© agilent technologies copyright 2000 h7211a+212, rev. 2.0 components of a frame relay network

© Agilent TechnologiesCopyright 2000H7211A+212, Rev. 2.0

Components of a Frame Relay Network

Components of a Frame Relay Network

© Agilent TechnologiesCopyright 2000H7211A+212, Rev. 2.0

4-2

Lesson 4 - AgendaLesson 4 - Agenda

Frame Relay network reference diagram and terminology

Frame Relay network components Connecting the Internet Advisor

© Agilent TechnologiesCopyright 2000H7211A+212, Rev. 2.0

4-3

Lesson 4 - ObjectivesLesson 4 - Objectives

By the end of this lesson you will be able to: Identify common Frame Relay network

components and describe their purpose. Define common terms used to describe Frame

Relay networks. Demonstrate how to connect the Internet

Advisor to a network under test.

© Agilent TechnologiesCopyright 2000H7211A+212, Rev. 2.0

4-4

Frame Relay Network Reference Diagram

Frame Relay Network Reference Diagram

CPE = Customer Premise EquipmentNET = Frame Relay NetworkPVC = Permanent Virtual CircuitUNI = User to Network InterfaceNNI = Network to Network Interface

CPE

PVCPVC

NET

PVC

CPE

UNI

NET

PVCNNI

UNI

© Agilent TechnologiesCopyright 2000H7211A+212, Rev. 2.0

4-5

Frame Relay Network Components

Frame Relay Network Components

FRS = Frame Relay SwitchFRAD = Frame Relay Access DevicePVC = Permanent Virtual CircuitSVC = Switched Virtual Circuit

FRS

FRAD

© Agilent TechnologiesCopyright 2000H7211A+212, Rev. 2.0

4-6

Connecting to the NetworkConnecting to the Network

Monitoring and Emulating– V-series– T1/E1– DDS 4-wire

© Agilent TechnologiesCopyright 2000H7211A+212, Rev. 2.0

UNI Test PointsUNI Test Points

Connecting the HP Internet Advisor:– to V-Series– to T1– to CEPT-E1

FRAD

Frame RelayNetwork

demarc

Patch PanelT1 B8ZS ESFor E1 HDB3or V-series

V-series (V.35, V.11)56 - 2048 kbps

T1 RJ-48C or Bantamor E1 Proprietary56, 64, 384, 768,1536, 1936 kbps

FRSCSU

DSU

E1 3-prong or coaxT1 DSX-1

© Agilent TechnologiesCopyright 2000H7211A+212, Rev. 2.0

Monitoring Traffic with V-Series

Monitoring Traffic with V-Series

CSU

FRAD (router)

V.35, V.24, V.36Y-cable

© Agilent TechnologiesCopyright 2000H7211A+212, Rev. 2.0

4-9

WAN Monitor ConfigurationWAN Monitor Configuration

© Agilent TechnologiesCopyright 2000H7211A+212, Rev. 2.0

4-10

Internet Advisor as DCEInternet Advisor as DCE

Female connector

DCE DTE

© Agilent TechnologiesCopyright 2000H7211A+212, Rev. 2.0

4-11

Internet Advisor as DTEInternet Advisor as DTE

Female connector

DCE DTE

© Agilent TechnologiesCopyright 2000H7211A+212, Rev. 2.0

4-12

WAN Simulate DTE Configuration

WAN Simulate DTE Configuration

© Agilent TechnologiesCopyright 2000H7211A+212, Rev. 2.0

4-13

Monitoring Traffic with T1Monitoring Traffic with T1

HP Internet Advisor

Out-EQPT-InIn-LINE-Out

To EQPTTo LINE MONITOR

Test Point Connections on theCSU/DSU or Patch PanelEquip Mon Out Line Mon Out

Connect to “EQPT In” and“LINE In”

© Agilent TechnologiesCopyright 2000H7211A+212, Rev. 2.0

Through Mode Monitoring Traffic with T1

Through Mode Monitoring Traffic with T1

CSU HP Internet Advisor

EQPT OUT

LINE IN

LINE OUT

EQPT IN

Out-EQPT-InIn-LINE-Out

To EQPTTo LINE MONITOR

FRS

Using Bantam jacksin through/bridged mode

© Agilent TechnologiesCopyright 2000H7211A+212, Rev. 2.0

Monitoring Traffic with T1Monitoring Traffic with T1

HP Internet Advisor

Out-EQPT-InIn-LINE-Out

To EQPTTo LINE MONITOR

CSU

FRS

Using RJ48C cablesin through mode

© Agilent TechnologiesCopyright 2000H7211A+212, Rev. 2.0

Emulating UNI on T1Emulating UNI on T1

Connection for Emulating UNI-NET

EQPT Signals LINE Signals

Out - EQPT - In In - LINE - Out

To LINE MONITOR To EQPT

CPE (FRAD or Router)

© Agilent TechnologiesCopyright 2000H7211A+212, Rev. 2.0

Emulating UNI on T1Emulating UNI on T1

Connection for Emulating UNI-CPE

EQPT Signals LINE Signals

Out - EQPT - In In - LINE - Out

To LINE MONITOR To EQPT

CSU/DSU

© Agilent TechnologiesCopyright 2000H7211A+212, Rev. 2.0

4-18

T1 Receiver ModeT1 Receiver Mode

© Agilent TechnologiesCopyright 2000H7211A+212, Rev. 2.0

4-19

Monitoring Traffic with the DDS 4-wire Module

Monitoring Traffic with the DDS 4-wire Module

Test Point Connections on theCSU/DSU or Patch PanelEquip Mon Out Line Mon Out

To Eqpt To Line

© Agilent TechnologiesCopyright 2000H7211A+212, Rev. 2.0

4-20

Emulating DCE or DTE with the DDS 4-wire Module

Emulating DCE or DTE with the DDS 4-wire Module

Test Point Connections on theCSU/DSU or Patch PanelEquip Mon Out Line Mon Out

Emulating the DCE

Test Point Connections on theCSU/DSU or Patch PanelEquip Mon Out Line Mon Out

Emulating the DTE

To Eqpt To Line

© Agilent TechnologiesCopyright 2000H7211A+212, Rev. 2.0

4-21

Lesson 4 - ReviewLesson 4 - Review

You should be able to: Identify common Frame Relay network

components and describe their purpose. Define common terms used to describe Frame

Relay networks. Demonstrate how to connect the Internet Advisor

to a network under test.