1

O

ModuleLabels

Module

8600

1 1Switch/Module

Number

Type



MoTheicon

•

•

MoTabmod

Entryviews menu from the ct Module Configuration.

led configuration elected module.

h selected.

le selected.

Values include: enable, ther.

ged into the slot. Module 860x(860x) represent

el Icon Subviews Menu

Opens the . . .

hich allows you to make, retrieve, and mail annotations lected module.

le Table Entry, which provides d configuration information lected module.

i c e V i e w s


dule Labels following labels are located on each Module :

Switch/Module Number - The switch number, as determined by the port number the switch, is connected in a matrix, or as determined by the Stack Management software, when two switches are connected back to back. The Module number identifies the specific module in the switch. This label also provides double-click access to the Module Notes view (see Table 3).Module Type - The type of module plugged into the slot. Module types OC8600(1) and OC860x(860x) represent the motherboard or Base Module.

dule Icon Subviews Menule 3 lists the Icon Subviews menu options for ule labels in the Chassis Device view.

Switch Module Table Access: From the Icon SubSwitch/Module Number, sele

This view displays detaiinformation about the s

Switch NumberThe number of the switc

Module NumberThe number of the modu

Module StateThe state of the module.disable, faulty, and o

Module TypeThe type of module plugtypes OC8600(1) and OC

Table 3: Module Lab

Option

Module Notes Notes view, wrevise, save, about the se

Module Configuration

Switch Modumore detaileabout the se



the Moddiff

ModThe

FirmThe

NumThe

UptThe

MaxThemaxtran

PoAs sselefourthe men

•

Identifies the interface port. The color of the perating condition of the , red=down or test

us for this interface and lor for the status (green if range if the interface is s label to access the (Page 15).

tatistic - Displays nce statistic has been e Control panel for the

enu bviews menu options for assis Device view.

i c e V i e w s


motherboard or Base Module. Table 26, ule Type Values (Page 92) displays the

erent types of modules.

ule Revision current module version.

ware Version current firmware version.

ber of Ports number of ports on this module.

ime time the module has been up and running.

MTU Size maximum transmission unit. This is the imum frames of octets that can be smitted.

rt Labelshown on the right side of Figure 5, each ctable port icon on a Module icon comprises smaller labels. Right clicking anywhere on port icon lets you access the Icon Subview u options listed in Table 4.

Port Number - Identifies a port. Double-click this label to access the Switch Port Table Entry (Page 107).

• Interface Number -associated with thislabel indicates the ointerface (green=upmode).

• IF Status - The statthe corresponding cothe interface is on, ooff). Double-click thiInterface Status View

• Port Performance Swhichever performaselected in the Gauginterfaces.

Port Icon Subviews MTable 4 lists the Icon Suport labels within the Ch



Det

IF S

IF C

IF ATra

Thr

Por

Mo

i c e V i e w s


Table 4: Port Icon Subviews Menu

Option Opens the...

ail Interface Detail View, which displays statistics on packet, error and discard breakdown. This is described in the SPECTRUM Views document.

tatus Interface Status View (Page 15) displays the operational status of the interface.

onfiguration Interface Configuration Table (Page 67) provides information about the selected interface.

ddress nslation Table

Interface Address Translation Table (Page 16) shows the physical and network address for each interface.

esholds Interface Threshold View (Page 16) allows you to set on/off alarm thresholds for load, packet rate, error rate and % discarded.

t Configuration Switch Port Table Entry (Page 107) provides current configuration and statistical information for a selected port.

del Information Model Information Views (Page 111) shows the information for this interface.


ls of SmartSTACK

Devbetwentiview

••

IntVieAccicon

Theviewthe proas tconappicon

. For more information, Views documentation.

Device Topology View

Help

logy: JK2

JK2

STS16

3 ON1.3

1

:0:C6:FF:0:430:0:0:0


4 ON1.4

1

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R Switch


Device Topology Views

This section provides brief descriptions of the Device Topology views available for modeToken Ring switches in SPECTRUM.

ice Topology views show the connections een a modeled device and other network

ties. There are two kinds of Device Topology s available for STS16 models:

Interface Device Topology ViewChassis Device Topology View (Page 22)

erface Device Topology w

ess: From the Icon Subviews menu for the Device , select DevTop > Interface.

lower panel of the Interface Device Topology (Figure 6) uses interface icons to represent device’s serial/network I/O ports. These icons vide the same information and menu options hose in the (Page 12). If there is a device nected to a particular interface, a device icon ears on the vertical bar above the interface with an icon representing the network group

that contains the devicerefer to the SPECTRUM

Figure 6: Interface

SpectroGRAPH: Device Topo

File View

1 ON1.1

1

0:0:C6:FF:0:410:0:0:0


2 ON1.2

1

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0

SmartSTACK T

Tools Bookmarks

D e v D e v i c e T o p o l o g y V i e w


ChAccicon

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evice Topology View

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3 ON1.3

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4 ON1.4

1

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ks

i c e T o p o l o g y V i e w s C h a s s i s


assis Device Topology Viewess: From the Icon Subviews menu for the Device , select DevTop > Chassis.

re 7 shows an example of the Chassis Device ology view. The lower panel of the view uses rface icons to represent the device’s al/network I/O ports. The port labels in this provide the same information and menu ons as those described under the Interface s (Page 13).

further information on Device Topology views, r to the SPECTRUM Views documentation.

Figure 7: Chassis D

SpectroGRAPH: DeviceFile View

1 ON1.1

1

0:0:C6:FF:0:410:0:0:0


1STS16

2 ON1.2

1

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Tools Bookmar


views available for

Accicon

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ForMIB

Application View

Application: JK2

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coVTPA

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STS16App

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ATMULApp

JK2_DTRCo

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System Up Time

Manufacturer

Device Type

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JK2

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Application Views

This section describes the Application views and the associated application-specific submodels of SmartSTACK Token Ring switches in SPECTRUM.

ess: .From the Icon Subviews menu for the Device , select Application.

in Application Viewen a device model is created, SPECTRUM omatically creates models for each of the or and minor applications supported by the ice. The main Application view identifies all of e application models, shows their current

dition status, and provides access to lication-specific subviews. Figure 8 shows this in the Icon mode. If you prefer the List mode,

ch displays applications as text labels, select w > Mode > List.

more information on this view, refer to the s and the Application View document.

Figure 8: STS16

SpectroGRAPH:

2_

Cis

Cis


Model Name

Contact

Description

Location

Network Address

Bridge App

rt Pair App

ce Routing

nning Tree

Bridge_App

dPtPairApp

rfc1525Ap

an_Tree_A

JK2_Static

Static_App

JK2_MIB-II

MP2-Agent

JK2_ICMP

ICMP_App

SNMP2_Agent

ICMPApp

IP2_App

JK2_IP

IP2_App

System2_App

JK2_Syste

ystem2_Ap

TCP2_App

JK2_TCP

TCP2_App

Primary Application

A p p u p p o r t e d A p p l i c a t i o n s


SuSPEtwo

•

•

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•

onsDatabase

ications

NoNo

l i c a t i o n V i e w s S


pported ApplicationsCTRUM’s applications can be grouped within general categories as follows:

Applications associated with non proprietary MIBs. See Common Applications below.Applications associated with device-specific MIBs. See (Page 25).

mmon Applications the most part, these applications represent non proprietary MIBs supported by your ice. Listed below (beneath the title of the CTRUM document that describes them) are e of the common applications currently ported by SPECTRUM.

Routing Applications- Generic Routing- Repeater- AppleTalk- DECnet- OSPF

- OSPF2- BGP4- VRRP

• Bridging Applicati- Ethernet Special - Spanning Tree- Static- Transparent- PPP Bridging- Source Routing- Translation- QBridge

• MIB II Applications- SNMP- IP- ICMP- TCP- System2- UDP

• Transmission Appl- FDDI- Point to Point- DS1- DS3- RS-232- WAN

te:te:

The documents listed below (in bold font) are available for viewing at:

www.aprisma.com/manuals/

www.aprisma.com/manuals/

A p p u p p o r t e d A p p l i c a t i o n s


•

:Thdes

•

ement Domain View

nformation View (Page 27)diting View (Page 28)

Information View

plication (Page 32)y Function View (Page 32)

formation View (Page 33)iltering View (Page 35)

Page 41)cation (Page 42)ink Configuration

N Diagnostics Table

ations (Page 51)ormation (Page 51) for Interface Number

NoNo

l i c a t i o n V i e w s S


- Frame Relay- Token Ring- Ethernet- Fast Ethernet- rfc1317App- rfc1285App- rfc1315App- 802.11App- SONET

Technology Applications- APPN- ATM Client- DHCP- PNNI- rfc1316App- DLSw

e following device-specific applications are cribed in the remainder of this section

Cisco VTP Applications (Page 26)

- Cisco VTP Manag(Page 26)

- Cisco VTP VLAN I- Cisco VTP VLAN E- Cisco Trunk Port

(Page 30)• DTR Concentrator Ap

- Concentrator Rela- Spanning Tree In- Static/Dynamic F- (Page 40)

• STS16 Applications (- ATM Uplink Appli- Fast Ethernet Upl

(Page 68)- HSTR ThunderLA

(Page 50)• DTR Mac MIB Applic

- dot5 Statistics Inf- 802.5 Information

(Page 52)te:te:

Aprisma Management Technologies can provide training, technical assistance, and custom engineering support services for creating application models and their associated views.

A p p i s c o V T P A p p l i c a t i o n s


CiThispro

••••

CisVieAccCiscDom

ThisTab

tifier of the management

.

stem is acting as a VTP r. A third option is icates the device is not domain.

on Revision Number.

P Server which last on Revision Number.

onfiguration Revision sed to its current value.

w is active or inactive.

Server from which VTP is domain is to be stored.

Brid

MIB

Sta

l i c a t i o n V i e w s C


sco VTP Applications major application (model type CiscoVTPApp)

vides the following application-specific views:

Cisco VTP Management Domain ViewCisco VTP VLAN Information View (Page 27)Cisco VTP VLAN Editing View (Page 28)Cisco Trunk Port Information View (Page 30)

co VTP Management Domain w

ess: From the Icon Subviews menu for the oVTPApp Application icon, select Management ain.

view displays the Management Domain le. It provides the following information:

IndexThe unique integer idendomain.

NameThe name of the domain

Local ModeIndicates whether the syClient or as a VTP Servetransparent which indsupporting VTP for this

Rev NoThe current Configurati

Last UpdaterThe IP address of the VTupdated the Configurati

Last UpdatedThe time at which the CNumber was last increa

Row StatusDisplays whether the ro

TFTP ServerThe IP address of a TFTPVLAN information for th

Table 5: Common Applications

Application For more info, see...

ging (Gen_Bridge_App) Bridging Applications

-II (SNMP2_Agent) MIB-II Applications

ndard RMON (RMONApp) Management Module Guide for Standard RMON



TFTTheSerdombe s

PruInddisa

VersDis

TheMan

AdAccclick

Frothe (PagcoluDom

Information Viewviews menu for the n, select VLAN Information.

includes the following:

particular VLAN.

N. Possible values are: d, mtuTooBigForDevice, k.

ossible types are: ing, fddiNET, trNet,

AN would be

N1, to which this VLAN ridged.

AN, defined as the size of

A



P Pathname complete pathname of the file at the TFTP ver identified by the value of management ain from which VTP VLAN information is to tored.

ne Stateicates whether VTP pruning is enabled or bled.

In Useplays version currently in use.

Add Entry button accesses the Add Domain agement Table Entry.

d Domain Management Table Entry ess: From the Cisco VTP Management Domain view, the Add Entry button.

m within this view, you can add new entries to Cisco VTP Management Domain View e 26). Fields in this view correspond to the mn headings in the Cisco VTP Management ain view.

Cisco VTP VLANAccess: From the Icon SubCiscoVTPApp Application ico

Virtual LAN Information

IndexNumber identifying the

VLAN StateThe current state of VLAoperational, suspendeand mtuTooBigForTrun

VLAN TypeThe type of this VLAN. Pethernet, fddi, tokenRand vlandeprecated.

NameThe name of this VLAN.

Trans VLAN1A VLAN to which this VLtranslational-bridged.

Trans VLAN2A VLAN, other than VLAwould be translational-b

MTU SizeThe MTU size on this VLlargest MAC layer.

dd Entry



SAIThebe u

RinThe

BridThewhi

StpThebe r

PareThefor

BridThe

AreDisdesFra

Ste Thealloon t

tom of the view are

TP on the local system.

mum number of VLANs tem can recover all VTP . If the number of VLANs e, then the system cannot a device which cannot e value is 1.

Editing Viewviews menu for the n, select VTP VLAN Editing.

Editing view contains Control Table and VLAN 9).

rol Tableeans to control the

a particular management

until given a command. Edit Table to correspond



D value of the 802.10 SAID field which would sed for this VLAN.

g No. ring number for this VLAN.

ge No. bridge number of the VTP-capable switches ch would be used for this VLAN.

Type type of Spanning Tree Protocol which would unning on this VLAN.

nt index of the VLAN which would be the parent this VLAN.

ge type of bridging mode in use on this VLAN.

Hop Countplays the maximum number of routing criptors allowed in All Routes Explorer (ARE) mes on this VLAN.

Hop Count maximum number of routing descriptors wed in Spanning Tree Explorer (STE) frames his VLAN.

The two fields at the botdescribed as follows:

VTP VersionThe current version of V

VLAN Max StorageAn estimate of the maxifrom which the local sysinformation after rebootis greater than this valuact as a VTP server. Forestimate this number, th

Cisco VTP VLANAccess: From the Icon SubCiscoVTPApp Application ico

Virtual Trunk Port VLANtwo tables, VLAN EditingEdit Buffer Table (Page 2

VLAN Editing ContThis table provides the mediting of the VLANs for domain.

OperationThis has the value noneCopy creates rows in the



to thBuffailsdeamodandmodinforesuVLAflusinforeledeathe

AppTheinstVLAthe cominPincedi

BufThethe

ion Number to be used for .

ablees information state of VLAN and

icular VLAN.

N. Possible values are: d, mtuTooBigForDevice, k.

ossible values are: ing, fddiNET, trNet,

AN would be

N1, to which this VLAN ridged.



e current global VLAN information. If the Edit fer is not currently empty, a copy operation . A successful copy operation starts the dman-timer. Apply performs a check on the ified information contained in the Edit Buffer, if consistent, it tries to instantiate the ified information as the new global VLAN rmation. An empty Edit Buffer would always lt in an inconsistency since the default Ns are required to be present. Release hes the Edit Buffer, clears the Owner rmation, and aborts the deadman-timer. A ase generates automatically when the dman-timer expires. restartTimer restarts deadman-timer.

ly Status current status of an “apply” operation to antiate the Edit Buffer as the new global N information. If no apply is currently active, status represented is that of the most recently pleted apply. The possible values are: rogress, succeeded, configNumberError, onsistentEdit, tooBig, localNVStoreFail, tBufferEmpty, and someOtherError.

fer Owner management station which is currently using Edit Buffer for this management domain.

Revision No.The Configuration Revisthe next apply operation

VLAN Edit Buffer TThis Buffer Table providconcerning the current statistics.

IndexNumber identifying part

VLAN StateThe current state of VLAoperational, suspendeand mtuTooBigForTrun

VLAN TypeThe type of this VLAN. Pethernet, fddi, tokenRand vlandeprecated.

NameThe name of this VLAN.

Trans VLAN1A VLAN to which this VLtranslational-bridged.

Trans VLAN2A VLAN, other than VLAwould be translational-b



MTUThelarg

SAIThebe u

RinThe

BridThewhi

StpThewhi

PareThefor

BridThe

AreDisdesFra

of routing descriptors e Explorer (STE) frames

active or inactive.

f the view is described as

and False.

Information Viewviews menu for the n, select Trunk Port

mation on the local rts. It displays the

n index on this trunk

ment domain index on



Size MTU size on this VLAN, defined as the size of est MAC layer.

D value of the 802.10 SAID field which would sed for this VLAN.

g No. ring number for this VLAN.

ge No. bridge number of the VTP-capable switches ch would be used for this VLAN.

Type type of the Spanning Tree Protocol (STP) ch would be running on this VLAN.

nt index of the VLAN which would be the parent this VLAN.

ge type of bridging mode in use on this VLAN.

Hop Countplays the maximum number of routing criptors allowed in All Routes Explorer (ARE) mes on this VLAN.

Ste Hop CountThe maximum number allowed in Spanning Treon this VLAN.

Row StatusDisplays whether row is

The field at the bottom ofollows:

Notifications EnabledValid options are: True,

Cisco Trunk PortAccess: From the Icon SubCiscoVTPApp Application icoInformation.

This table contains inforsystem’s VLAN trunk pofollowing information:

IndexThe management domaiport.

Man DomainThe value of the managethis trunk port.



EncThetrun

NatTheby npornat

RowThethe appporporFreby-p

In JThetrun

OutThethis

OutThewhiVLA

ynamic determination of two (or more) switches t, this object allows the behavior of that dynamic that the interface will is the value for static no dynamic behavior). o specify that the runk, regardless of any the contrary. This value he default behavior of le is used to indicate e interface to become a itiate any negotiation runk but will not become s confirmation from other Auto is used to indicate ble and willing to become

ate trunking negotiations. e link are required to or start sending n which event the ecome a trunk. Devices amic determination need off values.

the interface is acting as



apsulation type of VLAN encapsulation used on this k port.

ive Vlan Vlan Index of the VLAN which is represented ative frames on this trunk port. For trunk

ts not supporting the sending and receiving of ive frames, this value should be set to zero.

Status status of this row. In some circumstances, creation of a row is needed to enable the ropriate trunking/tagging protocol on the t, to enable the use of VTP and to assign the t to the appropriate management domain. quently, rows in this table will be created as a roduct of other operations.

oins number of VTP Join messages sent on this k port.

Joins number of VTP Out Join messages sent on trunk port.

Adverts number of VTP Advertisement messages ch indicated the sender does not support N-pruning received on this trunk port.

DynamicFor devices that allow dwhether a line between should be a trunk or nooperator to mandate themechanism. On dictatesalways be a trunk. This entries (those that showOff allows an operator tinterface is never to be tdynamic mechanisms tois useful for overriding tsome switches. Desirabthat it is desirable for thtrunk. The device will innecessary to become a ta trunk unless it receiveparticipants on the link.that the interface is capaa trunk but will not initiOther participants on theither start negotiationsencapsulated packets, ospecified interface will bthat do not support dynonly support the on and

StatusIndicates whether or nota trunk.

A p p n c e n t r a t o r A p p l i c a t i o n


VTPSomenacenproVTPa se

DTThisthe

••••

CoAccDTR

ThisConDedviewdesafte

ying this instance of CRF.

ts controlled by this CRF.

associated with this octet within the value of t of 8 ports, with the first through 8, the second through 16, and so on. ost significant bit mbered port, and the

esents the highest this variable will modify nd update the value ts column.

CRF. The value of this CRF as assigned by the

is suitable for use in e DTR Concentrator

e INFO field the CRF can

l i c a t i o n V i e w s D T R C o


Enablede trunk interface modules allow VTP to be

bled/disabled separately from that of the tral device. In such an instance this object vides management a way to remotely enable on that module. If a module does not support parate VTP enabled state then this object.

R Concentrator Application major application (DTRConcApp) provides following application-specific views:

Concentrator Relay Function ViewSpanning Tree Information View (Page 33)Static/Dynamic Filtering View (Page 35)Port Mask Information View (Page 40)

ncentrator Relay Function Viewess: From the Icon Subviews menu for the ConcApp Application icon, select Concentrator.

view contains information for each centrator Relay Function (CRF) in the icated Token Ring (DTR) Concentrator. The contains the Concentrator Relay Table

cribed below, as well as three fields, described r the table:

IndexThe CRF number identif

No. PortsThe number of CRF Por

Port MaskThe set of ports that areinstance of a CRF. Eachthis object specifies a seoctet specifying ports 1 octet specifying ports 9 Within each octet, the mrepresents the lowest nuleast significant bit reprnumbered port. Writing the CRF configuration acontained in the No. Por

NameThe textual name of theobject is the name of theDTR Concentrator, and commands entered at thconsole.

Max. InfoThe maximum size of thtransmit/receive.



MACTheto fotreeis readd

LanThisCRFlearranindiass

AdmWriLan0 toLan

AgiThedynRec

MRIThisin t

Filtering Database or would have been iscarded due to a lack of

ering Database.

ottom of the view are

TR Concentrator for

ionsthe DTR Concentrator. he number of CRFs

rator. The minimum value

Functions within the DTR es are: 0 and 1.

formation Viewviews menu for the n, select Spanning Tree.

en fields which are e Spanning Tree Table



Address MAC address used with the Priority (Page 35) rm the CRF Identifier used in the spanning protocol. This address must be unique and it commended this address be the specific MAC ress of the lowest numbered C-port.

ID is the value of the local Lan ID used by the . This value may be assigned or may be ned by the CRF learning process. Valid values ge from 0 to 4095. The value of 65535 cates that the Lan ID value has not been igned or learned.

in Lan IDte to this object to assign the value of the local ID used by the CRF. Valid values range from 4095. The value of 65535 indicates that the ID value has not been assigned.

ng Time time out period in seconds for aging out amic entries from the Filtering Database. ommended default is 300 seconds.

Enable object enables or disables the MRI function

he CRF.

Learned DiscardsThe total number of CRFentries, which have beenlearned, but have been dstorage space in the Filt

The three fields at the bdescribed as follows:

Concentrator AddressMAC address used by Duniqueness.

No. of Conc. Relay FunctNumber of CRFs within Writing this object sets twithin the DTR Concentis 1.

No. of Bridge RelaysNumber of Bridge Relay Concentrator. Valid valu

Spanning Tree InAccess: From the Icon SubDTRConcApp Application ico

This view consists of sevdescribed below, and th(Page 34).



SpaThebetwthrois auseValu

ProTheon t

TimThetopobrid

No.Thethiswas

BridThe(CRspaThevaluof thmay

ich is not a whole number

ing tree protocol entities ello Time when this

ntity is acting as the root. imer is specified to be 1 turn a “badValue” error if alue which is not a whole

ing tree protocol entities aximum Age when this

ntity is acting as the root. eter is related to the e. The granularity of this second. An agent may r if a set is attempted to a ole number of seconds.

lepanning tree information

ying the instance.



nning Tree Hold Time minimum time period, in seconds, elapsing een the transmission of Configuration PDUs ugh a given port (CRF or internal bridge). This

fixed parameter of the DTR Concentrator d by all member CRF and bridge entities. e specified by 802.1d is 1 second.

tocol Specification version of Spanning Tree Protocol being run he DTR Concentrator.

e Since Last Change time (in 1/100ths of a second) since the last logy change was detected by the CRF or ge entities within the DTR Concentrator.

of Topology Changes total number of topology changes detected by concentrator since the management entity last reset or initialized.

ge Forward Delay value that all spanning tree protocol entities F or Bridge) use for Forward Delay when this nning tree protocol entity is acting as the root. range for this parameter is related to the e of Maximum Age (Page 35). The granularity is timer is specified to be 1 second. An agent return a “badValue” error if a set is

attempted to a value whof seconds.

Bridge Hello TimeThe value that all spann(CRF or Bridge) use for Hspanning tree protocol eThe granularity of this tsecond. An agent may rea set is attempted to a vnumber of seconds.

Bridge Hello Max. AgeThe value that all spann(CRF or Bridge) use for Mspanning tree protocol eThe range for this paramvalue of Bridge Hello Timtimer is specified to be 1return a “badValue” errovalue which is not a wh

Spanning Tree TabThis table contains the sfor each CRF.

IndexThe CRF number identif



PrioTheIdenIdenby t

DesThetreeexe

RooTheCRF

RooTheofferoot

MaxTheinfo(CRbefoseco

HellTheConatteis th

d in 1/100th of a second, ount of time spent in the ving from the Blocking

ate and the amount of te when moving from the rwarding state. This time ynamic entries in the the Topology Change flag es received from the root. F is currently using.

iltering Viewviews menu for the n, select Filtering.

ables; Dynamic MAC amic Route Table

emation about specific

ntries in the CRF Filtering

ber identifying this ation is a unicast MAC RF has forwarding



rity value of the writable portion of the CRF tifier, which are the first two octets of the CRF tifier. The last 6 octets of the CRF ID are given he value of the MAC Address (Page 33).

ignated Root bridge identifier of the root of the spanning as determined by the Spanning Tree Protocol cuted at this node.

t Cost cost of the path to the root as seen from this .

t Port CRF Port number of the CRF Port which rs the lowest cost path from this CRF to the .

imum Age maximum age of Spanning Tree Protocol rmation learned from the network on any port F or bridge within the DTR Concentrator) re it is discarded. Units are in 1/100th of a nd. This is the value currently in use.

o Time amount of time between transmission of figuration bridge PDUs used by a CRF that is mpting to become the Root or is the Root. This e value currently in use.

Forward DelayThe time value, measureis used to control the amListening state when mostate to the Listening sttime in the Learning staLearning state to the Fovalue is used for aging dFiltering Database whileis set in protocol messagThis is the value the CR

Static/Dynamic FAccess: From the Icon SubDTRConcApp Application ico

This view contains two tTable (Page 35) and Dyn(Page 36).

Dynamic MAC TablThis table contains infordynamic MAC address eDatabase.

Index.StationThe Index is a CRF numinstance of CRF. The Staddress for which the C



infoLea

PorThefram(seeis athe

StatSta

lemation about a specific r entry in the CRF

mber identifying this ute is a Destination for which the CRF has The DRD consists of 2

ber and a 12 bit LAN ID. BN) which has a port on connected to the bject consists of 3 octets ompared with the RI ting information. The first the 4 least significant

o

i

l

instance of Station Address e of the CRF Addresses. ding instance of the Port

s which CRF Port has this

corresponding instance of ss is also a value of an n Address.

Dynamic MAC Table tries



rmation. This object is updated by the rning Process in the CRF.

t No. CRF Port number of the CRF Port that a e with an address matching Station Address

Index.Station) has been seen. A value of zero ssigned when Station Address is known, but CRF Port number has not been learned.

ustus of this entry. See Table 6:

Dynamic Route TabThis table contains infordynamic route descriptoFiltering Database.

Index.RouteThe Index is the CRF nuinstance of CRF. The RoRoute Descriptor (DRD) forwarding information.parts; a 4 bit Bridge NumThis identifies a bridge (the local LAN and a portindicated LAN ID. This oso that it can be easily cfields of frames with rouoctet contains the BN in

Table 6: Status of Dynamic MAC Table Entries

Status Description

ther Indicates some other MIB object (not the corresponding instance of the Port No., nor an entry in the Static Address Table) is being used to determine if and how frames addressed to the value of the corresponding instance of Station Address are forwarded.

nvalid Indicates this entry is no longer valid, but has not been flushed from the table.

earned Indicates the Port No. for this entry was learned, and is being used.

self Indicates thisrepresents onThe corresponNo’s. indicateaddress.

mgmt Indicates the Station Addreexisting Statio

Table 6: Status ofEn



bitssignconin t

PorTheframIndassPor

StatSta

e Static/Dynamic Table tains static and dynamic

leiltering button from the w.

ables, Static MAC and 39).

mation about specific ies in the CRF Filtering

T

ot

in

le

icates DRD Route resents a relay across the

idge Relay Function of this R Concentrator.

icates DRD Route is also a ue of an existing Static RD ute in the FdbStaticRDTable.

Dynamic Route Table tries



. The second octet contains the most ificant octet of the LAN ID and the final octet tains the least significant 4 bits of the LAN ID he 4 most significant bits of the octet.

t No. CRF Port number of the CRF Port on which a e with a DRD matching DRD Route (see

ex.Route) has been seen. A value of zero is igned when DRD Route is known, but the CRF t number has not been learned.

ustus of this entry. See Table 7:

This button accesses th(Page 37). This view conMAC address entries.

Static/Dynamic TabAccess: Select the Static FStatic/Dynamic Filtering vie

This view contains two tStatic Route Table (Page

Static MACThis table contains inforstatic MAC address entrDatabase.

able 7: Status of Dynamic Route Table Entries

Status Description

her This includes the case where some other MIB object is being used to determine how/if a frame containing this DRD is forwarded.

valid Indicates this entry is no longer valid, but has not been flushed from the table.

arned Indicates the Port No. for this entry was learned.

internal Bridge Relay Function

IndrepBrDT

mgmt IndvalRodtr

Static Filtering

Table 7: Status of En



IndeTheinstMAfiltethe

RowAlloValucre

AddThedesspeIndthisthe thisfirstsecoandbit leasnuma st

AddThedes

Address in this entry may t within the value of this ight ports, with the first ts 1 through 8, the

CRF Ports 9 through 16 ctet, the most significant

t numbered port, and the esents the highest ult value of this object is priate length.

ues are: other, invalid, OnReset. See Table 8:



x.Station Index is the CRF number identifying this ance of CRF. The Station is the destination C address in a frame to which this entry’s ring information applies. This object can take value of a group or broadcast address.

Statusws creation and deletion of static entries. es are: active, notInService, notReady, ateAndGo, createAndWait, and destroy.

r In Mask set of CRF Ports receiving frames with a tination address matching the address cified by the Station Address (see ex.Station) in this entry which may forward frame to any output CRF Port indicated by Addr Out Mask. Each octet within the value of object specifies a set of eight ports, with the octet specifying CRF Ports 1 through 8, the nd octet specifying CRF Ports 9 through 16 so on. Within each octet, the most significant represents the lowest numbered port, and the t significant bit represents the highest bered port. The default value of this object is

ring of ones of appropriate length.

r Out Mask set of CRF Ports to which frames with a tination address matching the address

specified by the Station be forwarded. Each octeobject specifies a set of eoctet specifying CRF Porsecond octet specifying and so on. Within each obit represents the lowesleast significant bit reprnumbered port. The defaa string of ones of appro

Addr StatusStatus of this entry. Valpermanent, and delete



StaA tastatDat

IndeTheinstEntBrid

TR Concentrator when Function is enabled (No. e Destination Route ts of 2 parts; a 4 bit bit LAN ID. This hat has a port on the nected to the indicated ists of 3 octets so that it with the RI fields of rmation. The first octet least significant bits. The e most significant octet of l octet contains the least LAN ID in the 4 most tet.

tion of static entries. InService, notReady, dWait, and destroy.

a frame with a DRD escription (Table 9) in .

Table 9:

Ta



tic Route Tableble containing information about specific ic route descriptor entries in the CRF Filtering abase.

x.Route Index is the CRF number identifying this ance of CRF. The Route refers to Static ries containing DRD information for internal ge Ports. These entries are added as part of

the initialization of the Dan internal Bridge Relayof Bridge Relays =1). ThDescriptor (DRD) consisBridge Number and a 12identifies a bridge (BN) tlocal LAN and a port conLAN ID. This object conscan be easily compared frames with routing infocontains the BN in the 4second octet contains ththe LAN ID and the finasignificant 4 bits of the significant bits of the oc

Row StatusAllows creation and deleValues are: active, notcreateAndGo, createAn

Port NoThe CRF Port on which matching route status dthis status is forwarded

Route StatusStatus of this entry. See

ble 8: Status of Static MAC Table Entries

Status Description

other Indicates this entry is currently in use under conditions different from the available status definitions that follow.

invalid Indicates this entry is no longer valid, but has not been flushed from the table. Writing this value to the object removes the entry.

permanent Indicates this entry is currently in use and will remain so after the next reset.

deleteOnReset Indicates the entry is currently in use and will remain so until the next reset.



TheentrFielhea

ation Viewviews menu for the n, select Port Mask.

mation about the CRF c management functions.

CRF number identifying e Type identifies the try. The MRI forwards

n class equal to rresponding mask entry. ass is 0 and the source ation address in the MAC the frame. MAC frames

not found in this table MRI.

which frames with a ing the function class pe in this entry may be

t within the value of this ight ports, with the first ts 1 through 8, the

CRF Ports 9 through 16 ctet, the most significant

t numbered port, and the esents the highest

Ta

A



Add Entry button allows you to add new ies to the Static/Dynamic Table (Page 37). ds in this view correspond to the column dings in the Static/Dynamic Table.

Port Mask InformAccess: From the Icon SubDTRConcApp Application ico

This table contains inforport out mask for specifi

Index.TypeThe Index refers to the this instance of CRF. Thfunction class for this enframes with a destinatioIndex.Type using the coWhen the destination clclass is not 0, the destinframe is used to forwardwith a destination classare not forwarded by the

Port Out MaskThe set of CRF Ports to destination class matchspecified by the Index.Tyforwarded to. Each octeobject specifies a set of eoctet specifying CRF Porsecond octet specifying and so on. Within each obit represents the lowesleast significant bit reprnumbered port.

ble 9: Route Status in Static Route Table

Status Description

other Indicates this entry is currently in use under conditions different from the available status definitions that follow.

invalid Indicates this entry is no longer valid, but has not been flushed from the table.

permanent Indicates the entry is currently in use and will remain so after the next reset.

deleteOnReset Indicates the entry is currently in use and will remain so until the next reset.

dd Entry

A p p S T S 1 6 A p p l i c a t i o n s


STThisaccsub

••••••

Thethrefollo

•••

PoAccApp

Thisregahas

Views), as well as the gs:

mined by the port is connected to in a by the Stack hen two switches are .

er. For an OC-8600; 1 is e external PSU.

urrent operational state pply. Values are: not- failed, ac-Failure,

power supply changed

er supply entered this

l i c a t i o n V i e w s


S16 Applications major application (STS16App) provides

ess to the following application-specific views via the Icon Subviews menu:

Power Supply Information ViewSTS16 Stack Configuration View (Page 86)Probe/Crosslink Configuration View (Page 96)TrCRF Configuration View (Page 97)TrBRF Configuration View (Page 99)Filter Configuration View (Page 100)

STS16App is the major application to these e minor applications which will be covered wing descriptions of the above icon subviews.

ATM Uplink Application (Page 42)Fast Ethernet Uplink Application (Page 49)High Speed Token Ring Uplink Application (Page 50)

wer Supply Information Viewess: From the Icon Subviews menu for the STS16App lication icon, select Power Supply.

view provides statistical information rding power supply performance. The table

standard Sort, Find, Update, and Print

buttons (see SPECTRUMfollowing column headin

SwitchSwitch number as deternumber that the switchMatrix or as determinedManagement software wconnected back to back

Power SupplyThe power supply numbthe internal PSU, 2 is th

StateThe state indicates the cof the selected power supresent, operational,and dc-Failure.

Number ChangesThe number of times thestate since reset.

Time Since Last ChangeTime ticks since the powstate.

A p p T M U p l i n k A p p l i c a t i o n


ATThemin

•••••

PeVieAccApp

ThisPerPerstanEnthea

IndeThisand(0/0

address. Specifying the s is not allowed.

figured PVC.

raffic profile for this PVC View (Page 43). The value ardware traffic profile.

ch this PVC belongs.

and deletion of new rows /LEC is deleted (e.g. by

Status, PVCs belonging to atically deleted. Values ice, notReady, dWait, and destroy.

le Entry view.

cVpi/pvcVci as 0/0 is

l i c a t i o n V i e w s A


M Uplink Application STS16App provides access to the ATMULApp or application with the following icon views:

Permanent Virtual Connections ViewTraffic Profiles View (Page 43)VCC Status Information (Page 46)ATM Uplink Configuration View (Page 57)Signaling Configuration View (Page 84)

rmanent Virtual Connections w

ess: From the Icon Subviews menu for the ATMULApp lication icon, select PVC Config.

view accesses a table for setting up manent Virtual Connections (PVCs). The manent Virtual Connections Table has dard Sort, Find, Update, Print and Add ry buttons (see SPECTRUM Views). Column dings are described below.

x.VPI.VCI field specifies Virtual Path Identifier (VPI) Virtual Channel Identifier (VCI). The null VCC ) is reserved for sending unassigned cells.

ATM AddressSpecifies the target ATMATM Address as all zero

TypeSpecifies the type of con

Traffic ProfileValues 0..63 selects a tfrom the Traffic Profiles (-1) selects the default h

VAP IndexSpecifies the VAP to whi

Row StatusUsed to control creationin the table. When a VAPwriting destroy to Row this VAP/LEC are automare: active, notInServcreateAndGo, createAn

Opens the Add PVC Tab

Note:Note:

Specifying pvnot allowed.

Add Entry



AdAccclick

Frothe FielheaView

iewviews menu for the ATMULApp c Profile.

raffic Profiles Table, raffic profiles that are particular AUM. By s will be defined for each fic profiles have the Table 10:

ss Row Status

active(1)

active(1)

active(1)

active(1)

active(1)

active(1)

active(1)

active(1)

active(1)

active(1)



d PVC Table Entryess: From the Permanent Virtual Connections View, on the Add Entry button.

m within this view, you can add entries into Permanent Virtual Connections View (Page 42). ds in this view correspond to the column dings in the Permanent Virtual Connections .

Traffic Profiles VAccess: From the Icon SubApplication icon, select Traffi

This view accesses the Twhich defines up to 64 tusable by all VAPs on a default, 10 traffic profileAUM. These default trafcharacteristics listed in

Table 10: Default Traffic Profiles

Index Type Descr Param1 Descr Param2 Qos Cla

0 bestEffort(9) 353208 (~155 Mbps) 5 = N/A qosNone(5)







7 bestEffort(9) 1208 (~512 Kbps) 5 = N/A qosNone(5)





IndeIden

TypSpeare vectDesuseTypthe TravaluandModatmatmatm

DesAll desparvaludesTypsem

QosQuaThe

classes specified in the cation (see Table 11):

qos1, qos2, qos3, and d with the aim to support and D respectively. An amed qosNone is used for

and deletion of new rows active, notInService, , createAndWait, and

rofiles Entry (Page 45)

y of Service Classes

Description

stant bit rate video and uit emulation.

iable bit rate o/audio.

nection-oriented data.

nectionless data.



x.Profiletifies a particular traffic profile.

ecifies the traffic descriptor type. These types combined with a five element parameter or to describe a Traffic Descriptor. Traffic criptors along with a Best Effort Indicator are d to indicate a Conformance Definition. The e textual convention defines combinations of ILMI (cf. ATM Forum / af-ilmi-0065.000) ffic Descriptor Type and Best Effort Indicator es for use with traffic profiles in SSIM-A2-02 SSIM-A8-02 ATM SmartStack Interface ules. Values are: atmfNoClpNoScr, fNoClpScr, atmfClpNoTaggingScr, fClpTaggingScr, bestEffort, and ClpABR.

cr Param1 through Param5of these parameters have the same cription. Traffic descriptor dependent ameter; its semantics are dependent on the e in the Type column. Please, refer to the

cription of the different Traffic Descriptor es (Type) which describes these changing antics in detail.

Classlity Of Service Class for this traffic profile. QosClass textual convention is defined to

identify the four service ATM Forum UNI Specifi

Four QoS classes namedqos4 have been specifieservice classes A, B, C, unspecified QoS Class nbest effort traffic.

Row StatusUsed to control creationin the table. Values are:notReady, createAndGodestroy.

Opens the Add Traffic Pview.

Table 11: Qualit

Class

Service Class A ConCirc

Service Class B Varvide

Service Class C Con

Service Class D Con

Add Entry



AdAccEntr

Frothe viewTra

ClicMapprocon

VAThisThismapmapout(staproAddproprocreafollo

AP specific mappings.

Pro

raffic Profile Mapping

Characteristic

0

all 0’s

all 0’s

anyType(6)

0

1

2

3

4

5

6

7

8

9

active(1)



d Traffic Profiles Entryess: From the Traffic Profiles View, click on the Add y button.

m within this view, you can add entries into Traffic Profiles View (Page 43). Fields in this correspond to the column headings in the

ffic Profiles View.

k this button to access the VAP Traffic Profile ping View. This view maps select traffic

files to select traffic profiles for outgoing nections.

P Traffic Profile Mapping View view shows the Traffic Profile Mapping Table. table contains up to 10 traffic profile pings for each VAP in the system. These pings are used to select traffic profiles for

going connections. They are tried one at a time rting with Index.VAP.Map 0) until a matching file is found. Refer to the description of ATM ress (Page 46) for more on matching traffic

files. When a VAP is created, one default traffic file mapping (Index.VAP.Map = 0) will be ted for this VAP. This mapping has the wing characteristics (see Table 12):

Index.VAP.MapSelects one of up to 10 V

file Mapping

Table 12: Default T

Column Heading

Index.VAP.Map

ATM Address

Address Mask

Type

Prof0

Prof1

Prof2

Prof3

Prof4

Prof5

Prof6

Prof7

Prof8

Prof9

Row Status



ATMAfteANDof ththe of thspeis reavatriemapuntAfteCon

AddAn ANDcommap

TypSpedatconmul

ProAll Pro

y in the Index.Profile

and deletion of new rows /LEC is deleted (e.g. by

owStatus), traffic profile AP/LEC are

alues are: active, y, createAndGo, estroy.

Table Entry view.

Entryic Profile Mapping View, click

ou can add entries into apping View (Page 45). spond to the column ffic Profile Mapping View.

mationviews menu for the ATMULApp Config.



Addressr the Address Mask has been applied (logical ) to the destination ATM address, the result is operation is compared to ATM Address. If

two match exactly and the Type matches that e outgoing connection, the traffic profile

cified by Prof0 through Prof9 is tried. If this call jected with cause "User cell rate not

ilable", the traffic profile specified by Prof1 is d and so on. If no match is found in this ping, the next mapping is tried. This goes on

il all mappings for this VAP have been tried. r this the Profile (Page 61) in the Specific VAP figuration (Page 60) is tried.

ress MaskATM address mask that is applied (logical ) to the destination ATM address before it is pared to ATM Address of this traffic profile ping.

ecifies VCC type of this mapping. Values are: aDirectVcc, controlDirectVcc, trolDistributeVcc, multicastSendVcc, ticastForwardVcc, and anyType.

f0 through Prof9of these columns have the same description: f”x” corresponds to a NULL pointer. 0..63

selects a particular entr(Page 44).

Row StatusUsed to control creationin the table. When a VAPwriting destroy to lecRmaps belonging to this Vautomatically deleted. VnotInService, notReadcreateAndWait, and d

Opens the Add Mapping

Add Mapping TableAccess: From the VAP Traffon the Add Entry button.

From within this view, ythe VAP Traffic Profile MFields in this view correheadings in the VAP Tra

VCC Status InforAccess: From the Icon SubApplication icon, select VCC

Add Entry



Thisope

IndeThisandque

UsaUse

the lane values, Instance corresponding VAP. other values of Usage.

s created. See Table 14.

f VCC. Information about r semantics is listed in

Creation Values

ion Value

1

2

vc 3

c 4

ointSvc 5

intSvc 6



table contains status information about all n VCCs on an ATM Uplink Module.

x.VPI.VCI field specifies the Virtual Path Identifier (VPI) Virtual Channel Identifier (VCI) of the VCC in stion.

ge of the VCC. Values are described in Table 13:

InstncWhen Usage has one of holds the number of theInstance is not valid for

Create Means Means by which VCC wa

TxTrafficDescType Traffic descriptor type opossible values and theiTable 15.

Table 13: Usage Values

Usage Value

sscop 1

ilmi 2

oam 3

laneConfig 4

laneControlDirect 5

laneControlDistribute 6

laneMulticastSend 7

laneMulticastForward 8

laneDataDirect 9

Table 14: VCC

VCC Creat

system

pvc

incomingPoint2PointS

outgoingPoint2PointSv

incomingPoint2Multip

outgoingPoint2Multipo



Tx PTraSemTra

QosQuaqos

TxFShoallo(AAfrom

. Values are: other(1), , and ubr.

eDataDirect value, ATM ddress of the remote end TM Address is not valid

e.

s transmitted on this

xLoByte implement a ounter counting number this VCC. TxHiByte icant 32 bits and ficant 32 bits of this

Byte.

s received on this VCC.

RxLoByte implement a ounter counting number CC. RxHiByte contains



aram1 through Param5ffic descriptor type dependent parameter. antics are dependent on the value of Tx

ffic Descriptor Type.

Cls lity Of Service Class for the VCC. Values are: 1, qos2, qos3, qos4, and qosNone.

Disc ws whether the ATM switch is allowed (true = wed, false = not allowed) to discard entire L5) frames after having discarded one cell such a frame. Values are: true, or false.

VCC Service CatService category of VCCcbr, rtVbr, nrtVbr, abr

ATM Address When Usage has the lanAddress holds the ATM Astation or proxy client. Afor other values of Usag

Tx FramesNumber of (AAL5) frameVCC.

TxHiByteTogether TxHiByte and Tvirtual 64 bit Tx Bytes cof bytes transmitted on contains the most signifTxLoByte the least signivirtual counter.

TxLoByteSee description for TxHi

Rx Frames Number of (AAL5) frame

RxHiByteTogether RxHiByte and virtual 64 bit Rx Bytes cbytes received on this V

Table 15: Traffic Descriptor Values

Traffic Descriptor Value

atmfNoClpNoScr 3

atmfNoClpScr 6

atmfClpNoTaggingScr 7

atmfClpTaggingScr 8

bestEffort 9

atmClpABR 10

A p p n e t U p l i n k A p p l i c a t i o n


the leas

RxLSee

FaApTheapp

•••

FasAccDiag

ThiscorrSemupldiag

IndeIndto t

reation.

eived.

t.

eceived.

ent.

t bytes received.

t frames received.

ted frames that have been

ted frames which had a

ted frames which had

l i c a t i o n V i e w s F a s t E t h e r


most significant 32 bits and RxLoByte the t significant 32 bits of this virtual counter.

oByte description for RxHiByte.

st Ethernet Uplink plication

FEULApp provides access to this minor lication with the following icon subviews:

Fast Ethernet Uplink DS21143 ViewFast Ethernet Uplink Configuration (Page 68)Model Information Views (Page 111)

t Ethernet Uplink DS21143 Viewess: From the Icon Subviews menu, select DS21143 nostics.

table contains diagnostics counters esponding to registers in the Digital iconductors 21143 chip used on the TB

ink module. The counters are mainly for nostics purposes.

x.Portex to identify port on module. Port 1 is the port he left and port 2 is the port to the right.

Last ResetTime since Last Reset/C

Bytes Rcv The number of bytes rec

Bytes SentThe number of bytes sen

Frames RcvThe number of frames r

Frames SentThe number of frames s

MCast Bytes RxThe number of multicas

Mcast Frames RxThe number of multicas

Frms Tx DeferredThe number of transmitdeferred.

Frms Tx Sngl ColThe number of transmitsingle collision.

Frms Tx Mltpl ColThe number of transmitmultiple collisions.

A p p i n g U p l i n k A p p l i c a t i o n


Tx FThefaile

Tx FThe

Tx FThecirc

Tx FThecirc

Tx FTherece

FailThe

Rx FThebee

Rx FTherece

Rx FThehav

contained too much

en Ring Uplink

es access to this minor owing icon subviews:

iagnostics Tableration Table (Page 78)

iews (Page 111)

N Diagnostics

views menu for the rLAN.

nostics counters rs in the Texas N chip used on the HSTR

s the appropriate User , in this case a HSTR itch stack. See Table 22,

ices (Page 78).

l i c a t i o n V i e w s H i g h S p e e d T o k e n R


ailed Col number of transmitted frames which had d collisions due to CSMA/CD.

ail Carr Fail number of carrier signals that failed.

ail Shrt Circ number of transmitted failed due to short uiting.

ail Open Circuit number of transmitted failed due to open uits.

ail RmtRx number of transmitted failures from remote iver.

Blk Err number of failed bulk errors.

ail Framing Err number of failed framing errors that have n received.

ail Frm Long number of failed long frames that have been ived.

ail Frm Longrm Dest number of frames longrm destinations that e been received.

Data Overrun Signifies that the packetinformation.

High Speed TokApplicationThe HSTRULApp providapplication with the foll

• HSTR ThunderLAN D• HSTR Uplink Configu• Model Information V

HSTR ThunderLATableAccess: From the Icon SubHSTRULApp, select Thunde

This table contains diagcorresponding to registeInstruments ThunderLAuplink module.

IndexThe module index selectExpansion Module (UEMUplink Module) in the swHSTR Uplink Module Ind

A p p M a c M I B A p p l i c a t i o n s


Thepur

••••••••••••

LasWriall srese

DTThisprospe

•

llowing two minor ed:

r Interface Number

ation

formationviews menu for the on, select dot5 Statistics.

ollowing statistics:

s

l i c a t i o n V i e w s D T R


following counters are mainly for diagnostics poses:

Tx GoodTx UnderrunTx DeferredTx Single CollTx Multi CollTx Exces CollTx Late CollRx GoodRx OverrunRx Crc ErrorRx Code ErrorRx Carrier Loss

t Reset ting an INTEGER value to this object, causes tatistical counters in this table row to be t.

R Mac MIB Applications major application (model type dtrMacApp)

vides access to the following application-cific subview via the Icon Subviews menu:

dot5 Statistics Information

The dtrMacApp is the foapplications are describ

• 802.5 Information fo(Page 52)

• dot5 Statistics Inform

dot5 Statistics InAccess: From the Icon SubdtrMacMIBApp Application ic

This view contains the f

Isolating Soft Errors

• Line• Burst• A/C• Total

Non-Isolating Soft Error

• Lost Frames• Congestions• Frame Copied• Recoveries• Token• Total

Hard Errors

• Abort Trans



•••••

80NuThisinte

AccApp

ComValu

dtr Valu

RinValuand

ActValuDoN

askn Ring functional port will accept frames.

ith respect to entering or are: Opened, Closed,

uccess or reason for ost recent attempt to e: No Open, Lobe nsertion Timeout, g, Duplicate MAC ed, Remove Received,

upstream neighbor in the

e ring. This table displays h can be checked:



InternalSignal LossLobe WireFrequencyTotal

2.5 Information for Interface mber view will contain the same fields for all the rfaces.

ess: From the Icon Subviews menu for the dtrIfApp lication icon, select Configuration.

mandses are: None, Open, Reset, and Close.

Mode Selectes are: Port, and Station.

g Speedes are: Unknown, 1-Megabit, 4-Megabits,

16-Megabits.

ive Monitor Processes are: Participate, and otParticipate.

Functional Address BitmThe bit mask of all Tokeaddresses for which this

Ring StateThe current port state wleaving the ring. Values Opening, and Closing.

Ring Open-StatusThis field indicates the sfailure of the station’s menter the ring. Values arFailed, Signal Loss, IRing Failed, BeaconinAddress, Request Failand Open.

Stream NeighborThe MAC address of the ring.

Ring StatusThe current status of ththe following fields whic

• RingRecovery• SingleStation• RemoveReceived• Auto-RemovalError• LobeWireFault• TransmitBeacon



•••



SoftErrorHardErrorSignalLoss


f SmartSTACK Token

Perin tcellis sconrecofor tabl

GendevfromdetethroInte

Forto t

Theattrsup

formance View

H: Type Routing

System Up Time

Manufacturer

Device Type

Serial Number

Value Average Peak Value

Detailties Scroll to Date-Time

mes per second

ape node: Primary

on


Performance Views

This section provides brief descriptions of the Performance views available for models oRing switches in SPECTRUM.

formance views display performance statistics erms of a set of transmission attributes, e.g., rates, frame rates, % error, etc. A typical view hown in Figure 9. The instantaneous dition of each transmission attribute is rded in a graph. The statistical information

each attribute is presented in the adjacent e.

erally, you determine performance at the ice level through Performance views accessed the Device and Application icons. You rmine performance at the port/interface level ugh Performance views accessed from rface icons.

more information on Performance views, refer he SPECTRUM Views documentation.

following paragraphs list the performance ibutes displayed for each Performance view ported by this management module.

Figure 9: Per

SpectroGRAP

Model Name

Contact

Description

Location

Network Address

Log

100.0

10.00

1.00

0.10

0.01

000:40:0 0:30:0 0:20:0

* Frame Rate

% Delivered

% Forwarded

% Transmit

% Error

Graph Proper


% Discarded*Fra

type routing of type IP Routing of Landsc

Primary Applicati

P e r i c e P e r f o r m a n c e V i e w


DeAccicon

Curinfoattr

••••••

PoAccInter

Curinfoattr

••••

f o r m a n c e V i e w s D e v


vice Performance Viewess: From the Icon Subviews menu for the Device , select Performance.

rent and historical frame transmission rmation is provided via the following ibutes.

Frame Rate% Delivered% Forwarded% Transmit% Error% Discarded

rt Performance Viewess: From the Icon Subviews menu for the Device face icon, select Performance.

rent and historical packet transmission rmation is provided via the following ibutes.

LoadPacket Rate% Error% Discarded


ls of SmartSTACK

ConcurinteConSTS

•••••••••••

guration Viewviews menu for a selected Device view, select Interface

rface Configuration View. s are described in this

erent fields.

e Configuration View

H: JK2

System Up TimeInterface Type

Interface Index

Help

iguration View

s/Network Mask Physical Address

Bandwidth

Packet Size

Queue Length


Configuration Views

This section describes the various Configuration views and subviews available for modeToken Ring switches in SPECTRUM.

figuration views allow you to view and modify rent settings for the modeled device and its rfaces, ports, and applications. The following figuration views are available for models of 16 devices:

Interface Configuration ViewATM Uplink Configuration View (Page 57)Interface Configuration Table (Page 67)Fast Ethernet Uplink Configuration (Page 68)HSTR Uplink Configuration Table (Page 78)Signaling Configuration View (Page 84)STS16 Stack Configuration View (Page 86)Probe/Crosslink Configuration View (Page 96)TrCRF Configuration View (Page 97)TrBRF Configuration View (Page 99)Switch Port Table Entry (Page 107)

Interface ConfiAccess: From the Icon SubInterface icon in the InterfaceConfiguration.

Figure 10 shows the InteOther configuration viewsection, but contain diff

Figure 10: Interfac

SpectroGRAP

Network AddressModel ContactDescriptionLocation

File View Tools

Operation Status

Interface Conf

Bookmarks

Admin. Status

Last Change

IP Addres

C o n n k C o n f i g u r a t i o n V i e w


Thisthe

OpeTheDow

AdmTheDow

LasTheente

IP AThisnam

PhyThe

BanThemeado ncan

PacTherece

nd packet queue, in

ing Tree Protocol at the M bridge functional.

nfiguration

views menu for the ATMULApp iguration.

TM Uplink Info Table. It out hardware and rs. The buttons at the escribed after the ATM

s the appropriate ATM the switch stack. The igned in Table 16 (Page rtain views associated back to this Index

f i g u r a t i o n V i e w s A T M U p l i


view provides the following information for selected interface:

ration Status current operational state of the interface (Up, n, or Testing).

in. Status desired operational state of the interface (Up, n, or Testing).

t Change System UpTime value when the interface red its current operational state.

ddress/Network Mask window provides a list of the user-defined es and IP addresses for the interface.

sical Address Ethernet (MAC) address of the interface.

dwidth estimated bandwidth of the interface, sured in bits per second. For interfaces that ot vary in bandwidth, or no accurate estimate

be made, a nominal bandwidth is provided.

ket Size largest packet that can be transmitted or ived by the port, displayed in octets.

Queue LengthThe length of the outboupackets.

Func AddrEnables the IEEE SpannTrBRF level to use the IB

ATM Uplink CoViewAccess: From the Icon SubApplication icon, select Conf

This view contains the Aprovides information absoftware version numbebottom of the view are dUplink Info Table.

IndexThe module index selectUplink Module (AUM) inmodule’s indices are ass58). The index field in cewith this view correlatesdescription:



HWA st

HWA st

HWA st

HWA st

SWA st

oftware version.

CO update level.

ootprom version

e Common VAP 59), which contains ommon to all Virtual

ven AUM.

e Port Hardware Setup contains configuration

fferent properties of the

e Message Logs View lements a buffer g messages generated by

atm

atm

atm

atm

atm



Product IDring containing the hardware product ID.

Versionring containing the hardware version.

ECO Levelring containing the ECO update level.

Serial No.ring containing the hardware serial number.

Product IDring containing the software product ID.

SW VersionA string containing the s

SW ECO LevelA string containing the E

Boot PromA string containing the Bnumber.

This button accesses thConfiguration View (Pageconfiguration variables cATM Ports (VAPs) of a gi

This button accesses thView (Page 64). This viewvariables that control diphysical ATM port.

This button accesses th(Page 64). This view impcontaining the last 10 lothe ATM Uplink.

Table 16: ATM Uplink Module Indices

ATM Uplink Module Description

UplinkModuleIndex 1 Leftmost AUM in switch number 1

UplinkModuleIndex 2 Rightmost AUM in switch number 1

UplinkModuleIndex 3 Leftmost AUM in switch number 2



VAP Configuration

Port Hardware

Message Log



This(Pagpan

CoAccVAP

Thiswhito acoluat tinfoMA

IndeTheUplmod58).

SvcSpeswiare:

ILMI address supported, and

er of VCCs available to all

er of destinations the AUL.

to be used. Default value

total peak-rate of the e AUL and the ATM

ue to this object, resets is AUL.

es a finer granularity of ational state of the AUL e be read from have the following (Page 60):

L



button access the LED Status Table e 65). This view shows the state of the front el LEDs of each AUM.

mmon VAP Configuration Viewess: In the ATM Uplink Configuration view, click the Configuration button.

view contains the Common VAP Info Table ch provides configuration variables common ll VAPs of a given AUM. In addition to the mns described below, there are two buttons

he bottom of the view. These buttons access rmation about configuration variables and C address connections.

x module index selects the appropriate ATM ink Module (AUM) in the switch stack. The ule’s indices are assigned in Table 16 (Page

Supportcifies whether SVCs are supported by the ATM tch to which the AUM is connected. Values yes, and no.

Addr Reg SupportAdministrative status ofregistration. Values are:unsupported.

Number VCCControls the total numbVAPs on the AUL.

No. DestinationControls the total numbavailable to all VAPs on

UNI VersionControls the UNI versionis version3point1.

Max Line RateControls the maximum physical link between thswitch.

Reset CtrsWriting an INTEGER valstatistics counters in th

Module StateThe module state providinformation on the operthan what can otherwisifOperStatus. The statessemantics—see Table 17

ED Status



P Info Table, which ariables specific to each bed in the Specific VAP

ss Connections (Page 63) maps MAC addresses to

guration VAP Configuration table, n.

uration variables specific t (VAP).

switch stack.

EC MIB lecIndex P.

the VAP/LEC ATM nual, an ATM address Address, otherwise,



Accesses the Specific VAcontains configuration vVAP. This table is descriConfiguration below.

Accesses the MAC AddreFor each VAP, this view VPI/VCI pairs.

Specific VAP ConfiAccess: From the Commonselect the Specific VAP butto

This view contains configto each Virtual ATM Por

Index.VAPIdentifies a VAP within a

LEC IndexThis variable holds the Lcorresponding to this VA

Addr AssignControls assignment of address. When set to mamust be specified in ATM

Table 17: Module States

Module State Description

unknown The module state is unknown.

disabled The module is administratively disabled.

booting The module is coming up. The module will normally enter the "down" state once booting completes.

down The module has booted successfully and may now be configured. Once configured, it can be brought to the operational state up(6).

goingUp The module is coming into the operational state up.

up The module is operational and VAPs can now be brought into their operational state thereby enabling traffic across the AUM. This state maps to an operational state "up". All other values of Module State maps to an operation state "down".

goingDown The module is being taken out of the operational state.

failing The module has failed. Rebooting will normally be required to bring it out of this state.

Specific VAP

Address Conn



wheaut

ATMWhmuAn

LECSpeto cSerDefthaLECanythe

LECSettrem(vapquepleaATM

LECSee

GuaAll a co

e guaranteed from this

ATM Uplink Module Vs from a common pool. umber destination

be guaranteed from this

sed if no traffic profile CC to be opened. Values e from the Traffic Profiles cts the hardware default

uar VCC from all VAPs ar AUM must not exceed for this AUM.

uar Dest from all VAPs ar AUM must not exceed tion for this ATM Uplink



n automatic, the ATM address is generated omatically.

Addressen Addr Assign is set to manual, ATM Address st specify an ATM address for the VAP/LEC. ATM address of all zeros is not allowed.

ATM Addresscifies an ATM address to use when attempting onnect to the LAN Emulation Configuration ver (LECS) to be used for the VAP/LEC. aults to an ATM address of all zeros indicating t LEC ATM Address is not configured. Setting ATM Address to all zeros effectively removes earlier user-specified LECS ATM Address for VAP/LEC.

Vpiing LEC Vpi/LEC Vci to 0/0 effectively oves any earlier user-specified LECS PVC LecsVpi/vapLecsVci) for the VAP/LEC in stion. Regarding the semantics of this object, se see the reference in the description LEC Address.

Vci description of LEC Vpi.

r VCCVAPs on a particular AUM allocate VCCs from mmon pool. Guar VCC specifies the number

VCCs that the VAP will bpool.

Guar DestAll VAPs on a particularallocate destination STEGuar Dest specifies the nSTEVs that the VAP willpool.

ProfileThe traffic profile to be umapping matches the Vof 0..63 selects a profilView (Page 43); (-1) seletraffic profile.

Note:Note:

The sum of Gon a particulNumber VCC

Note:Note:N

The sum of Gon a particulNo. DestinaModule.



Rx RThiscanincoratethe .

Thisequ(witaccspe

Tx RThiscanincolinewith.

teroperability with not handle call-rejection te not available") rum LANE 1.0

it mask controlling log ssages are collected in (Page 64) defined in the

ue to this object, resets his VAP.

ue to this object, clears rtaining to this VAP.

ng rate per second disables explorer frame

manual spanning tree. rwarding or blocking ree algorithm for this to auto turns the on for this VAP. Setting

NoNo

NoNo



ate Dif is the maximum difference (in cells/s) there

be between the requested receive rate of an ming call (called the forward rate) and the line (353208 cells/s) before a call is rejected with cause "User cell rate not available."

is done to ensure interoperability with ipment, which does not handle call-rejection h cause "User cell rate not available") ording to the ATM Forum LANE 1.0 cification.

ate Dif is the maximum difference (in cells/s) there

be between the requested transmit rate of an ming call (called the backward rate) and the rate (353208 cells/s) before a call is rejected the cause "User cell rate not available."

This is done to ensure inequipment, which does (with cause "User cell raaccording to the ATM Fospecification.

Trace MaskThis is essentially a 32 bmessage output. Log methe Message Logs View status section below.

Reset CtrWriting an INTEGER valall counters specific to t

Reset AddrWriting an INTEGER valaddress table entries pe

Explorer RateExplorer frame forwardithrottle. A value of (-1) throttling for this VAP.

Spanning ModeUsed when configuring Setting this object to fooverrides the spanning tVAP. Setting this object spanning tree algorithm

te:te:

The default value of this parameter (max value) effectively disables the checking on the requested receive rate.

te:te:

The default value of this parameter (max value) effectively disables the checking on the requested transmit rate.



thisaut

StatTheinfothaifOpsem

port.

nections VAP Configuration table, tton.

Address Connections ses to VPI/VCI pairs.

address.

un

dis

goi

up

AP has been administratively led but has not reached the e adminDown state yet.

AP is administratively led.

AP has failed. The Message able should hold information t the cause of the failure.

AP is waiting for the module me up.

AP is in operational state, ble of forwarding frames.

tates (Continued)



object to unknown is not allowed. Values are: o, forwarding, blocking, and unknown.

e State provides a finer granularity of rmation on the operational state of the VAP n what can otherwise be read from erStatus. The states have the following antics—see Table 18:

Max TransmitMTU size of this virtual

MAC Address ConAccess: From the Commonselect the Address Conn bu

For each VAP, the MAC table maps MAC addres

Index.VAP.MACIdentifies the VAP MAC

Table 18: VAP States

VAP State Description

known The VAP state is unknown.

abled The VAP is administratively disabled. Normally, State will be adminDown when the VAP is administratively disabled, however, in situations where the VAP is not assigned to a VLAN, it will show up as disabled instead.

ngUp The VAP is coming into one of its operational states.

The VAP is in operational state, but due to the spanning tree algorithm it is not forwarding frames, i.e. the VAP is up but not forwarding. forwarding is the "real" operational state.

goingAdminDown The Vdisabstabl

adminDown The Vdisab

failed The VLog Tabou

waitingForModuleUp The Vto co

forwarding The Vcapa

Table 18: VAP S



VPIVirtAUMAdd

VCIVirtthe Add

PoAccPort

Thiscondifffourbelo

IndeTheUplmod58).

MasContimtran

al which makes the own timing.

mode. Values are: sdh,

M frame emits idle or here is no data to send.

wcessed from three different ration, Fast Ethernet Uplink

link Configuration. From all e Log button.

implements a buffer g messages generated by ffer is written cyclically essage with index 1 is not time stamp Message h log message; it contains UpTime object at the time rrence. Log message d using Trace Mask VAP Configuration

r.



ual Path Identifier (VPI) of VCC connecting the to the destination identified by the MAC

ress.

ual Channel Identifier (VCI) of VCC connecting AUM to the destination identified by the MAC ress.

rt Hardware Setup Viewess: In the ATM Uplink Configuration view, click the Hardware button.

view shows the Port Hardware Table which tains configuration variables that control erent properties of the physical ATM port. The column headings in this table are described w.


ter Timingtrols the source of the ATM transmitter

ing. Values are: network which makes the smitter synchronize with the incoming traffic

on the receiver; and loctransmitter generate its

Framing ModeControls the TC framingand sonet.

Empty CellsControls whether the ATunassigned cells when t

Message Logs VieAccess: This view can be acplaces: ATM Uplink ConfiguConfiguration, or HSTR Upthree views, click the Messag

The Log Message Table containing the last 10 lothe ATM Uplink. The buwhich means that the mnecessarily the oldest. ATime is recorded for eacthe value of MIB-II’s sysof the log message occuoutput may be controlle(Page 62) in the Specific (Page 60).

Index.LogIndex into cyclical buffe

C o n 1 6 C o n f i g u r a t i o n V i e w


MesValuocc

MesLog

LEAccLED

Thisstatfive

IndeTheUplmod58).

DiagDia

ErroErr

SignTheand

tion signal. Values are: on

ration Viewpology Interface view, select Subviews menu.

ontains the following the Interface scriptions are as follows:

e model.

s on the model.

nd Model Reconfiguration allows you to configure

ess Translation Table s the MAC and IP ce.

configuration Options

tion

f i g u r a t i o n V i e w s S T S


sage Timee of MIB-II’s sysUpTime at the time of

urrence of the logged event.

sage Text message text.

D Status Tableess: In the ATM Uplink Configuration view, click the Status button.

view shows a simple table illustrating the e of the front panel LEDs of each AUM. The column headings are described below.


nosticgnostics LED state. Values are: on and off.

ror LED state. Values are: on and off.

al Loss loss of the transmission signal. Values are: on off.

Receive SyncThe receive synchronizaand off.

STS16 ConfiguAccess: From the Device ToConfiguration from the Icon

The STS Configuration cfields and buttons, and Configuration Table. De

Contact StatusThe contact status of th

Number of InterfacesThe number of interface

Opens the Redundancy aOptions (Page 66), whichand model redundancy.

Open the Interface Addr(Page 67), which displayaddresses for the interfa

Redundancy and Model Re

Interface Address Transla

C o n 1 6 C o n f i g u r a t i o n V i e w


ReReAccRed

Dismod

RedEnaupdnotadd

GenHavSpeinte

AutThismonSettSpe

CreIf thdetesubbe dPhy

UP/DOWN events?ue will cause Spectrum to erfaces whenever the UP or LINK DOWN event.

econfiguration?if Spectrum should connections off a model’s reconfiguration occurs.

odel? true allows Spectrum to ifferent topological

AutoDiscovery process.

trum to re-evaluate all also force a Device is enabled.

ice Discovery to discover

f i g u r a t i o n V i e w s S T S


dundancy and Model configuration Optionsess: From the STS Configuration View, click on the undancy and Model Reconfiguration Options button.

plays buttons allowing you to configure the el and redundancy.

undancy Administrative Status?bling Redundancy will cause Spectrum to ate this model when the Primary Address is

accessible and a list of redundant preferred resses exist.

erate Redundancy Alarms?ing this option set to true will cause ctrum to generate alarms when Redundancy lligence updates the Network Address.

omatically Reconfigure Interfaces? button determines if Spectrum should itor for changes in the number of interfaces. ing this option to false will prevent ctrum from detecting any such changes.

ate Sub-Interfaces?is device supports RFC1573, this button rmines whether Spectrum should model its -interfaces or not. If true, these models will isplayed in the Sub-Interface view of the sical Interface model.

Reconfigure due to LINKSetting this option to trremodel this device’s intdevice sends out a LINK

Device Discovery after RThis button determines update its knowledge of interfaces, after a model

Topologically Relocate MHaving this button set torelocate the model to a dlocations as part of the

This button forces Specinterface models. It will Discovery if that option

This button forces a Devthe model’s connection.

Reconfigure Model

Discover LANs

C o n e C o n f i g u r a t i o n T a b l e


IntTaAccInte

InteA pcorr

PhyThe

NetThe

IntAccCon

IndeThe

DesConhar

TypThetypemot

resents a slot with no ues are listed in Figure 8, (Page 23).

h of the interface, ond. For interfaces that , or no accurate estimate

bandwidth is provided.

ress of the interface.

state of the interface (Up,

state of the interface (Up,

ue when the interface ational state.

nd packet queue, in

can be transmitted or played in octets.

f i g u r a t i o n V i e w s I n t e r f a c


erface Address Translation bleess: From the STS Configuration View, click on the rface Address Translation button.

rface Indexointer to the entry in the Interface Table esponding to this port.

sical Address Ethernet (MAC) address of the interface.

work Address IP Address of the interface.

erface Configuration Tableess: From the Device Topology Interface view, select IF figuration from the Icon Subviews menu.

x interface index number for this table.

criptiontains the name of the device and the dware revision number.

e type of module plugged into the slot. Module s OC8600 and OC860x(860x) represent the her board with the CPU and system memory.

Module state none( repmodules plugged in. ValSTS16 Application View

BandwidthThe estimated bandwidtmeasured in bits per secdo not vary in bandwidthcan be made, a nominal

Physical AddressThe Ethernet (MAC) add

Operation StatusThe current operationalDown, or Testing).

Admin. StatusThe desired operational Down, or Testing).

Last Change The System UpTime valentered its current oper

Queue LengthThe length of the outboupackets.

Packet SizeThe largest packet that received by the port, dis

C o n t U p l i n k C o n f i g u r a t i o n


FaCoAccApp

Thisandheascre

IndeTheExpMod

HWA stiden

HWA st

HWA st

HWA st

SWA stiden

oftware version.

CO update level.

ootprom version

Port Configuration s information on the port

Virtual Port Configuration ontains information on

View (Page 64). This r containing the last 10 by the ATM Uplink.

ble (Page 77), which ont panel LEDs.

f i g u r a t i o n V i e w s F a s t E t h e r n e


st Ethernet Uplink nfiguration

ess: From the Icon Subviews menu for the FEULApp lication icon, select Configuration.

table contains information about hardware software version numbers. The column dings and the five buttons at the bottom of the en are described below:

x module index selects the appropriate User ansion Module (UEM, in this case a TB Uplink ule) in the switch stack.

Product IDring containing the hardware product tification code.

Version ring containing the hardware version.

ECO Level ring containing the ECO update level.

Serial No.ring containing the hardware serial number.

Product IDring containing the software product tification code.

SW Version A string containing the s

SW ECO Level A string containing the E


Opens the Fast Ethernet(Page 69), which containconfiguration.

Opens the Fast EthernetTable (Page 71), which cthis virtual port.

Opens the Message Logsview implements a buffelog messages generated

Opens the Led Status Tashows the state of the fr

Port Configuration

Virtual Port

Message Log

LED Status



FaAcctable

Con

IndeIndto t

IF InA pcorr

TagProhea

ActTheautwhi100

CfgNumsamthe thisenaLosand

minutes, for which the ine if the configuration exceeded. When writing oss, the configuration

E and Cfg Loss Last RC,

scribed in Cfg Loss Last mpleted the join process ation. The configuration et, when writing to any of riables.

the cause of the latest ue of no-cfg-loss will be not been a configuration

oss statistics will be reset, he two configuration



st Ethernet Port Configurationess: From the Fast Ethernet Uplink Configuration , select the Port Configuration button.

tains information on the port configuration.


dex ointer to the entry in the Interface Table esponding to this port.

Protocoltocol type for use in IEEE 802.1Q SNAP der.

Port Mode actual port operation mode. If the port is in o mode, this object will return the mode in ch the port opened. Values are: fdx-10, fdx-, hdx-10, hdx-100, and unknown.

Loss Thrber of configuration loss events during the ple period which, if exceeded, should cause port to be disabled. If the port is disabled by function the port must be manually re-bled. When writing to Cfg Loss Thr or Cfg s, the configuration loss statistics, Cfg Loss E Cfg Loss Last RC, will be reset.

Cfg LossThe sampling period, inport monitors to determloss threshold has beento Cfg Loss Thr or Cfg Lloss statistics, Cfg Losswill be reset.

Cfg Loss ENumber of events, as deRC, after the port has coand then lost communicloss statistics will be resthe two configuration va

Cfg Loss Last RCReason code describing configuration loss. A valreturned when there hasloss. The configuration lwhen writing to any of tvariables:



AgiThrconthispercacc0. S

TracA 32mes

StatProope

fOperStatus. The states ntics:

onfiguration States

Description

state is unknown.

is administratively .

may now be configured. figured, it can be brought erational state up.

is coming into the al state up.

is operational and VPs can rought into their al state thereby enabling ross the TB Uplink This state maps to tus "up". All other values ap to ifOperStatus

is being taken out of the al state.

has failed. The message be inspected to find the the failure.



ng Lvl eshold to demand age the port address table taining address entries for all virtual ports on physical port. All numbers refer to entage of the address table. The only values

epted by the agent are 50, 60, 70, 80, 90 and etting the value to 0 disables demand aging.

e Mask bit mask controlling log message output. Log sages are collected in the Message Log Table.

evides a finer granularity of information on the rational state of the port than what can

otherwise be read from ihave the following sema

Table 19: Reason Codes

Reason Code Value

wire-fault 1

lobe-test-fail 2

tkp-mac-frame-rcv-in-txi-mode

3

heart-beat-fail 4

txi-new-station 5

txi-protocol-error 6

no-cfg-loss 7

Table 20: Port C

State

unknown The port

disabled The portdisabled

down The portOnce conto the op

goingUp The portoperation

up The portnow be boperationtraffic acModule. ifOperStaof State m"down".

goingDown The portoperation

failing The portlog may cause of



Ope(Pag100valu

FaCoAcctable

Conporscre

IndeIden

IF InA poto t

ModConthisena

TagContagg

port. Only MTU=1500 is

ing rate per second isables broadcast frame

manual spanning tree. rwarding or blocking ree algorithm for this object to auto turns the on for this virtual port. known is not allowed.

inutes. Setting this object aging.

pport for security mode, a be returned. Virtual port sed to disable address an allow-source or allow-s filter is configured. A s that the virtual port is ity. A value of secure-t learning for source

value of secure-dest-

P



ns the Port Mapping Information Table e 76). This table maps the IF Index values of Mbit TB interfaces to the Module and Port es of the corresponding TB ports.

st Ethernet Virtual Port nfiguration Table

ess: From the Fast Ethernet Uplink Configuration , select the Virtual Port button.

tains configuration information on this virtual t, and three buttons at the bottom of the en.

x.Port.VPtifies a specific virtual port.

dex inter to the entry in the ifTable corresponding

his virtual port.

ify FCtrols whether FC modification is enabled for virtual port. Values are: disabled, and bled.

ging Mode trols whether this virtual port uses VLAN ing. Values are: tagged, and untagged.

TransmitMTU size of this virtual allowed.

Max BCastBroadcast frame forwardthrottle. A value of (-1) dthrottling.

SpanningUsed when configuring Setting this object to fooverrides the spanning tvirtual port. Setting thisspanning tree algorithmSetting this object to un

Aging TimeAddress aging time in mto zero disables address

Security ModeThere is currently no suvalue of zero will alwayssecurity mode may be ulearning at a port wheredestination MAC addresvalue of normal indicatenot configured for secursrc-addrs indicates thaaddresses is disabled. A

ort Mapping



addaddanddisaadd

StatProstatothhav

and deletion of new rows active, notInService, , createAndWait, and

ld (RIF) aging time in ject to zero disables RIF

seconds. Zero means

Virtual Port Protocols ontains information on idging.

ddress Table (Page 76). set up a back up

Information Table ps the IF Index values of

u

d

u

f

d



rs indicates that learning for destination resses is disabled. A value of secure-src--dest-addrs indicates that learning is bled for both source and destination resses.

e vides more information on the operational e of the virtual port (VP) than what can erwise be read from ifOperStatus. The states e the following semantics:

Row Status Used to control creationin the table. Values are:notReady, createAndGodestroy.

Rif AgingRouting Information Fieminutes. Setting this obaging.

Rif Not LearnRIF not learn interval indisabled.

Opens the Fast EthernetTable (Page 73), which cTCP/IP Translational Br

Opens the Dual Home AThis view allows you to connection.

Opens the Port Mapping(Page 76). This table ma

Table 21: FE Port Operational States

State Description

nknown The VP state is unknown.

own The VP is administratively disabled. It may now be configured. Once configured, it can be brought into one of its operational states.

p The VP is in operational state, but due to the spanning tree algorithm it is not forwarding frames, i.e. the VP is up but not forwarding. Forwarding is the "real" operational state.

orwarding The VP is in operational state, capable of forwarding frames.

ormant The VP is administratively enabled, but the physical port is not open (up).

Protocol Bridging

Dual Home

Port Mapping



100valu

FasTabAccCon

ThisBridthe

IndeIden

TR Conare:

EthConare:

EnaEnadis

SrcAlloRou

r type frames. Values are:

mentation on this virtual

ulticasts.

Virtual Port Novell

slational Bridging Table

ional Bridging Table

Virtual Port Other Protocol



Mbit TB interfaces to the Module and Port es of the corresponding TB ports.

t Ethernet Virtual Port Protocols le

ess: From the Fast Ethernet Virtual Port figuration table, click on the Protocol Bridging button.

view contains the TCP/IP Translational ging Table, and four buttons at the bottom of screen.

x.Port.V tifies a specific virtual port.

Conversionversion types available on Token Ring. Values ieee802-3-SNAP, and ethernetII.

Conversion version types available on Ethernet. Values ieee802-3-SNAP, and ethernetII.

ble Cur Convbles/disables current conversion. Values are: abled, and enabled.

Routingws/disallows frames to be sent with Source ting. Values are: sr, and nosr.

Explorer TypeSets STE or ARE exploreste, and are.

IP Frag Enables/disables IP fragport.

Mcast MAC AddrTR MAC address for IP m

Opens the Fast EthernetProtocol Table (Page 74).

Opens the NetBios Tran(Page 74).

Opens the SNA Translat(Page 75).

Opens the Fast EthernetTable (Page 75).

Novell

Net Bios

SNA

Other Protocols



FasTabAcctable

IndeIden

TR Conare:

EthConare:SNA

EnaEna

SrcAlloRou

ExpSetsvalu

Bit Enaor n

l Bridging Tablernet Virtual Port Protocols utton.

al port.

le on Token Ring—

ble on Ethernet. Values hernetII.

t conversion.

to be sent with Source and nosr.

r type frames. Default

or NetBios conversion.

for NetBios conversion.



t Ethernet Virtual Port Novell Protocol le

ess: From the Fast Ethernet Virtual Port Protocols , click on the Novell button.

x.Port.Vtifies a specific virtual port.

Conversionversion types available on Token Ring. Values ieee802-5, and ieee802-5-SNAP.

Conversionversion types available on Ethernet. Values ieee802-3, novell-802-3, ieee802-3-P, and ethernetII.

ble Cur Conv bles/disables current conversion.


lorer Type STE or ARE explorer type frames. Default e is STE.

Reversingbles/disables bit reversing. Values are: rvrs, orvrs.

NetBios TranslationaAccess: From the Fast Ethetable, click on the Net Bios b

Index.Port.VIdentifies a specific virtu

TR ConversionConversion type availabieee802-5.

Eth ConversionConversion types availaare: ieee802-3, and et

Enable Cur ConvEnables/disables curren

Src RoutingAllows/disallows framesRouting. Values are: sr,

Explorer TypeSets STE or ARE explorevalue is STE.

TR Func AddrTR Functional Address f

Eth Group AddrEthernet Group Address



SNAcctable

IndeIden

TR Coniee

EthConare:

EnaEna

SrcAlloRou

ExpSetsvalu

Port Other Protocol

rnet Virtual Port Protocols ocols button.

ables, Fast Ethernet Table (w/ SNAP) and t SNA Protocol Table (w/o

Port SNA Protocol

al port.

le on Token Ring—

ble on Ethernet. Values nd ethernetII.

t conversion.

to be sent with Source and nosr.



A Translational Bridging Tableess: From the Fast Ethernet Virtual Port Protocols , click on the SNA button.


Conversionversion type available on Token Ring—e802-5.

Conversionversion types available on Ethernet. Values ieee802-3, and ethernetII.

ble Cur Convbles/disables current conversion.



Fast Ethernet Virtual Table Access: From the Fast Ethetable, click on the Other Prot

This view contains two tVirtual Port SNA ProtocolFast Ethernet Virtual PorSNAP) (Page 76).

Fast Ethernet Virtual Table (w/ SNAP)

Index.Port.VIdentifies a specific virtu

TR ConversionConversion type availabieee802-5-SNAP.

Eth ConversionConversion types availaare: ieee802-3-SNAP, a

Enable Cur ConvEnables/disables curren

Src RoutingAllows/disallows framesRouting. Values are: sr,



ExpSetsvalu

FasTab

IndeIden

TR Coniee

EthCon3.

EnaEna

SrcAlloRou

ExpSetsvalu

s Tablernet Virtual Port the Dual Home button.

Table allows you to set a

.

mation Tablet Ethernet Port

thernet Virtual Port the Port Mapping button.

ation Table contains two Virtual Port Mapping

ndex values of 100 Mbit ule and Port values of the

his port.

aining the physical port ied interface.




t Ethernet Virtual Port SNA Protocol le (w/o SNAP)


Conversionversion type available on Token Ring—e802-5(1).

Conversionversion type available on Ethernet—ieee802-

ble Cur Convbles/disables current conversion.



Dual Home AddresAccess: From the Fast EtheConfiguration table, click on

The Dual Home Addressbackup connection.

FEP AddressDual home FEP address

Port Mapping InforAccess: From either the FasConfiguration or the Fast EConfiguration table, click on

The Port Mapping Informtables: Port Mapping and(Page 81).

Port MappingThis table maps the IF ITB interfaces to the Modcorresponding TB ports.

IF Index The interface index for t

ModuleThe uplink module contimplementing the specif



PorThe

VirtA taintecorr

IF InThe

ModThespe

PorThe

VirtTheinte

LeAcctable

Thisfor

IndeThe

alues are: on, and off.

are: on, and off.

. Values are: flash, and

e. Values are: flash, and

state. Values are: on, and

state. Values are: on,

ate. Values are: on, off,

tate. Values are: on, off,



t port index 1 or 2 for the specified interface.

ual Port Mapping Tableble mapping the IF Index values of virtual port rfaces to the Virtual Port values of the esponding virtual ports.

dex interface index for this virtual port.

ule module of the virtual port implementing the cified interface.

t port implementing the specified interface.

ual Port virtual port implementing the specified rface.

d Status Tableess: From the Fast Ethernet Uplink Configuration , click on the LED Status button.

table shows the state of the front panel LEDs each TB Uplink Module.

x index for this module.

DiagnosticDiagnostics LED state. V

ErrorError LED state. Values

Left Port Left port Link LED stateoff.

Right Port Right port Link LED statoff.

100MB LeftLeft port 100Mbits LED off.

100MB RightRight port 100Mbits LEDand off.

Left ActivityLeft port Activity LED stand flash.

Right ActivityRight port Activity LED sand flash.

C o n k C o n f i g u r a t i o n T a b l e


HSTaAccCon

Thisand

IndeTheExpUplindi

ardware product id.

ardware version.

CO update level.

ardware serial number.

oftware product id.

oftware version.

CO update level.

ootprom version

nfiguration Table

f i g u r a t i o n V i e w s H S T R U p l i n


TR Uplink Configuration bleess: From the Icon Subviews menu, select figuration.

table contains information about hardware software version numbers.

x module index selects the appropriate User ansion Module (UEM, in this case a HSTR ink Module) in the switch stack. The module ces are assigned as follows:

Product IDA string containing the h

HW Version A string containing the h

HW ECO LevelA string containing the E

HW Serial No.A string containing the h

SW Product IDA string containing the s

SW VersionA string containing the s

SW ECO Level A string containing the E


Opens the HSTR Port Co(Page 79).

Table 22: HSTR Uplink Module Indices

Module Description

hstrUplinkModuleIndex 1 Leftmost UEM in switch number 1

hstrUplinkModuleIndex 2 Rightmost UEM in switch number 1

hstrUplinkModuleIndex 3 Leftmost UEM in switch number 2



Port Configuration



Ope(Pag

Opeviewlog

OpeshoAUM

HSAccon th

IndeIndto t

IF InA pcorr

IEEE 802.1Q SNAP

lues are: auto, fdx Port,

n mode. If the port is in ill return the mode that es are: fdx-Port, fdx-

loss events during the ed, the port will become isabled by this function lly re-enabled. When or Cfg Loss, the tics, Cfg Loss E and Cfg set.

minutes, for the port the configuration loss eded. When writing to Cfg e configuration loss d Cfg Loss Last RC will

M

L



ns the HSTR Virtual Port Configuration Table e 81).

ns the Message Logs View (Page 64). This implements a buffer containing the last 10

messages generated by the ATM Uplink.

ns the Led Status Table (Page 77). This view ws the state of the front panel LEDs of each

.

TR Port Configuration Tableess: From the HSTR Uplink Configuration table, click e Port Configuration button.


dexointer to the entry in the Interface Table esponding to this port.

Tag ProtocolProtocol type for use in header.

Port Mode Port operation mode. Vaand fdx-Station.

Act Port ModeThe actual port operatioauto mode, this object wthe port opened in. ValuStation, and unknown.

Cfg Loss ThrNumber of configurationsample period. If exceeddisabled. If the port is dthe port must be manuawriting to Cfg Loss Thr configuration loss statisLoss Last RC, will be re

Cfg LossThe sampling period, inmonitors to determine ifthreshold has been exceLoss Thr or Cfg Loss, thstatistics, Cfg Loss E anbe reset.

Virtual Port

essage Log

ED Status



CfgNumRC,andlossthe

CfgReaconbe rconstatthe Rea

AgiThrconthispercacc0. S

TracA 32mesdefi

on on the operational han what can otherwise s. The states have the

rt Configuration State

Description

tate is unknown.

s administratively disabled.

ay now be configured. igured, it can be brought to ional state up.

s coming into the l state up.

s operational and VPs can ought into their operational eby enabling traffic across Uplink Module. This state OperStatus "up". All other tate map to ifOperStatus

s being taken out of the l state.

as failed. The message log spected to find the cause of .



Loss Eber of events, as described in Cfg Loss Last

after the port has completed the join process then lost communication. The configuration statistics will be reset, when writing to any of two configuration variables.

Loss Last RCson code describing the cause of the latest figuration loss. A value of no-cfg-loss will eturned when there has not been a figuration loss. The configuration loss istics will be reset, when writing to either of two configuration variables. See Table 19, son Codes (Page 70).

ng Lvl eshold to demand age the port address table taining address entries for all virtual ports on physical port. All numbers refer to entage of the address table. The only values

epted by the agent are 50, 60, 70, 80, 90 and etting the value to 0 disables demand aging.

e Mask bit mask controlling log message output. Log sages are collected in the Message Log Table ned in the status section below.

StateProvides more informatistate of the HSTR port tbe read from ifOperStatufollowing semantics:

Table 23: HSTR Po

State

unknown The port s

disabled The port i

down The port mOnce confthe operat

goingUp The port ioperationa

up The port inow be brstate therthe HSTRmaps to ifvalues of S"down".

goingDown The port ioperationa

failing The port hmay be inthe failure



Opemapintecorr

PoAccthe HPort

ThisVirt

PorA taHSTthe

IF InA poto t

ModTheimp

PorThe

dex values of virtual port , Port, and Virtual Port ing virtual ports.

the ifTable corresponding

l port implementing the

ort implementing the

port implementing the

t Configuration

link Configuration table, click

al port.

P



n the Port Mapping Information. This table s the IF Index values of 100 Mbit TB rfaces to the Module and Port values of the esponding TB ports.

rt Mapping Informationess: From either the HSTR Port Configuration table or

STR Virtual Port Configuration table, click on the Mapping button.

view contains two tables, Port Mapping and ual Port Mapping, described below.

t Mappingble mapping the IF Index values of 100 Mbit R interfaces to the Module and Port values of corresponding HSTR ports.

dexinter to the entry in the ifTable corresponding

his virtual port.

ule uplink module containing the physical port lementing the specified interface.

t port number of the specified interface.

Virtual Port MappingA table mapping the IF Ininterfaces to the Modulevalues of the correspond

IF IndexA pointer to the entry in to this virtual port.

ModuleThe Module of the virtuaspecified interface.

PortThe port of the virtual pspecified interface.

Virtual PortThe index of the virtual specified interface.

HSTR Virtual PorTableAccess: From the HSTR Upon the Virtual Port button.

Index.Port.VPIdentifies a specific virtu

ort Mapping



IF InA pcorr

ModConthisena

TagContagg

TranMTUmtu

MaxExpthrothro

SpaUseSettovevirtspaSett

inutes. Setting this object aging.

de is used to disable rt where an allow-source C address filter is

the virtual port (VP). The options:

Port Security Mode

Indicates that...

The virtual port is not configured for security.

Learning for source addresses is disabled.

Learning for destination addresses is disabled.

Learning is disabled for both source and destination addresses.



dex ointer to the entry in the Interface Table esponding to this virtual port.

ify FCtrols whether FC modification is enabled for virtual port. Values are: disabled, and bled.

ging Mode trols whether this virtual port uses VLAN ing. Values are: tagged, and untagged.

smit size of this virtual port. Values are: mtu1500, 4472, mtu8144, mtu17800, and useBRF.

Explorelorer frame forwarding rate per second ttle. A value of (-1) disables explorer frame ttling.

nningd when configuring manual spanning tree. ing this object to forwarding or blocking

rrides the spanning tree algorithm for this ual port. Setting this object to auto turns the nning tree algorithm on for this virtual port. ing this object to unknown is not allowed.

Aging Time Address aging time in mto zero disables address

Security ModeVirtual port security moaddress learning at a poor allow-destination MAconfigured.

StateThe operational state of states have the following

Table 24: Virtual

A value of:

normal

secure-src-addrs

secure-dest-addrs

secure-src-and-dest-addrs



RowUsein tnotdes

tual Port Entry.

ort Entrytual Port Configuration button.

ou can add entries into nfiguration Table view correspond to the HSTR Uplink

Information (Page 81) he IF Index values of 100 e Module and Port values ports.

ort Configuration Table, click

ont panel LEDs of each he status of the port own though.



Statusd to control creation and deletion of new rows he table. Values are: active, notInService, Ready, createAndGo, createAndWait, and troy.

Opens the Add Entry Vir

Add Entry Virtual PAccess: From the HSTR VirTable, click on the Add Entry

From within this view, ythe HSTR Virtual Port Co(Page 81). Fields in this column headings in theConfiguration Table.

Opens the Port Mappingtable. This table maps tMbit TB interfaces to thof the corresponding TB

LED Status TableAccess: From the Virtual Pon the LED Status button.

Shows the state of the frHSTR Uplink Module. Tactivity LEDs are not sh

Table 25: HSTR Port Operational State

A value of: Indicates that...

unknown The VP state is unknown; the user should never see this.

down The VP is administratively disabled. It may now be configured. Once configured, it can be brought into one of its operational states.

up The VP is in operational state, but due to the spanning tree algorithm it is not forwarding frames, i.e. the VP is up but not forwarding. Forwarding is the "real" operational state.

forwarding The VP is in operational state, capable of forwarding frames.

dormant The VP is administratively enabled, but the physical port is not open (up).

Add Entry

Port Mapping

C o n n g C o n f i g u r a t i o n V i e w


IndeTheExpUplHST

DiagDia

ErroErr

LeftLeftfla

RigRighand

SigAccApp

Thisconpor

IndeTheUpl

igned in Table 16 (Page

of SVC calls/connections s that can be processed nk.

econds) to wait for g ALERTING. Should be seconds).

econds) to wait for CALL_PROCEEDING, ).

ait for a response to is 30.

econds) allowing SAAL . If SSCOP experiences

er than this time for a e signalling instance will

e calls, as well as calls

f i g u r a t i o n V i e w s S i g n a l i


x module index selects the appropriate User ansion Module (UEM, in this case a HSTR ink Module) in the switch stack. See Table 22, R Uplink Module Indices (Page 78).

nosticgnostics LED state. Values are: on, and off.

ror LED state. Values are: on, and off.

Port port Link LED state. Values are: on, off, and sh.

ht Portt port Link LED state. Values are: on, off,

flash.

naling Configuration Viewess: From the Icon Subviews menu for the ATMULApp lication icon, select Signaling.

table contains configuration variables that trol different properties of the physical ATM t.

x module index selects the appropriate ATM ink Module (AUM) in the switch stack. The

module’s indices are ass58).

Max SVCThe maximum number setup or clear operationconcurrently in the upli

T301 (CONNECT)The maximum time (in sCONNECT after receivinat least 3 minutes (180

T303 (SETUP)The maximum time (in sresponse to SETUP (i.e. ALERTING or CONNECT

T308 (RELEASE)The maximum time to wRELEASE. Default value

T309 (SAAL)The maximum time (in s(SSCOP) connection lossconnection loss for longsignalling connection, thclear all its calls— activunder establishment.

C o n n g C o n f i g u r a t i o n V i e w


T31Therespafte

T31Theresp

T31Theresp

T31TheRES(RE

T32Theresp

This

ation View Configuration view, select utton.

ollowing fields:

s the appropriate ATM the switch stack. The igned in Table 16 (Page

ize.

onnection control state

of data transmissions

f list elements placed in a

tween polling intervals.

at it takes for one stat

SS

f i g u r a t i o n V i e w s S i g n a l i


0 (SETUP) maximum time (in seconds) to wait for onse to SETUP (i.e. ALERTING or CONNECT) r receiving CALL PROCEEDING.

3 (CONNECT) maximum time (in seconds) to wait for onse to CONNECT.

6 (RESTART) maximum time (in seconds) to wait for onse to RESTART.

7 (RESTART) maximum time (in seconds) to act on TART. This value should be less than T316

START).

2 (STATUS) maximum time (in seconds) to wait for onse to STATUS ENQUIRY.

button opens the SSCOP Configuration View.

SSCOP ConfigurAccess: From the Signalingthe SSCOP Configuration b

This view contains the f

IndexThe module index selectUplink Module (AUM) inmodule’s indices are ass58).

Max Rcv WinThe maximum window s

Max Con CtlThe maximum SSCOP Cvariable value.

Max Poll DataThe maximum number between polls.

Max StatThe maximum number oSSCOP stat PDU.

Timer PollThe time (in seconds) be

Timer No ResThe time (in seconds) thPDU to be received.

COP Configuration

C o n c k C o n f i g u r a t i o n V i e w


TimThe

TimThe

TimDefmilloutrecorou

MaxTheDat

MaxThesize

STVieAccApp

ThisregaproRea

Field descriptions are as

rrent TrBRF.

current TrBRF.

current TrBRF.

.

er is connected.

binary file on the server.

ber between 1 and 8 for that box. Setting this load for all boxes in a

this object means the eded and the switch is alues are: writing,

f i g u r a t i o n V i e w s S T S 1 6 S t a


er Keep Alive time (in seconds) of the next polling.

er Idle time (in seconds) that the network is idle.

er CCines the maximum time (in units of 100 iseconds) to wait for response, during going link establish, release, resynch and very. Should be somewhat greater than a

nd-trip delay. Default is 1.

Sdu maximum SSCOP SDU size (SAAL Service a Unit size) in bytes. Default is 4096.

Uu maximum SSCOP UU size (User-to-User data ) in bytes. Default is 4096.

S16 Stack Configuration w

ess: From the Icon Subviews menu for the STS16App lication icon, select Configuration.

view presents descriptive information rding SmartSTACK configuration. The view

vides access to a series of Read/Write and d Only fields, in addition to four buttons at

the bottom of the panel.follows:

IP AddressThe IP address of the cu

Subnet MaskThe subnet mask of the

Default GatewayIP default gateway of the

TFTP Server IP TFTP server's IP address

BRF Server Conn.TrBRF to which the serv

TFTP File Loc.Path and filename of the

Download SwitchSetting this to any numstarts a TFTP downloadto 9 starts a TFTP downstack.

Download StatusReading complete fromwrite to flash has succeready to be rebooted. Vcomplete, and other.



SwiThecan

1

2

3

StacStathroMantheythe upd

NumTota

SysSys

BRFTrB

to syslog daemon.

of messages which daemon.

les in the stack. This e switch is not connected

rix module in the stack. e if the switch is not alues are: primary, ailed.

supported by the stack. 7800 will be returned. 00, mtu8144, and

onfigured RMON state. disabled.

ctual RMON state. Values led.



tch Config stack configuration of the system. A system exist in three possible configurations.

Stand alone mode where the system has only one switch and is not connected to any other switches.

Back to Back mode in which a pair of switches are connected back to back through Stack Port.

Matrix mode in which the stack has up to eight switches connected to a Matrix through the Stack Port.

k Statusck status indicates if the stack is going ugh the Stack Management Update protocol. agement stations should check this status if receive a genErr on a SET request for any of stack wide attributes. Values are running and ating.

ber Switches l number of switches in the stack.

Log Deamon IPlog daemon's IP address.

Deamon Conn.RF to which the syslog daemon is connected.

SysLog FacilityFacility code to be sent

SysLog MaskMask defining the typesshould be sent to syslog

Number Matrix ModNumber of Matrix moduobject is set to zero if thto a Matrix.

Matrix StatusStatus of the Active MatThis object is set to nonconnected to a Matrix. Vsecondary, none, and f

Max MTU Size Max MTU size currentlyEither mtu4472 or mtu1Other values are: mtu15useBRF.

RMON State ConfThis object reflects the cValues are: enabled and

RMON State ActualThis object reflects the aare: enabled and disab



SNMThisswi

CurCurthe requthe

Thebott

ThisInfoeac

ThisConcura mTheretrstacindi

e Switch Module 1), which displays the

formation for each switch,

cess to a table displaying n about each port. See (Page 93).

formation View Configuration view, click the

adings and button iver Information View:

ach entry.

e of the following, valid - an invalid entry, and ting the value to invalid table. The value, be returned on a GET. ate causes a new row to

T



P Capabilities object reflects the SNMP capabilities of the

tch.

rent Timerent time of the switch. To set the time use format yyyy mm dd hh mm ss. All fields are ired. Setting this object will set the time in all

switches in the stack to the new value.

following four buttons are located at the om of the STS Stack Configuration view:

button accesses the Trap Receiver rmation View, which provides information for h trap received.

button accesses the Switch Stack figuration View (Page 89), providing the rent configuration of the stack. It also provides apping of Switch Numbers to their addresses. Management Application is required to ieve this table and verify its own view of the k periodically and/or when it receives a trap cating a change in the stack configuration.

This button accesses thInformation View (Page 9module configuration inand each module.

This button provides acconfiguration informatioPort Configuration View

Trap Receiver InAccess: In the STS16 StackTrap Receiver button.

The following column heappear in the Trap Rece

IndexTrap receiver index for e

StatusValues are: other - non- a valid entry, invalidcreate - create row. Setdeletes the row from theinvalid, should never Setting this value to cre

rap Receiver

Stack Info

Module Info

Port Info



be ccreathe alrebe voth

IP AIP athe

ComCom

TrBTrBEaca sespespeoctelowbit Thusingbit in tnotis aSwi

of all FF's will enable rBRFs.

p Receiver Information tton:

ccesses the Add Trap w.

Table Entry Vieweiver Information view, click

ou can add new entries to ation View (Page 88). spond to the column ceiver Information View.

nfiguration View Configuration view, click the

ard Sort, Find, Update PECTRUM Views) and e following application-

formation:



reated if the row does not already exist. To te a new row, set the Status to create and Index to any valid index which does not ady exist. The value returned on GETs should alid or other, which is used to indicate any

er condition.

ddressddress for an SNMP manager that is to receive trap.

munity Namemunity string to use in outgoing traps.

RF Traps OnRFs on which traps are sent to this target. h octet within the value of this object specifies t of eight TrBRFs, with the first octet cifying TrBRFs 1 through 8, the second octet cifying TrBRFs 9 through 16, etc. Within each t, the most significant bit represents the

est numbered TrBRF, and the least significant represents the highest numbered TrBRF. s, each TrBRF of the stack is represented by a le bit within the value of this object. If that

has a value of 1, then that TrBRF is included he set of TrBRFs sending traps. The TrBRF is included if its bit has a value of 0. The default ll zeros. Reading all of the entries in the tch Stack Table will give the possible valid bits

that can be set. A value traps on all configured T

At the bottom of the Traview, is the following bu

The Add Entry button aReceiver Table Entry Vie

Add Trap ReceiverAccess: From the Trap Recthe Add Entry button.

From within this view, ythe Trap Receiver InformFields in this view correheadings in the Trap Re

Switch Stack CoAccess: In the STS16 StackStack Info button.

This view displays standand Print buttons (see Scolumn headings with thspecific configuration in

Add Entry



SwiSwinumMatMancon

BurThe

SwiTheswithe

FirmFirm

HarHar

Up Tim

StatOpeto estartimwar

itch reported in degrees

switch in MB.

for the Switch Port ject to zero turns off the

PAN function.

ether the switch is nced features.

hanced features.

all the ports present in ithin the value of this ight ports, with the first

through 8, the second through 16, etc. Within ificant bit represents the nd the least significant st numbered port. Thus, s represented by a single



tchtch number as determined by the port ber that the switch is connected to in a

rix or as determined by the Stack agement software when two switches are

nected back to back.

nt MAC Address burned in MAC address of the switch.

tch MAC Address locally administered MAC address of the tch. After writing to this object, you must reset switch.

wareware version number running on the switch.

dwaredware version number for the switch.

Timee ticks since the switch was last reset.

usrational status of the box. Setting this value ither coldReset or warmReset will cause cold t or warm start to occur after a predefined e delay. Values are: running, coldReset, and mReset.

TempTemperature of each swCelsius.

MemoryInstalled memory on the

SPAN PortPort number to be usedAnalyzer. Setting this obSPAN function.

SPAN MonPort monitored by the S

FeaturesThis object indicates whenabled to support enha

Feature KeyFeature key to enable en

Port MaskA bit mask representingthis switch. Each octet wobject specifies a set of eoctet specifying ports 1 octet specifying ports 9 each octet, the most signlowest numbered port, abit represents the higheeach port of the switch i



bit valuporthis

AgiAgintabl

AgeThrtabladdagevalu

ObjThetoke

ErroTheand

DiagTheoff

TrCTrCSPAInd

h octet within the value set of eight TrCRFs, with TrCRFs 1 through 8, the rCRFs 9 through 16, etc. ost significant bit mbered TrCRF, and the

esents the highest , each TrCRF of the stack le bit within the value of s a value of 1, then that set of TrCRFs for which red; the TrCRF is not value of 0. The default is r this object will return

nitored port specifies a ests for this object will be e" error if the SPAN a non-trunk port.

formation View Configuration view, click the

le in the Switch Module s the following column

mined by the port is connected to in a



within the value of this object. If that bit has a e of 1, then that port is included in the set of

ts in this switch; the port is not included in switch if its bit has a value of 0.

ngg time in minutes for the master address e entries on this switch.

Leveleshold to demand age the master address e. All numbers refer to percentage of the ress table. The only values accepted by the nt are 50, 60, 70, 80, 90 and 0. Setting the e to 0 disables demand aging.

ect ID object ID used to uniquely identify the type of n ring switch.

r LED state of the error LED. Values are: on, off, flash.

LED state of the diagnostic LED. Values are: on, , and flash.

RFs SPAN MonitoredRFs for which traffic on the port specified by N Monitored port should be monitored.

ividual TrCRFs can be selected for monitoring

only on trunk ports. Eacof this object specifies athe first octet specifyingsecond octet specifying TWithin each octet, the mrepresents the lowest nuleast significant bit reprnumbered TrCRF. Thusis represented by a singthis object. If that bit haTrCRF is included in thetraffic should be monitoincluded if its bit has a all zeros. Get requests foall zeros if the SPAN monon-trunk port. Set requrejected with a "badValumonitored port specifies

Switch Module InAccess: In the STS16 StackModule Info button.

The Module Number TabInformation view displayheadings:

SwitchSwitch number as deternumber that the switch



MatMancon

ModThe

StatTheValu

TypThetypethe memwithcolu mber.

ersion.

the module.

dule was last reset.

ported by the module. 7800 will be returned. u4472, mtu8144,

X ATM Module - UTP

nknown Module

lot is empty

STR - UTP

STR - Fiber

ase module

ase module

ase module

pe Values (Continued)



rix or as determined by the Stack agement software when two switches are


ule module number.

e current operational state of the module. es are: nomodule, running, and faulty.

e type of module plugged into the slot. Module s OC8600(1) and OC860x(860x) represent motherboard with the CPU and system ory. Module state none represents a slot no modules plugged in (shown in the State mn). Values are listed in Figure 8:

RevisionThe module revision nu

FirmwareThe module's firmware v

Num PortsTotal number of ports in

UptimeTime ticks since the mo

Max MTU SizeMaximum MTU size supEither mtu4472 or mtu1Values are: mtu1500, mtmtu17800, and useBRF.

Table 26: Module Type Values

Module Type Description

oc8600(1) Base module

oc863X(2) Stack Port Module

oc8610(3) 4 port expansion

oc8611(4) 4 port fiber

proPortISL-FX(5) FX ISL uplink module

proPortISL-TX(6) TX ISL uplink module

oc8321(8) ATM Module - Fiber

oc8320(9) T

unknown(10) U

none(11) S

cf8650(12) H

cf8651(13) H

oc8601(8601) B

oc8602(8602) B

oc8605(8605) B

Table 26: Module Ty



PoAccPort

TheConUpdVie

SwiA ucorr

ModNum

If InA pcorr

ResSettcouvaluValurunpor

ResSetttabltraf

ues are: other - none of - port is functioning, and ble and reset port

time in minutes. Setting les address aging.

e the port address table. centage of the address ccepted by the agent are 0. Setting the value to 0

ld which causes the port and forward mode to cut-

ld which causes the port rough mode to store and

in minutes.

alues are: mtu1500, mtu17800.



rt Configuration Viewess: In the STS16 Stack Configuration view, click the Info button.

Port Configuration Table in the Port figuration view displays standard Sort, Find, ate and Print buttons (see SPECTRUM

ws) and the following column headings:

tch.Portnique value for each port entry. The value esponds to the port number.

uleber of the module that contains this port.

dexointer to the entry in the Interface Table esponding to this port.

et Ctrsing this object to reset causes all traffic nters for this port to be set to zero. Also the e of Port Statistics Reset Timer is set to zero. es are: other - none of the following, ning - port is functioning, and reset - reset t counters.

et Addrsing this object to reset clears all address e entries for this port as well as setting all port fic counters to zero and setting Port Statistics

Reset Timer to zero. Valthe following, running reset - clear address tacounters.

Addr AgeingPort level address agingthis object to zero disab

Demand AgeingThreshold to demand agAll numbers refer to pertable. The only values a50, 60, 70, 80, 90 and disables demand aging.

Low Error ThresLower error rate threshoto transition from store through mode.

High Error ThresUpper error rate threshoto transition from cut-thforward mode.

Error SamplingError sampling interval

Max TransmitMTU size of this port. Vmtu4472, mtu8144, and



MaxExpthrothro

Set Speuncfram

EarEarena

ForOpeWhalgostosto

ActActuporand

ModNum

PrioTheto t

ority that will be used for

loss events during the exceeded, should cause If the port is disabled by ust be manually re-

minutes, for the port the configuration loss eded.

t frames per second by this port. Any ing this watermark will

port. Setting this object ppression off.

ive parameter on all CDP the switch on this port.

a manual spanning tree. rwarding or blocking anning tree's algorithm



Explorerlorer frame forwarding rate per second ttle. A value of (-1) disables explorer frame ttling.

AC Bitscifies if the AC bits shall be set onditionally when a port forwards certain LLC es. Values are: enabled, and disabled.

ly Tkn Rlsly token release operation. Values are: bled, and disabled.

warding Moderational frame switching mode for the port.

en in auto mode the port uses the Direct Cut rithm to place the port in either cutthru or reandforward mode. Values are: auto, reandforward, cutthru, and unknown.

ual Fwd Modeal operational frame switching mode for the

t. Values are: storeandforward, cutthru, unknown.

uleber of the module that contains this port.

rity Thres highest token-ring frame priority that shall go he low-priority transmit queue.

Xmit PriorityThe minimum token pritransmit.

Cfg Loss ThresNumber of configurationsample period which, if the port to be disabled. this function the port menabled.

CFG Loss IntThe sampling period, inmonitors to determine ifthreshold has been exce

Bcast SupprThe number of broadcasallowed to be forwardedbroadcast frames exceednot be forwarded by theto 0 turns broadcast su

Time to LiveThe advertised time-to-lmessages generated by

Spanning TreeUsed when configuring Setting this object to fooverrides the TrCRF's sp



for blo

SecPorleardesvaluconaddaddaddaddanddisaadd

LEDTheand

OpePorsta.

nal mode. If the port is in will return the mode in Values are: port, ve-probe, and unknown.

ould either be auto X or FDX. Values are: d unknown.

ode. If the port is in auto turn the mode in which are: hdx, fdx, none, and

RPS) operation. Values bled.

NoNo

Mode, ri-ro is only valid 20, and ports on a fiber



this port. Values are: auto, forwarding, cking, and unknown.

urityt security mode is used to disable address ning at a port where an allow-source or allow-tination MAC address filter is configured. A e of normal indicates that the port is not

figured for security. A value of secure-src-rs indicates that learning for source resses is disabled. A value of secure-dest-rs indicates that learning for destination resses is disabled. A value of secure-src--dest-addrs indicates that learning is bled for both source and destination resses.

state of the Link LED. Values are: on, off, flash.

ration Modet operational mode. Values are: auto, port, tion, ri-ro, passive-probe, and unknown.

Actual OperThe actual port operatio"auto mode," this objectwhich the port opened. station, ri-ro, passi

DuplexDuplex mode. The port cdetected or forced to HDauto, hdx, fdx, none, an

Actual DuplexThe actual port duplex mmode, this object will rethe port opened. Valuesunknown.

RPS OperRing Parameter Server (are: enabled, and disa

NameLogical port name.te:te:

Passive-probe mode can not be set with this object. The passive-probe mode is set automatically when a passive probe is defined in the Passive Probe Table.

Note:Note:

In Operationfor ports 19,module.



PrVieAccApp

ThetwoTabFinVie

PaThispas

SwiInddesPasreprPorhow

ed to mirror traffic from ch. This is the port to an RMON probe. Setting off the passive probe.

ts traffic mirrored onto object to a non-zero value copied to the monitoring s 0.

hat is being monitored. FDX ports only, receive - HDX ports only, and

uration Options

de Probe Direction

both

receive

both

transmit

f i g u r a t i o n V i e w s P r o b e / C r o s s l i


obe/Crosslink Configuration w

ess: From the Icon Subviews menu for the STS16App lication icon, select Probe/Crosslink.

Probe/Crosslink Configuration view displays tables: Passive Probe Table and Crosslink le (Page 97). Both tables have standard Sort, d, Update and Print buttons (see SPECTRUM ws).

ssive Probe Table table allows you to view and configure

sive probe ports.

tch.Indexex into the Passive Probe Table. Table 27 cribes the configuration options for the sive Probe Table. The Port Mode column esents the operational mode of the Mon. t. Set the objects in this table according to you want to monitor the traffic.

PortThe port that is configuranother port in the switwhich you can connect this object to zero turns

Mon. PortThe port that will have ithe probe port. Set this to have that port's trafficport. The default value i

DirectionDirection of traffic flow tValues are: transmit - - FDX ports only, both unknown.

Table 27: Config

Index Port Mo

1 HDX

1 FDX

2 HDX

2 FDX

C o n R F C o n f i g u r a t i o n V i e w


CrThisacti

SwiSwithadetewhe

NumThethe

CroA rethisEaca seporpormosnumrepreacbit valuporof "0mor

sition in the Port Mask il with a badValue error. of ports in a CrossLink um number of bits in " values is 8.

ration Viewviews menu for the STS16App Configuration.

mic configuration of r Relay Functions t column headings in the le. Double-click any heading to access the le Entry (Page 99) view, in configuration

tion Tableou can choose a

select parameters for ime and max age, and ing tree.

entry in the TrCRF table. F number.

f i g u r a t i o n V i e w s T r C


osslink Table table allows you to view which ports are

ve in a particular crosslink.

tchtch number determined by the port number t the switch is connected to in a matrix or as rmined by the Stack Management software n two switches are connected back to back.

ber unique identifier for this row. Corresponds to crosslink number.

sslink Portsad-write field which defines the set of ports in switch which are active in this crosslink. h octet within the value of this object specifies t of eight ports, with the first octet specifying ts 1 through 8, the second octet specifying ts 9 through 16, etc. Within each octet, the t significant bit represents the lowest bered port, and the least significant bit esents the highest numbered port. Thus,

h port of the switch is represented by a single within the value of this object. If that bit has a e of "1" then that port is included in the set of

ts; the port is not included if its bit has a value ." Set requests containing "1" values in one or e bit positions which do not have a "1" value

in the corresponding po(Page 32) column will faThe maximum number and therefore the maximthis object containing "1

TrCRF ConfiguAccess: From the Icon SubApplication icon, select CRF

This view supports dynaToken Ring Concentrato(TrCRFs). There are eighTrCRF Configuration Tabvalue beneath a columnTrCRF Configuration Tabwhich you can enter newinformation.

TrCRF ConfiguraFrom within this table, yspanning tree protocol, forwarding delay, hello tconfigure manual spann

CRF No.Unique identifier for thisCorresponds to the TrCR



NamUse

ProTheValu

FwdTheTrC300Maxis swillto aseco

HellTheTrC100be 1"badwhi

MaxTheTrC400Timspe

r if a set is attempted to a ole number of seconds.

manual spanning tree. rwarding or blocking ree’s algorithm for

port that connects it to uto, forwarding, and

r for this entry in the

figuration Table, there are

ning one bit per TrCRF in . The first octet ith CRF No. 1 through 8;

Fs 9 through 16; etc. The ch octet corresponds to . in that octet. If the bit F is set to "1," then the figured TrCRF on the RFs which must transit

ys considered to be CRFs".) Any attempt to ) has more bits set than sit; (b) does not have all

f i g u r a t i o n V i e w s T r C


er defined name of the TrCRF.

tocol Spanning Tree Protocol to run on this TrCRF. es are: none, cisco, and ieee.

Delay value used as the Forwarding Delay in this RF. The range for this parameter is 400 to 0 and is related to the value of Bridge Hello . Age (Page 34). The granularity of this timer

pecified to be 1/100 of a second. This agent return a “badValue” error if a set is attempted value which is not a whole number of nds.

o Time value to be used as the Hello Time in this RF. The range for this parameter is 100 to 0. The granularity of this timer is specified to /100 of a second. This agent will return a Value" error if a set is attempted to a value

ch is not a whole number of seconds.

Ag value to be used as the Max Age in this RF. The range for this parameter is 600 to 0 and is related to the value of Bridge Hello e (Page 34). The granularity of this timer is cified to be 1/100 of a second. This agent will

return a "badValue" errovalue which is not a wh

Port ModeUsed when configuring Setting this object to fooverrides the spanning tTrCRF’s logical internalthe TrBRF. Values are: ablocking.

Domain No.Internal unique identifieTrCRF table.

Beneath the TrCRF Contwo fields:

TrCRF Configuration A string of octets contaithe management domaincorresponds to TrCRFs wthe second octet to TrCRmost significant bit of eathe lowest value CRF Nocorresponding to a TrCRTrCRF is a transited conlocal device. (Default TrCthe local device are alwa"transited configured Trset a bit string which: (athe local device can tran



bitsmuexisdefireje

TrCA stthe corrthe mosthe corrTrCwasaut

TrCTheTrCmayPorIde

ration Viewviews menu for the STS16App Configuration.

entry in the TrBRF table. F number.

e TrBRF.

TrBRF. Values are: ip-needed, and bootp-

his TrBRF. Changes to BRF to which the ongs causes loss of anagement station about the IP Address.

s TrBRF.

fault gateway for this

f i g u r a t i o n V i e w s T r B


set corresponding to default TrCRFs which st transit the device; or (c) corresponds to non-tent TrCRFs (TrCRFs whose IDs are not ned in the management domain), will be cted with a "badValue" error.

RFs in Domain ring of octets containing one bit per TrCRF in management domain. The first octet esponds to TrCRFs with CRF No. 1 through 8; second octet to TrCRFs 9 through 16; etc. The t significant bit of each octet corresponds to lowest value CRF No. in that octet. If the bit esponding to a TrCRF is set to "1," then the RF transits the local device either because it configured to or because it was selected to omatically by the selection algorithm.

RF Configuration Table Entry fields in this table correspond to those in the RF Configuration View (Page 97). Field names differ slightly from column headings (i.e.: t Mode = Internal Mode, Domain No. = ntifier), but the attributes remain the same.

TrBRF ConfiguAccess: From the Icon SubApplication icon, select BRF

BRF No.Unique identifier for thisCorresponds to the TrBR

NameUser defined name of th

IP State IP configuration for thisdisabled, bootp-when-always.

IP AddressIP Address assigned to tthe IP Address of the Trmanagement station belconnectivity until the mupdates its information

Subnet MaskThe subnet mask for thi

Dflt GatewayThe IP Address of the deTrBRF.

C o n t e r C o n f i g u r a t i o n V i e w


STPThisSpaare:

FunEnaTrBaddadd

802The

MACTheTrB

Bentwo

TrBA stthe corrthe mosthe set TrBmucon

string which: (a) has more evice can transit, (b) does esponding to default sit the device, or (c)

tent TrBRFs (TrBRFs ed in the management with a "badValue" error.

ning one bit per TrBRF in . The first octet ith BRF No. 1 through 8;

Fs 9 through 16; etc. The ch octet corresponds to . in that octet. If the bit F is set to 1, then the device either because it cause it was selected to ection algorithm.

tion Viewviews menu for the STS16App ing.

view contains two tables, 101) and Protocol Filter ree buttons, all of which th tables have standard Print buttons (see

f i g u r a t i o n V i e w s F i l


Mode object is used to enable or disable the nning Tree Protocol for this TrBRF. Values enable or disable.

c Addrbles the IEEE Spanning Tree Protocol at the RF level to use the IBM bridge functional ress instead of the default IEEE functional ress. Values are: no, and yes.

.1 VLAN VLAN ID as defined in 802.1Q.

Address locally administered MAC address of the RF.

eath the TrCRF Configuration Table, there are fields:

RF Configurationring of octets containing one bit per TrBRF in management domain. The first octet esponds to TrBRFs with BRF No. 1 through 8; second octet to TrBRFs 9 through 16; etc. The t significant bit of each octet corresponds to lowest value BRF No. in that octet. If the bit is to 1, then the TrBRF is a transited configured RF on the local device. (Default TrBRFs which st transit the local device are always sidered to be "transited configured TrBRFs".)

Any attempt to set a bit bits set than the local dnot have all bits set corrTrBRFs which must trancorresponds to non-exiswhose IDs are not defindomain), will be rejected

TrBRFs in Domain A string of octets contaithe management domaincorresponds to TrBRFs wthe second octet to TrBRmost significant bit of eathe lowest value BRF Nocorresponding to a TrBRTrBRF transits the localwas configured to, or beautomatically by the sel

Filter ConfiguraAccess: From the Icon SubApplication icon, select Filter

The Filter ConfigurationClass Filter Table (PageTable (Page 101), and thare described below. BoSort, Find, Update andSPECTRUM Views).



ClaDSAglob

IndePro

EthThisclasclas"badconfirst

FilteThisprospeilleg

ProDSAto apor

SwiThisentr

e types that will be l class on this port. the following: all - class to be blocked, sr - es in this class to be

on source routed frames d, none - allow all frames ne is the default value.

onfigured TrCRF, then llow transparent bridging l class. Setting this object nsparent bridging of lass. The default value is ble, and disable.

nation filters set up in the reated by adding entries

l of the relevant objects lar type of filter must be single SNMP set creation of a filter.



ss Filter TableP and SNAP Filter Class table. This table is al for the entire stack.

xtocol class table index.

er Type is the two byte ether-type for this protocol s. Only one ether type may be set per protocol s. Setting an illegal ether type will result in a Value" error. Only 8 ether types can be

figured. This object is only configurable for the 8 protocol class objects.

r DSAPs is the list of DSAPs associated with a

tocol class. Up to sixteen DSAPs may be cified per protocol class. If any DSAP is an al value the entire object will be rejected.

tocol Filter TableP and SNAP Filter table. This table allows you ssign protocol classes and settings for each t.

tch.Port.Index is the port in the switch to which this table y corresponds.

Blocking ModeThis determines the framblocked for this protocoSetting the value causescauses all frames in thiscauses source route framblocked, nsr - causes nin this class to be blockein this protocol class. No

Transport ModeIf this port is in a SRT csetting this object will aof frames in this protocoto disable disallows traframes in this protocol cenable. Values are: ena

Accesses a table of destiswitch. New filters are cto this table.

Destination MAC

Note:Note:

Values for alfor a particuspecified in aoperation on



Set requan efor tabl

Sinare the spe

This(Pag

A tafilte

not contain all of the en filter type will fail with rr". The objects required s follows:

Source MAC Filter table address, and filter type, for a given object eing created.

e Source MAC Filter

e Duplicate/Trunk view. This view displays

blallim

fo

S

l of the relevant objects lar type of filter must be single SNMP set creation of a filter.

ource Filters

quired Objects for Creation

MACSourceFilterPorts

MACSourceFilterPorts

rotocol



operations which do not contain all of the ired objects for a given filter type will fail with rror-status of "genErr". The objects required

each filter type are described in the Table 28 e:

ce the indices for the MAC Destination Table switch number, MAC address, and filter type, instance information for a given object cifies which filter is being created.

button accesses the Destination MAC Filter e 103) view.

ble of source filters set up in the switch. New rs are created by adding entries to this table.

Set operations which dorequired objects for a givan error-status of "genEfor each filter type are a

Since the indices for theare switch number, MACthe instance informationspecifies which filter is b

This button accesses th(Page 104) view.

This button accesses thConfiguration (Page 106)

Table 28: Destination Filters

MAC Destination Filter Types Required Objects for Creation

ock-dest sts16MACDestFilterPortslow-dest sts16MACDestFilterPorts

ited-multicast sts16MACDestFilterPortssts16MACDestFilterExitMask

rce-dest sts16MACDestFilterPortssts16MACDestFilterRemoteBoxsts16MACDestFilterRemotePort

ource MAC

Note:Note:

Values for alfor a particuspecified in aoperation on

Table 29: S

Source Filter Types Re

block-src sts16

allow-src sts16

Duplicate Address/Trunk P



dupasstrun

DeAccDes

Thisthe entrDesUpdSPEcolu

SwiThein aMancon

DesThethis

TypThefilte

dress at specific ports- lter indicates that the not send frames to the station address.

dress at specific ports- lter indicates that the send frames to the stations only.

address on filtered port(s) k of ports- limited-

dress to specific ports- lter may be used for two rwarding to a unicast

t been learned, or to limit icast address to certain

this filter is applied. lue of this object specifies the first octet specifying econd octet specifying

stination filter will only NSR frames.



licate MAC addresses and allows you to ign protocol classes and settings for each k port.

stination MAC Filteress: From the Filter Configuration view, select the tination MAC button.

table provides destination filters set up in switch. New filters are created by adding ies to this table. This view contains the MAC tination Table which has standard Sort, Find, ate, Print and Add Entry buttons (see CTRUM Views), as well as the following mn headings:

tch port number to which the switch is connected Matrix, or as determined by the Stack agement software when two switches are


t MAC Address destination MAC address in a frame to which entry’s filtering information applies.

ere are four types of destination MAC address rs (see Destination Filters (Page 102)):

1 Block destination adblock-dest. This fispecified ports mustspecified destination

2 Allow destination adallow-dest. This fispecified ports mustspecified destination

3 Limited Multicast of to specified exit masmulticast.

4 Force destination adforce-dest. This fipurposes: to allow foaddress that has noforwarding of a multports.

Port ListThe set of ports to whichEach octet within the vaa set of eight ports, withports 1 through 8, the s

Note:Note:

The Force Debe applied to



pormosnumrepreacbit valuporof 0

ExitThemuvaluwitheighthrothrosignporhighswivaluthenpor

RemThedes

ed for a force destination

urns valid. Set this ete an entry.

tion MAC Table Entry

AC Table Entryon MAC Filter table, click on

ou can add entries into er (Page 103). Fields in the column headings in ter Table.

rnfiguration View, click on the

ce filters set up in the reated by adding entries rovides access to the

h has standard Sort,



ts 9 through 16, etc. Within each octet, the t significant bit represents the lowest bered port, and the least significant bit esents the highest numbered port. Thus,

h port of the switch is represented by a single within the value of this object. If that bit has a e of 1, then that port is included in the set of

ts; the port is not included if its bit has a value .

Mask set of output ports to which a limited lticast filter is applied. This object only has a e for Limited Multicast filters. Each octet in the value of this object specifies a set of t ports, with the first octet specifying ports 1 ugh 8, the second octet specifying ports 9 ugh 16, etc. Within each octet, the most ificant bit represents the lowest numbered

t, and the least significant bit represents the est numbered port. Thus, each port of the

tch is represented by a single bit within the e of this object. If that bit has a value of 1 that port is included in the set of ports; the

t is not included if its bit has a value of 0.

ote Box remote switch to be used for a force tination filter.

Remote PortThe remote port to be usfilter.

StatusA get request always retobject to invalid to del

Opens the Add Destinaview.

Add Destination MAccess: From the Destinatithe Add Entry button.

From within this view, ythe Destination MAC Filtthis view correspond to the Destination MAC Fil

Source MAC FilteAccess: From the Filter CoSource MAC.

This table contains sourswitch. New filters are cto this table. This view pMAC Source Table whic

Add Entry



FinSPEcolu

SwiSwithadetewhe

SouThethis

TypTheBlothaframaddspefromsou

PorTheEaca seporpormos

least significant bit umbered port. Thus, s represented by a single is object. If that bit has a is included in the set of luded if its bit has a value

urns valid. Set this ete an entry.

MAC Table Entry view.

able EntryAC Filter table, click on the

ou can add entries into age 104). Fields in this olumn headings in the



d, Update, Print and Add Entry buttons (see CTRUM Views), as well as the following mn headings:

tchtch number determined by the port number t the switch is connected to in a Matrix or as rmined by the Stack Management software n two switches are connected back to back.

rce MAC Address destination MAC address in a frame to which entry’s filtering information applies.

ere are two types of source address filters: (1) ck source address at specific ports. Indicates t the specific source addresses must not send

es from specified ports. (2) Allow source ress at specific ports. Indicates that only the cified source addresses must send frames the specified ports. Values are: block-rce, and allow-source.

t List set of ports to which this filter is applied. h octet within the value of this object specifies t of eight ports, with the first octet specifying ts 1 through 8, the second octet specifying ts 9 through 16, etc. Within each octet, the t significant bit represents the lowest

numbered port, and therepresents the highest neach port of the switch ibit within the value of thvalue of 1 then that portports; the port is not incof 0.

StatusA get request always retobject to invalid to del

Opens the Add Source

Add Source MAC TAccess: From the Source MAdd Entry button.

From within this view, ythe Source MAC Filter (Pview correspond to the cSource MAC Filter.

Add Entry



DuAccDup

ThisAddhavbutfollo

DuA taiden

SwiThein aMancon

MACTheAll souspe

PorA bthisfilte

orts, with the first octet gh 8, the second octet gh 16, etc. Within each nt bit represents the nd the least significant st numbered port. Thus, s represented by a single is object. If that bit has a is included in the set of port is not included in a value of 0.

leble for trunk ports which n a per-TrCRF basis.

assign protocol classes CRF on each trunk port.

which this table entry

e types that will be l class on this TrCRF on lues causes the following:

es in this class to be



plicate/Trunk Configurationess: From the Filter Configuration View, click on the licate Address Trunk Protocol button.

view provides access to two tables: Duplicate ress, and Trunk Protocol Table. Both tables e standard Sort, Find, Update, and Print tons (see SPECTRUM Views), as well as the wing column headings:

plicate Address ble of MAC addresses that have been tified as duplicates within an address scope.

tch port number to which the switch is connected Matrix or as determined by the Stack agement software when two switches are


Address MAC address identified as being a duplicate. frames having this MAC address as their rce address are being discarded at the ports cified in the Port List.

t Listit mask representing all the ports on which duplicate MAC address is currently being red. Each octet within the value of this object

specifies a set of eight pspecifying ports 1 throuspecifying ports 9 throuoctet, the most significalowest numbered port, abit represents the higheeach port of the switch ibit within the value of thvalue of 1 then that portports in this switch; thethis switch if its bit has

Trunk Protocol TabDSAP and SNAP Filter tasupport protocol filters oThis table allows you toand settings for each Tr

Switch.Port.CRF.ClassThe port in the switch tocorresponds.

Blocking ModeThis determines the framblocked for this protocothis port. Setting the va

• all - causes all framblocked.

C o n w i t c h P o r t T a b l e E n t r y


•

•

•

TranIf thsettof frto dframena

SwAcciconSub

Thisstat

PorA ucorr

ModModpor

the Interface Table rt.

set causes all traffic be set to zero. Also the eset Timer is set to zero. e of the following, oning, and reset - reset

set clears all address t as well as setting all port nd setting Port Statistics

ues are: other - none of - port is functioning, and ble and reset port

time in minutes. Setting les address aging.

e the port address table. centage of the address ccepted by the agent are 0. Setting the value to 0

f i g u r a t i o n V i e w s S


sr - causes source route frames in this class to be blocked.nsr - causes non source routed frames in this class to be blocked.none - allows all frames in this protocol class. This is the default value.

sport Modeis port is in a SRT configured TrCRF, then ing this object will allow transparent bridging ames in this protocol class. Setting this object isable disallows transparent bridging of es in this protocol class. The default value is ble. Values are: enable, and disable.

itch Port Table Entryess: From the Chassis Device view, highlight one of the s and select Port Configuration from the Icon views menu.

view provides current configuration and istical information for a selected port.

tnique value for each port entry. The value esponds to the port number.

uleule number of the module that contains this

t.

Interface IndexA pointer to the entry incorresponding to this po

Reset StatsSetting this object to recounters for this port tovalue of Port Statistics RValues are: other - nonrunning - port is functiport counters.

Reset Address TableSetting this object to retable entries for this portraffic counters to zero aReset Timer to zero. Valthe following, running reset - clear address tacounters.

Addr Ageing TimePort level address agingthis object to zero disab

Demand Ageing LevelThreshold to demand agAll numbers refer to pertable. The only values a50, 60, 70, 80, 90 and disables demand aging.



ErroLowto tthro

ErroUppto tforw

ErroErr

MaxMTUmtu

ExpExpthrothro

Set Speuncframdis

EarEarena

hing mode for the port. port uses the Direct Cut ort in either cutthru or . Other values include:

e switching mode for the ndforward, cutthru,

rame priority that shall go mit queue.

ority that will be used for

loss events during the exceeded, should cause If the port is disabled by ust be manually re-

minutes, for the port the configuration loss eded.



r Low Thresholder error rate threshold which causes the port ransition from store and forward mode to cut-ugh mode.

r High Threser error rate threshold which causes the port

ransition from cut-through mode to store and ard mode.

r Samplingor sampling interval in minutes.

Transmit Unit size of this port. Values are: mtu1500, 4472, mtu8144, and mtu17800.

lorer Ratelorer frame forwarding rate per second ttle. A value of (-1) disables explorer frame ttling.

AC Bitscifies if the AC bits shall be set onditionally when a port forwards certain LLC es. Values are: enabled(1), and abled(2).

ly Token Releasely token release operation. Values are: bled, and disabled.

Forwarding ModeOperational frame switcWhen in auto mode the algorithm to place the pstoreandforward modeauto, and unknown.

Actual Fwding ModeActual operational framport. Values are: storeaand unknown.

Priority ThresholdThe highest token-ring fto the low-priority trans

Min Xmit PriorityThe minimum token pritransmit.

Config Loss ThresNumber of configurationsample period which, if the port to be disabled. this function the port menabled.

Config Loss InterThe sampling period, inmonitors to determine ifthreshold has been exce



BcaTheallobronotto 0

TimThemes

SpaUseSettovefor unk

SecPorleardesvaluconaddaddaddaddanddisaadd

D. Values are: on, off,

alues are: auto, port, e-probe, and unknown.

n mode. If the port is in will return the mode in Values are: port, e-probe, and unknown.

ould either be auto X or FDX. Values are: d unknown.

e mode can not be set ect. The passive-probe utomatically when a e is defined in the e Table.

Mode, ri-ro is only valid 20, and ports on a fiber



st Suppression number of broadcast frames per second wed to be forwarded by this port. Any adcast frames exceeding this watermark will be forwarded by the port. Setting this object turns broadcast suppression off.

e to Live advertised time-to-live parameter on all CDP sages generated by the switch on this port.

nning Tree Moded when configuring manual spanning tree. ing this object to forwarding or blocking

rrides the TrCRF's spanning tree's algorithm this port. Other values include: auto, and nown.

urity Modet security mode is used to disable address ning at a port where an allow-source or allow-tination MAC address filter is configured. A e of normal indicates that the port is not

figured for security. A value of secure-src-rs indicates that learning for source resses is disabled. A value of secure-dest-rs indicates that learning for destination resses is disabled. A value of secure-src--dest-addrs indicates that learning is bled for both source and destination resses.

LED StateThe state of the Link LEand flash.

Operational ModePort operational mode. Vstation, ri-ro, passiv

Actual OperationThe actual port operatio"auto mode," this objectwhich the port opened. station, ri-ro, passiv

Duplex ModeDuplex mode. The port cdetected or forced to HDauto, hdx, fdx, none, an

Note:Note:

Passive-probwith this objmode is set apassive probPassive Prob

Note:Note:

In Operationfor ports 19,module.



ActThemodthe unk

RPSRinare:

PorLog

MatBoxthadetewhe



ual Duplex Mode actual port duplex mode. If the port is in auto e, this object will return the mode in which port opened. Values are: hdx, fdx, none, and nown.

Operationg Parameter Server (RPS) operation. Values enabled, and disabled.

t Nameical port name.

rix Box Number number as determined by the port number t the switch is connected to in a matrix or as rmined by the Stack Management software n two switches are connected back to back.


dels of SmartSTACK

Modinfoandthe

Figuviewmodwillto tcom

l Information View

System Up Time

Manufacturer

Device Type

Serial Number

Help?

Communication Information

Community Name

DCM TimeOut

DCM Retry

Poll/Log Information

Poll Interval

Polling Status

Mgmnt Protocol

Last Successful Poll

LOGGED POLLED

rmation View

tionUser-Defined Type


Model Information Views

This section provides a brief description of the Model Information views available for moToken Ring switches in SPECTRUM.

el Information views display administrative rmation about devices and their applications let you set thresholds and alarm severity for devices.

re 11 shows a sample Model Information . The layout of this view is the same for all el types in SPECTRUM but some information

vary depending on the model it defines. Refer he SPECTRUM Views documentation for a plete description of this view.

Figure 11: Mode

SpectroGRAPH: JK2

Primary Address

Network AddressNameContactDescriptionLocation

File View Tools

MM Version Number

MM Name

MM Part Number

General Information

Model Created By

Model Type

Model Creation Time

Model State

Security String

Condition Value

Contact Status

Lost Child Count

Value When Yellow

Value When Orange

Value When Red

Model Info

Bookmarks

Primary Applica


Nu802

AAC Act ActiActuActuActuActuActuAdd

AddAddAddAdd

AddAddAddAddAddAdd

ersing 74g Mode 106om 58, 78nfiguration View 57amon Conn. 87. 99rver Conn. 86Forward Delay 34Hello Time 34

wner 29AC Address 90

s 69, 79s Event 69, 80ss Int 94s Last RC 69, 80s Thr 69, 79s Thres 94 Device Topology View 22 Device View 12, 17runk Port Information w 30LAN Information View 27TP Applications 26TP VLAN Editing View 28


118

Index

merics.1 VLAN 100

Bits 108Port Mode 69, 79ve Monitor Process 52al Duplex 95al Duplex Mode 110al Fwd Mode 94al Fwding Mode 108al Operation 109

Domain Management Table Entry 27 Entry 42, 44, 46, 83, 89, 104, 105 Mapping Table Entry 46 PVC Table Entry 43 Trap Receiver Table Entry view 89r Ageing 93r Ageing Time 107r In Mask 38r Out Mask 38r Reg Support 59ress Conn 60

Address Mask 46Address Translation Table 16Admin Lan ID 33Admin. Status 57, 67Administrative Status 15Age Level 91Aging Time 33, 82Application

CommonBridging

(GenBridgingApp) 26MIB-II (SNMP2_Agent) 26

Application Icons 25Application Views 23Apply Status 29Are Hop Count 28, 30ATM Address 42, 61ATM Uplink Application 42ATM Uplink Configuration 57ATM Uplink Module Indices 58Automatically Reconfigure

Interfaces 66

BBandwidth 57, 67Bcast Suppression 109

Bit RevBlockinBoot PrBRF CoBRF DeBRF NoBRF SeBridge Bridge Buffer OBurnt M

CCfg LosCfg LosCFG LoCfg LosCfg LosCfg LosChassisChassisCisco T

VieCisco VCisco VCisco V

I n d I n d e x


ColoIn

Com

ConCon

ConConConConConCreaCRFCroCro

DDefaDefaDefaDemDemDesDesDesDev

DevDev

sk 104r Rate 62, 108r Type 73, 74, 75, 76

hernet Port Configuration 69hernet Uplink Application 49hernet Uplink figuration 68

hernet Uplink DS21143 w 49hernet Virtual Port figuration Table 71

hernet Virtual Port Novell tocol Table 49hernet Virtual Port Protocols le 73hernet Virtual Port SNA tocol Table 75hernet Virtual Port SNA tocol Table (w/ SNAP) 75hernet Virtual Port SNA tocol Table (w/o SNAP) 76 Operational States 72 Key 90dress 76SAPs 101 Delay 35ing Mode 94, 108

g Mode 64

e x


rsterface Status Label 13mon VAP Configuration View 59centrator Address 33centrator Relay Function view 32fig Loss Inter 108fig Loss Thres 108figuration Options 96figuration Views 56figuration views 56te Sub-Interfaces 66 No. 97

sslink Ports 97sslink Table 97

ult Gateway 99ult Traffic Profile Mapping 45ult Traffic Profiles 43and Ageing 93and Ageing Level 107

cr Param1 44ignated Root 35tination MAC Filter 103ice Discovery after Reconfiguration 66ice icon 7ice Views 12

Device/Interface Number Label 13Devices supported by this module 7Diag LED 91Diagnostic 65, 77, 84Direction 96Discover LANs 66dot5 Statistics Information 51Download Status 86Download Switch 86DTR Mac MIB Applications 51dtr Mode Select 52Dual Home 72Dual Home Address Table 76Duplex 95Duplicate/Trunk Configuration 106Dynamic 31Dynamic MAC Table 35

EEarly Tkn Rls 94Early Token Release 108Enable Cur Conv 73, 74, 75, 76Encapsulation 31Error 84Error High Thres 108Error LED 91Error Low Threshold 108Error Sampling 93, 108Eth Conversion 73, 74, 75, 76Ether Type 101

Exit MaExploreExplore

FFast EtFast EtFast Et

ConFast Et

VieFast Et

ConFast Et

ProFast Et

TabFast Et

ProFast Et

ProFast Et

ProFE PortFeatureFEP AdFilter DForwardForwardFramin

I n d I n d e x


FunFwd

GGauGenGuaGua

HHellHighHigh

HSTHSTHSTHST

HST

HSTHST

nistrative Status 15tional Status 15e Threshold View 16e Type Label 14ess Label 14ess/Network Mask 577399

g Soft Errors 51

ace Status Label 13terface Number Label 13terface Type Label 14

hysical Address Label 14leodule Type 18

ort Status 1933ange 57 Discards 33M Address 61ex 60

i 61

ate 109atus 59, 79

e x


ctional Address Bitmask 52 Delay 98

ge Label 14erate Redundancy Alarms 66r Dest 61r VCC 61

o Time 35, 98 Error Thres 93 Speed Token Ring Uplink

Application 50R Port Configuration State 80R Port Configuration Table 79R Port Operational State 83R ThunderLAN Diagnostics Table 50R Uplink Configuration Table 50R Uplink Module Indices 78R Virtual Port Configuration Table 81

IIcon Subviews Menus

for Interface icon 14Icons

Device 7Interface 13, 21

IF Status Label 13, 19In Joins 31Index 32, 57, 59Index.Profile 44Index.Type 40Index.VAP.Map 45Instance 47Interface 13Interface Address Translation 65Interface Address Translation

Table 16, 86Interface Configuration Table 67Interface Configuration View 15, 56Interface Description Label 14Interface Detail View 15Interface Device Topology View 21Interface Device View 12, 21Interface Icon Subviews Menu 14Interface Icon Subviews Menu

Options 14Interface Icons 13Interface Number Label 13Interface Status Label

Definitions 13Interface Status View 15

AdmiOpera

InterfacInterfacIP AddrIP AddrIP FragIP StateIsolatin

LLabels

InterfIFInInP

ModuM

PortP

Lan IDLast ChLearnedLEC ATLEC IndLEC VcLED 95LED StLED St

I n d I n d e x


LEDLedLEDLocaLow

MMACMACManMasMatMatMaxMaxMaxMaxMaxMaxMaxMaxMaxMaxMaxMaxMaxMcaMemMesMes

r of Ports 32r VCC 59

on 28on Mode 95on Status 57, 67onal Mode 109onal Status 15rotocols 73verts 31ns 31

Size 57, 6728, 30 Probe Table 96ance Views 54l Address 57l Address Label 14nfiguration 68, 78nfiguration States 70nfiguration View 93, 107rdware 58rdware Setup View 64n Subviews Menu 19o 88bels 19

e x


Status Table 83 Status Table 77 Status View 65l Mode 26

Error Thres 93

Address 33 Address Connections 63 Domain 30ter Timing 64rix Box Number 110rix Status 87 Age 98 BCast 71 Con Ctl 85 Explore 82 Explorer 94 Line Rate 59 MTU Size 87, 92 Poll Data 85 Rcv Win 85 SVC 84 Transmit 63, 93 Transmit Unit 108imum Age 35st MAC Addr 73ory 90

sage Log 58, 68, 79sage Logs View 64

Min Xmit Priority 108Model 111Model Information View 15, 111Model Information views 111Model type 7Modify FC 71Module 94Module Icon 17Module Icon Subviews Menu 18Module Info 88Module Label Icon Subviews

Menu 18Module Labels 18Module State 59Module States 60Module Type Values 92Mon. Port 96MRI Enable 33

NNative Vlan 31Net Bios 73NetBios Translational Bridging

Table 74Network I/O ports 21, 22No. of Bridge Relays 33No. of Conc. Relay Functions 33Non-Isolating Soft Errors 51Novell 73Number Matrix Mod 87

NumbeNumbe

OOperatiOperatiOperatiOperatiOperatiOther POut AdOut Joi

PPacket ParentPassivePerformPhysicaPhysicaPort CoPort CoPort CoPort HaPort HaPort IcoPort InfPort La

I n d I n d e x


PortPortPortPortPortPortPortPortPowPrioPrioPrioProb

ProfProfProtProtProtProtPruPurPVC

QQosQuaQue

, 30ary Address Panel 16y 95y Mode 71, 82, 109orts 21, 22Bits 94oss 65ng Configuration View 84

anslational Bridging le 75apabilities 88MAC Address 105MAC Filter 104on 90ort 90ng 71, 82ng Mode 62ng Tree 94ng Tree Hold Time 34ng Tree Information View 33ng Tree Mode 109ng Tree Table 34 VAP 60 VAP Configuration 60UM Model 7ting 73, 74, 75, 76

Configuration 85 Configuration View 85fo 88

e x


List 103, 105, 106 Mapping 71, 72, 76, 81, 83 Mapping Information Table 76 Mask 32, 90 Mask Information View 40 Mode 79, 98 Out Mask 40 Performance Statistic 19er Supply Information View 41rity 35rity Thres 94rity Threshold 108e/Crosslink Configuration View 96ile 61ile Mapping 45ocol 98ocol Bridging 72ocol Filter Table 101ocol Specification 34ne State 27pose and Scope 6 Connections View 42

Class 44lity of Service Classes 44ue Length 57, 67

RReason Codes 70Reconfigure due to LINK UP/DOWN

events 66Reconfigure Model 66Redundancy Administrative

Status 66Redundancy and Model

Reconfiguration Options 65, 66Remote Box 104Remote Port 104Required Reading 6Reset Address Table 107Reset Addrs 93Reset Ctrs 93Reset Stats 107Rif Aging 72Rif Not Learn 72Ring Speed 52Ring Status 52RMON App 26RMON State Actual 87RMON State Conf 87Route Status in Static Route

Table 40Row Status 31, 42, 44, 46, 72, 83RPS Oper 95RPS Operation 110Rx High Bytes 48Rx Low Bytes 49Rx Rate Dif 62

SSAID 28SecondSecuritSecuritSerial pSet AC Signal LSignalliSNA 73SNA Tr

TabSNMP CSource Source SPAN MSPAN PSpanniSpanniSpanniSpanniSpanniSpanniSpanniSpecificSpecificSPECTRSrc RouSSCOPSSCOPStack In

I n d I n d e x


StacStatStatStatStatStatStat

RoStat

Stat

Stat

Ste STPStp StreSTSSTSSTSSTSSTSSTSSTSSTSSTSSTSSupSupSvc Swi

Configuration View 99Traps On 89 in Domain 100Configuration Table 97Configuration Table ry 99Configuration View 97 in Domain 99 SPAN Monitored 91rotocol Table 106e Discard 48es 48 Bytes 48Bytes 48 Dif 62, 46, 103

7alues 47

E and Outbound formance View 56nfiguration 58ex 42tes 63ffic Profile Mapping View 45

e x


k Status 87e 63, 80, 82ic MAC 37ic Route Table 39ic/Dynamic Filtering View 35ic/Dynamic Table 37isticsuting Frame Transmission 55us of Dynamic MAC Table Entries 36us of Dynamic Route Table Entries 37us of Static MAC Table Entries 39Hop Count 28, 30 Mode 100Type 28, 30am Neighbor 5216 716 Application View 2316 Applications 4116 Chassis Device View 1716 Configuration View 6516 Stack Configuration View 8616-20D 716-20FRM 716-20R 716-20RM 7ported Applications 25ported Devices 7Support 59tch Config 87

Switch Module Information View 91Switch Module Table Entry 18Switch Port Table Entry 107Switch Stack Configuration View 89

TT301 (CONNECT) 84T308 (RELEASE) 84T309 (SAAL) 84T310 (SETUP) 85T313 (CONNECT) 85T316 (RESTART) 85T317 (RESTART) 85T322 (STATUS) 85Tag Protocol 69, 79Tagging Mode 71, 82TFTP Pathname 27TFTP Server 26TFTP Server IP 86Topologically Relocate Model 66TR Conversion 73, 74, 75, 76TR Func Addr 74Trace Mask 70, 80Traffic Descriptor Values 48Traffic Profile 42Traffic Profile View 43Transport Mode 101, 107Trap Receiver 88Trap Receiver Information View 88TrBRF Configuration 100

TrBRF TrBRF TrBRFsTrCRF TrCRF

EntTrCRF TrCRFsTrCRFsTrunk PTx FramTx FramTx HighTx Low Tx RateType 44

UUsage 4Usage V

VVA{ LAN

PerVAP CoVAP IndVAP StaVAP Tra

I n d I n d e x


VCCVCCVCIView

CoInPo

VirtVirtVirtVLAVLAVLAVLAVPIVTP

XXmi

e x


Creation Values 47 Status 4664snfiguration 56terface Configuration 56rt Configuration 107

ual Port 68, 77, 79, 81ual Port Mapping Table 77ual Port Security Mode 82N Edit Buffer Table 29N Max Storage 28N State 27, 29N Type 27, 2964 Enabled 32

t Priority 94

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