MSS 7400 Training Doc

Confidential & Restricted Distribution

Orange Global Business (India)

Network related services business in India

2Confidential & Restricted Distribution

Introduction to

MSS 7400

Unit I


Passport 7400 Series

Passport 6440/74405 slot



Passport 74608 slot


Passport in Enterprise Data Networks

RouterNetwork

LegacyData Network

PassportEnterpriseNetwork

ATMATM

PassportRouter X.25

Frame RelayPPP

Ethernet

Token Ring

FDDI

Voice Network

BTDS& HTDS

Voice

PABX

BTDS

ATM CarrierNetwork

Video Network Video


Passport 7400 Switching

Dual Buses

Frames

FP

FP

Bit StreamCBR

Passport Voice & BTDS CellsAccess

FP

Passport Frames & Cells

PassportTrunk Over

Leased Line

FP

ATM Cells

FP

ATMAccess

Backplane Cells

ABS &Passport Trunk

Over ATM

ATM Cells


Passport Networking Systems

Ethernet

Token Ring

FDDI

ATM

FR

Inter-Networking

network

DPRS = Dynamic Packet Routing System

PORS = Path-Oriented Routing System

ATM = ATM Routing System

VNS = Virtual Networking System

ILS = InterLAN Switching

Passport

ILS

ATMMPE

X.25 DTE

FR DTE

PPP

ATM

ATM

VNS

DPRS

PORS

ATM

FR

APPN

SNADLR

DPNgateway

HTDSBTDS

Voice

AM AM

FR

RM

Router

Host

Routeror SNAnetwork

Resourcemodule

Access module

Voicenetwork

Videonetwork

Datanetwork

DPNnetwork

n


Configuration

Fault

Performance

Security

Accounting

Passport Node Management


Passport

Text Interface

LocalOperator

Preside

Express ManagerFMIP

Direct connection to Console

Telnet/SNMP

VT100

Passport Network Management Devices

Telnet


Hardware Description

Unit II


Unit Objectives

Identify the major features of the Passport hardware architecture

Explain the function and features of the Passport bus

Identify the classes of Passport processor cards

Identify the LEDs on the Passport processor cards

Describe how processor cards are used and how sparing is accomplished in hardware

After completing this unit, you will be able to do the following:


Passport 7480 Cabinet

Space for a second Passport 7480 or termination panels

Passport 7480 shelf


Passport 7480 Node Assembly - Front View

Cable managementassembly

Processor cards- 1 + 1 sparing for CPs - 1 + 1 sparing for some FPs

Power converters- n + 1 sparing available

Air filter

Cooling unit- Dual fans


Passport 7480 Node Assembly - Rear View

Cablemanagement

channel

Power inputpanel

External alarm

To door alarm

Fan power and alarms

Power input panelDC Shelf

Assembly

AC Shelf Assembly


Passport 7480 Power Supply

Locking screw

Power Switch

Description

No color No primary power is reaching the power converter

Solid red Unit is receiving power, but is in the OFF position or has failed in the ON position

Solid Green Unit is operating normally

Status Lamp


Passport 7480 Cooling Unit

Solid green Both fans are operating normally

Status Lamp Description

Solid red One or both fans have failed

No color No power is reaching the cooling unit

Locking screw


Hitless Switchover CP

FP

FP

CPSwitchover

Most FPs continueto transfer data

No new calls until standby CPinitialization is complete

LAN FPs and FPs withservices that do not

support the Hitless Switchoverfeature restart

Standby CPreinitializes

FP

FP

FP

FP

Active CP

CP


0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15

Passport Bus

Dual buses

Smart bus terminatorcontains 1024 contiguous

MAC addresses

Controlprocessor

Function processors

Bus terminator(Passport 7480)

0 1 2 3 4

Function processors

ControlProcessor/

CFP1

Smart bus terminator


0 1 2

Function processors

CFP1


Optional redundantcontrol processor


Processor Cards

Shared Bus

Faceplate

Cable connectors

IndicatorLED

Latch and cam assembly Interface Module Processor Module

Ribbon cable connections Card stiffener

Backplane connectors

All card types have this processormodule except the ATM card

BC

BCQC RAM

SBIC

SharedMemory

LocalMemory

80960CF/HDProcessor

Boot ROM

Daughter Card


Processor Card Status

Ejector Latch

Locking Screw

No color Card is without power

Solid red Card is powered on and performingself tests or, after 30 seconds, is faulty

Pulsing red Card is loading its software

Pulsing green:

Slow pulsing Software is loaded, but the card is not in full service

Fast pulsing Card is loaded but not activated (I.e., loaded but waiting to take over)

Solid green Card is in full service

Solid amber Card is not faulty but cannot operate,for example, the wrong processor card

type is inserted

Status Lamp Description


Unbalanced E1 Termination Panel

Termination Panels and Sparing

Balanced DS1/E1 Termination Panel Balanced E1 Termination Panel

E1 UNBALANCED PANELNTFP XXXX

RLSE XX PORT 0TX

PORT 0RX

PORT 1TX

PORT 1RX

PORT 2TX

PORT 2RX

PORT 3TX

PORT 3RX

MAINACTIVE

SPAREACTIVE

SPARE CONN 1MAIN CONN 1


DS1/E1 BALANCED PANELNTFP XXXX

RLSE XX

CONN 1/3

CONN 1/3

CONN 0/2

CONN 0/2

ACTIVE

ACTIVE

PORT 2/6USER PORTS

PORT 0/4

PORT 3/7

PORT 1/5

MAIN

SPARE

Main Card Spare Card


Control Processor Cards

Shared Bus

LocalMemory

BC

BCQC RAM

SBIC

Boot ROM

SharedMemory

Interface Module Processor Module

CP 2 / CP premium(NTFN33AA)

V.24 DCE

Ethernet

Stratum 3 Clock

EIDE Disk

V.24

Ethernet Controller

80960HDProcessor

Daughter Card


Link Controller Function Processors


Multiple portconnectors

DS1 (4-port)8P-DS1 (8-port)DS1C (4-port)E1 (4-port)DS3 (1-port)DS3C (1-port)

V.35 (8-port)V.11 (8-port)HSSI (1-port)E1C (4-port)E3 (1-port)

Function processors based on this architecture:

Shared Bus

BC

BCQC RAM

Rx Tx Interface Local Bus

Framer

Framer

LocalMemory

Boot ROM

80960CF/HDProcessor

Daughter Card

Link Controller

Link Controller

Rx Tx Interface

SharedMemory

SBIC


Ejector latch

Locking latch

Connector 1(Ports 4 to 7)

LED statusindicator

Ejector latch

V.35 / V.11 Function Processors

Termination panels are required for the V.35 / V.11 FPs

Sparing isn’t supported for the V.35 / V.11 FPs

Supports frame-relay services.



Ejector latch

Locking latch


LED statusindicator

Ejector latch

8 Port V.35 Function Processors

Supported features include:

• high-level data link control (HDLC)-framed protocols such as FrameRelay, DPN-100 trunks, or network lines

• transparent data requirements, such as bit and HDLC transparent data Services



Ejector latch

Locking latch


LED statusindicator

Ejector latch

8 Port V.11 Function Processors


• high-level data link control (HDLC)-framed protocols such as FrameRelay, DPN-100 trunks, or network lines

• transparent data requirements, such as bit and HDLC transparent data Services



V.35 / V.11 Termination Panel Connections for DCE

V.35 PANELNTFP 08AARLSE 01

PORT 6PORT 2

PORT 7PORT 3

PORT 5PORT 1

PORT 4PORT 0

PORTS4-7

PORTS0-3

DTEDCE DTEDCE

V.11 Termination Panel


PORT 6

PORT 2

PORT 7

PORT 3

PORT 5

PORT 1

PORT 4

PORT 0PORTS

4-7PORTS

0-3DTEDCE DTEDCE


PORTS4-7 DTEDCE

+

+ +

+ +

+

+

+

PORTS0-3 DTEDCE



PORT 6PORT 2

PORT 7PORT 3

PORT 5PORT 1

PORT 4PORT 0

PORTS4-7

PORTS0-3

DTEDCE DTEDCE



PORT 6

PORT 2

PORT 7

PORT 3

PORT 5

PORT 1

PORT 4

PORT 0PORTS

4-7PORTS

0-3DTEDCE DTEDCE


V.35 / V.11 Termination PanelConnections for DTE

PORTS4-7 DTEDCE

+

+ +

+ +

+

+

+

PORTS0-3 DTEDCE


Ejector latch

Locking latch

Connector 1(Ports 2 and 3)

LED statusindicator

Ejector latch

DS1 / E1 Function Processors

Termination panels are required for the DS1 / E1 FPs

Sparing of the DS1 / E1 FPs is supported

Support many services.



DS1 Function Processors Type With Service Supported

ATM

“3-port DS1 ATM FP”


“4-port DS1 AAL1 FP”

Frame

“4-port DS1 FP”

“8-port DS1 FP”

“4-port DS1Ch FP”

Multi-service

“32-port DS1 MSA FP”


DS1 MVP/MVP-E Function Processors Support Features

1-port DS1 MVP/MVP-E

Supported features

• voice compression at:

— 24 and 32 kbit/s using ADPCM encoding, in compliance with ITUT G.726

— 16 kbit/s using low delay - coded excited linear predictive (LDCELP),in compliance with ITU-T G.728

— 8 kbit/s using conjugated structure algebraic code excited linear predictive (CS-ACELP) encoding, in compliance with ITU-T G.729

4-port DS1 MVP-E


• voice, modem, and fax compression using standards-based encoding algorithms

• suppression of idle frames during speech calls and facsimile transmissions

• contains a daughter card that supports internal echo cancellation in compliance with ITU-T G.164, G.165, and G.168

• detects DTMF digits and supports out-of-band DTMF tone transmission

• CCS-to-CAS protocol gateway


E1 Function Processors Type With Service Supported

Voice

“1-port E1 voice FP”

“1-port E1 MVP/MVP-E FP”

“4-port E1 MVP-E FP”

ATM

“3-port E1 ATM FP”


“4-port E1 AAL1 FP”

“32-port E1 TDM FP”

Frame-based

4-port E1 FP”

“4-port E1Ch FP”

Multi-service

“32-port E1 MSA FP”


E1 MVP/MVP-E Function Processors Support Features

1-port E1 MVP/MVP-E


• either switched or permanent virtual circuit (SVC or PVC) connections, according to the service

• a number of audio handling capabilities for both ingress and egress traffic to conserve bandwidth and ensure quality, including the following:

— compression of voice, modem and facsimile calls using standards based encoding algorithms

— congestion management

— suppression of idle frames during speech calls and facsimile transmissions

— internal echo cancellation. The E1 MVP FP supports internal echo cancellation according to ITU-T G.165. The E1 MVP-E FP contains a daughter card that supports internal echo cancellation according to ITU-T G.165 and G.168.

— detection of 2100 Hz tones (identifying modem and facsimile transmissions) and DTMF digits

— control of cell delay variation and network loss planning

— mu-Law (North American) to A-Law (international) conversion of 64 kbit/s voice data according to ITU-T G.711


E1 MVP/MVP-E Function Processors Support Features

4-port E1 MVP/MVP-E

• Supported features include:

• permanent virtual circuit (PVC) connections

• out-of-band DTMF tone transmission

• CCS-to-CAS protocol gateway

• a number of audio handling capabilities for both ingress and egress traffic to conserve bandwidth and ensure quality, including the following:

— compression of voice, modem and facsimile calls using standardsbased encoding algorithms

— congestion management

— suppression of idle frames during speech calls and facsimile transmissions

— internal echo cancellation. The 4-port E1 MVP-E FP contains a daughter card that supports internal echo cancellation according to ITU-T B.164, G.165 and G.168.

— detection of 2100 Hz tones (identifying modem and facsimile transmissions) and DTMF digits

— control of cell delay variation and network loss planning

— bidirectional mu-Law (North American) to A-Law (international) conversion of 64 kbit/s voice data according to ITU-T G.711


Unbalanced E1 termination panel

DS1 / E1 Termination Panels and Sparing

Balanced DS1/E1 termination panel


RLSE XXPORT 0

TX

PORT 0RX

PORT 1TX

PORT 1RX

PORT 2TX

PORT 2RX

PORT 3TX

PORT 3RX

MAINACTIVE

SPAREACTIVE




RLSE XX

CONN 1/3

CONN 1/3

CONN 0/2

CONN 0/2

ACTIVE

ACTIVE

PORT 2/6USER PORTS

PORT 0/4

PORT 3/7

PORT 1/5

MAIN

SPARE

Main Card(DS1 / E1)

Spare Card(DS1 / E1)


DS1V/E1V and MVPE Termination Panels and Sparing

Unbalanced E1 Termination Panel

Balanced DS1/E1 Termination Panel


RLSE XXPORT 0

TX

PORT 0RX

PORT 1TX

PORT 1RX

PORT 2TX

PORT 2RX

PORT 3TX

PORT 3RX

MAINACTIVE

SPAREACTIVE




RLSE XX

CONN 1/3

CONN 1/3

CONN 0/2

CONN 0/2

ACTIVE

ACTIVE

PORT 2/6USER PORTS

PORT 0/4

PORT 3/7

PORT 1/5

MAIN

SPARE

Main Card (DS1V, DS1 MVP / E1V, E1 MVP)

Spare Card (DS1V, DS1 MVP / E1V, E1 MVP)


DS3 Function Processors Type With Service Supported

Frame-based FPs

“1-port DS3 FP”

“1-port DS3Ch FP”

“4-port DS3Ch FR FP”

ATM FPs



“3-port DS3 ATM IP FP”

“2-port DS3Ch TDM FP”

“4-port DS3Ch ATM FP”

“4-port DS3Ch AAL1 CES FP”


DS3 Function Processors Support Features

1-port DS3

Support for frame-relay services on Passport 7400 switches. It is available in standard or premium format. Use the premium format for high capacity Frame Relay applications.

1-port DS3Ch

Support for frame-relay services on Passport 7400 switches. It provides access to external or third-party network equipment and to a DPN- 100 through an M13 multiplexer.

The single port is comprised of a transmit coaxial cable connector and a receive coaxial cable connector.

4-port DS3Ch FR

Supported features of the 4-port DS3Ch FR include:

• frame-based inverse multiplexing function, sometimes referred to as an IMUX

• FR to ATM network interworking or service interworking

• IP packet forwarding in hardware, access to Passport virtual routers (VRs), and IP tunneling

• segmentation and reassembly of FR to AAL5 ATM cells

• four DS3 ports supporting unchannelized DS3 or channelized to 1024 DS0 channels per card

• up to 256 HDLC channels per DS3 port

• creation of superchannels containing up to 24 DS0

• up to 256 virtual framers per FP

• IP encapsulation over PPP (RFC 1661) and over FR (RFC 1490)


DS3 Function Processors Support Features

12-port DS3 ATM

Supported features include

• hitless service when configured for one-for-one equipment protection

• hitless software migration when configured for 1-for-1 equipment protection

• VR-to-VR IP VPNs on its PQC1 FPs

• VR-to-VR and VCG-based IP VPNs on its PQC2 FPs

3-port DS3 ATM IP


• feature rich ATM traffic management functions, including fair queuing and traffic shaping

• line rate frame forwarding on all ports and increased frame forwarding rates for many services

• platform for ATM Forum traffic management phase 4 (TM4.0)




E3 Function Processors Type With Service Supported

Frame-based FPs

“1-port E3 frame-based FP”

ATM FPs


“3-port E3 ATM IP FP”



E3 Function Processors Support Features

1-port E3

It comprised of a transmit coaxial cable connector and a receive coaxial cable connector. This FP provides interfaces for Passport-to-Passport communication and connects to one E3 Passport 7400 Trunk.

3-port E3 ATM IP


• feature rich ATM traffic management functions, including fair queuing and traffic shaping

• line rate frame forwarding on all ports and increased frame forwarding rates for many services


• VR-to-VR and VCG-based IP VPNs on its PQC2 cards 241-5701-615 5.1S1

• If the timing signals from the CPs are lost, or if the FP is configured to have local timing, each FP port can free-run at 34.368 MHz +/-20 ppm (local). The free-run accuracy is +/- 20 ppm for the FP voltage control crystal oscillators (VCXOs).


E3 Function Processors Support Features

12-port E3 ATM


• hitless services when configured for one-for-one equipment protection

• hitless software migration when configured for one-for-one equipment protection




Ejector latch

Locking latch


LED statusindicator

Ejector latch

DS3 / E3 & OC3 Function Processors

Termination panels are required for the DS3 / E3 & OC3 FPs

Sparing of the DS3 / E3 FPs is supported

Support ATM



OC-3/STM-1 Function Processors Type

ATM FPs

“2-port OC-3/STM-1 ATM IP FP”

“3-port OC-3/STM-1 ATM FP”



“4-port OC-3/STM-1Ch TDM/CES FP”


OC-3 Function Processors Support Features

2-port OC-3/STM-1 ATM IP


• ATM traffic management functions, including fair queuing and traffic shaping

• line automatic protection switching (line APS) between SONET interfaces on the same card (single-FP line APS)3-port E3 ATM IP

• processing and transmission of synchronization status messages (SSM) within the network clock synchronization system (NCS)



3-port OC-3/STM-1 ATM


• line automatic protection switching (line APS) between SONET interfaces on the same card (single-FP line APS)


Ethernet Function Processors Type With Service Supported

Ethernet FPs support IP and ATM services

IP “6-port Ethernet 10BaseT FP”

“2-port Ethernet 100BaseT FP”

IP and ATM “4-port Gigabit Ethernet FP”


Ethernet Function Processors Support Features

6-port Ethernet 100BaseT


• frame filtering hardware

• large number of counters for statistics gathering

• comprehensive loopback capabilities for fault isolation

• fast packet processor (FPP) capability.



• half duplex and full duplex networking

• layer 2 hardware switching between ports


Ethernet Function Processors Support Features



• delivers superior traffic management, including weighted fair queuing

• supports IP encapsulation over Ethernet (RFC 894)


Voice Function Processor Architecture

DS1V (1-port)E1V (1-port)J2MV (1-port)DS1 MVP/e (1-port)E1 MVP/e (1-port)TTC2M MVP/e (1-port)

Function processors based on this architecture:

Shared Bus

BC

BCQC RAM

Rx Tx Interface

Local BusFramer

Echo cancellation compression, and

packetization DSPs

Clock Sync


1 port

LocalMemory

Boot ROM

80960CHDProcessor

Daughter Card

SBIC

SharedMemory


MSA FPs

Sparing of the MSA FPs is supported using the termination panel

It is a voice card and support ATMEjector latch

Locking latch

LED statusindicator

Ejector latch

Connector 0(Port 0)


Software and

Logical Processors

UNIT III


Passport Software Structure

Base

Networking

Trunks Access Services


cardTypeconfiguredLP


Logical Processors

SwShelf

Card/0cardTypeconfiguredLP

Card/1


Card/15

Card/2


Card/3


Card/4

mainCard (main)spareCard (spare)logicalProcessorType (lpt)




Lp/0

Lp/1

Lp/3

Lp/4

featurelistLPs

featurelistLPs

featurelistLPs

Lpt/CP

Lpt/TRK

Lpt/FRUNI


featureListlps

featureListlps

Component Associations

Root

Shelf

mainCard Shelf card/0spareCard Shelf card/15lpt Sw Lpt/CP

V35/0

applicationFramerName FrUni/40Framer

card/0 card/1 card/2 card/3 card/4cardType CPconfiguredLPs Lp/0

card/15

Sw

Lpt/CP Lpt/Trk Lpt/FRUNIfeatureListlps

Lp/0

mainCard Shelf card/4lpt Sw Lpt/FRUNI

Lp/4

FrUni/40

Framer

interfaceName Lp/4 V35/0


Passport System Description


Passport ArchitectureShelf

ManagementPort

ManagementNetwork Management

Interfaces

Trunks

Software Management

CommandProcessing

Provisioning

DataCollection

Network Clock Synchronization

Path Oriented Routing

File System

Connectionless Routing

Access Services

Base System Networking System TrunksAccess Services

ILS

ATM

VTDS

Frame Relay


Component Instance Tree

Node-levelComponents

Sub-components

Card/0 Card/1 Card/15 Bus/x Bus/yCard/2 Test

Software

Bustap/x

Logical processor/0

Shelf

Bustap/y

Test

Test

Logical processor/1

V35/0 V35/1 V35/2

Logical processor/2

DS1/0 DS1/1 DS1/2

Test

Channel/0

Test

Root Instance Values

Test


Shelf Card

Attribute Groups:

Provisioned Group ProvisionedAttributes cardType, configuredLPs

Operational Group OsiStateAttributes adminState, operationalState,

usageState, availabilityStatus,proceduralStatus, controlStatus,alarmStatus, standbyStatus,unknownStatus

Operational Group OperationalAttributes currentLP, failureCause, selfTestFault

Operational Group PropertiesAttributes insertedCardType, pmRevisionCode,

imRevisionCode, serialNumber,activeFirmwareVersion, inactiveFirmwareVersion

Operational Group UtilizationAttributes cpuUtil, memoryCapacity,memoryUsage,

msgBlockCapacity, msgBlockUsage

Attribute Groups


Command Syntax

Verb [-option [(option value)]] <Component> [attribute [=attribute values]]

List component = Shows the subcomponents

Component

Sub-Component Sub-Component

Display component = Shows all the operational attributes of the component

Display -p component = Shows all the provisioning attributes of the component

Display component A2 = Shows the attribute A2 of the component

Display component A1, A7 = Shows the attribute A1 and A7 of the component

Display component G2 = Shows the attribute A3, A4, A5, A6 of the component

Command

Cont.


Help- Gives possible values for components, attributes,

verbs, etc. according to the active software of the Passport module

List- Shows subcomponents, one level down in hierarchy

Display- Shows attribute values (used with operational and

provisioned attributes)

Passport Verbs


Add / Delete- Adds or deletes components and subcomponents

Set- Changes the value of attributes

Start / Stop- Used to start an operation such as a test or to enter

provisioning mode

Lock / Unlock - Stops or enables a component from providing a service

Component-Specific Passport Verbs


Help

Help <component name>

Help -s <component name>

Help <component name> <attribute name>

Help -v(<verb name>) <component name>

Help Command


Display Command Example

19> d trk/*

EM/BIGBIRD Use -noTabular to see hidden attributes: osiUnknw, osiStby, osiAlarm, osi, Cntrl, osiProc, osiAvail, statt, discInt, intPkt, discTrk, disc, trkti, trk, pkt and ayt.+====+-----+----+-----+------+--------------------+----------+----+-----|Trk | osi |osi | osi | snmp | remote | spd |rtd | mtu| |Admin|Oper|Usage| Oper | | bit/s|msec|bytes| | | | |Status| | | |+====+-----+----+-----+------+--------------------+----------+----+-----| 20|unlck|ena |busy |up |EM/ERNIE | 1536000| 2|32768| | | | | |TRUNK/0020 | | || 21|unlck|ena |busy |up |EM/BERT | 1536000| 2|32768| | | | | |TRUNK/0021 | | || 22|unlck|ena |busy |up |EM/KERMIT | 1536000| 2|32768| | | | | |TRUNK/0022 | | |ok 2000-12-15 17:02:12.90

Cont.



20> d -notabular trk/*Trk/20 adminState = unlocked operationalState = enabled usageState = busy availabilityStatus = proceduralStatus = controlStatus = alarmStatus = standbyStatus = notSet unknownStatus = false snmpOperStatus = up remoteComponentName = EM/ERNIE TRUNK/0020 measuredSpeedToIf = 1536000 bit/s measuredRoundTripDelay = 2 msec maxTxUnit = 32768 bytes areYouThereModeEntries = 0 pktFromIf = 34946 trunkPktFromIf = 26391 trunkPktToIf = 26741 discardUnforward = 1 discardTrunkPktFromIf = 0 intPktFromIf = 26318 discardIntUnforward = 0 stagingAttempts = 1

Cont.


Trk/21 adminState = unlocked operationalState = enabled

..

Trk/22 adminState = unlocked operationalState = enabled

..



CAS Wildcarding

The wildcard character can be used in a Passport command to replace the following:

• Any single component instance

• Multiple component instances

• Component types

*

CAS wildcarding:

• Is available over the FMIP, Telnet and local operator interfaces

• Is not available with SNMP

• Can only be used with Display and List commands


LogicalProcessor (Lp)

LogicalProcessorType (Lpt)

FileSystem (Fs)

Disk

Collector (Col)

Root

Basic Passport Components

NMIS

Access Control

ModuleData (Mod)

Time

Shelf

Bus

Card

Software (Sw)


Shelf Component

cardTypesparingConnectionconfiguredLPsinsertedCardType

Root

Test

busOperatingMode

adminStateoperationalStateusageStateutilizationbusTapStatus

typememorySizeproductCode

DaughterCard (Dcard)

Shelf

Bus

Card

Root

applicationFramerName (framer)workingLine (working)protectionLine (protection)moderevertiveholdOffTimer (hoTime)waitToRestorePeriod (wtrPeriod)signalDegradeRatio (sdRatio)

AutomaticProtectionSwitching (Aps)


Module Component

nodeIdnodeNamenamsIdregionIdnodePrefixalternatePorsPrefixes

Root

ModuleData (Mod)

VirtualCircuitSystem (Vcs)

FrameRelaySystem (Frs)


Network Management Interface Sessions

RootNetworkManagementInterfaceSystem (Nmis)

LocalmaxAllowedSessionsactiveSessions

SessionuseriddataStreamsscreenWidth (width)

Cont.

useriddataStreamsremoteIPaddr (address)remoteTcpPort (port)screenWidth (width)

Telnet

maxAllowedSessionsactiveSessions

Session

ClientvirtualRouter (vr)remoteIPaddr (address)remoteTcpPort (port)

RootNetworkManagementInterfaceSystem (Nmis)


useriddataStreamsremoteIPaddr (address)remoteTcpPort (port)screenWidth (width)

Network Management Interface Sessions

NetworkManagementInterfaceSystem (Nmis)

Fmip


Session

Root

useridremoteIPaddr (address)remoteTcpPort (port)

Ftp


Session

NetworkManagementInterfaceSystem (Nmis)

Root


Access Control

Root

Access Control (Ac)

password <string>customerIdentifier <decimal [0-8191] >commandScope <network / device / application>commandImpact <debug / sytemAdmin / config / service / passive>allowedAccess <local ~telnet ~fmip ~ftp>

UserId/<user name 1>

lpAccess/<IP address x> Optional- Allowed IP Address List

Cont.

publicKeyAuth (keyAuth)

ipAddressMask (mask)


Access Control

Command Impact

Debug commands (Startup)

Receive debug data stream Debug

Commands to add, change and delete users

add, set, delete System Admin

Commands to add, change or remove new services

add, set, delete Configuration

Commands to affect the operation of a configured service

lock, unlock Service

Commands to view information

list, display Passive

Receive alarm, log, & SCN datastreams

Command ScopeAffect the operation of:

The entire network

Network (Trunks)

An entire Passport node

Device (LP or file system)

A single application or access port

Application (All port components)


File System

Root

FileSystem (Fs)

volumeNameactiveDisksyncStatussyncProgresscapacityfreeSpaceusage

Disk

volumeNamecapacityfreeSpace

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Documents

MSS 7400 Training Doc