© Agilent Technologies Copyright 2000 H7211A+212, Rev. 2.0 Components of a Frame Relay Network

© Agilent Technologies Copyright 2000 H7211A+212, Rev Lesson 4 - Agenda F Frame Relay network reference diagram and terminology F Frame Relay network components F Connecting the Internet Advisor

© Agilent Technologies Copyright 2000 H7211A+212, Rev Lesson 4 - Objectives By the end of this lesson you will be able to: F Identify common Frame Relay network components and describe their purpose. F Define common terms used to describe Frame Relay networks. F Demonstrate how to connect the Internet Advisor to a network under test.

© Agilent Technologies Copyright 2000 H7211A+212, Rev Frame Relay Network Reference Diagram CPE = Customer Premise Equipment NET = Frame Relay Network PVC = Permanent Virtual Circuit UNI = User to Network Interface NNI = Network to Network Interface CPE PVC NET PVC CPE UNI NET PVC NNI UNI

© Agilent Technologies Copyright 2000 H7211A+212, Rev Frame Relay Network Components FRS = Frame Relay Switch FRAD = Frame Relay Access Device PVC = Permanent Virtual Circuit SVC = Switched Virtual Circuit FRS FRAD

© Agilent Technologies Copyright 2000 H7211A+212, Rev Connecting to the Network F Monitoring and Emulating –V-series –T1/E1 –DDS 4-wire

© Agilent Technologies Copyright 2000 H7211A+212, Rev. 2.0 UNI Test Points F Connecting the HP Internet Advisor: – to V-Series – to T1 – to CEPT-E1

© Agilent Technologies Copyright 2000 H7211A+212, Rev. 2.0 Monitoring Traffic with V-Series CSU FRAD (router) V.35, V.24, V.36 Y-cable

© Agilent Technologies Copyright 2000 H7211A+212, Rev WAN Monitor Configuration

© Agilent Technologies Copyright 2000 H7211A+212, Rev Internet Advisor as DCE F emale connector DCE DTE

© Agilent Technologies Copyright 2000 H7211A+212, Rev Internet Advisor as DTE Female connector DCE DTE

© Agilent Technologies Copyright 2000 H7211A+212, Rev WAN Simulate DTE Configuration

© Agilent Technologies Copyright 2000 H7211A+212, Rev Monitoring Traffic with T1 HP Internet Advisor Out-EQPT-InIn-LINE-Out To EQPTTo LINEMONITOR Test Point Connections on the CSU/DSU or Patch Panel Equip Mon Out Line Mon Out Connect to “EQPT In” and “LINE In”

© Agilent Technologies Copyright 2000 H7211A+212, Rev. 2.0 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 LINEMONITOR FRS Using Bantam jacks in through/bridged mode

© Agilent Technologies Copyright 2000 H7211A+212, Rev. 2.0 Monitoring Traffic with T1 HP Internet Advisor Out-EQPT-InIn-LINE-Out To EQPTTo LINEMONITOR CSU FRS Using RJ48C cables in through mode

© Agilent Technologies Copyright 2000 H7211A+212, Rev. 2.0 Emulating UNI on T1 F Connection for Emulating UNI-NET EQPT Signals LINE Signals CPE (FRAD or Router)

© Agilent Technologies Copyright 2000 H7211A+212, Rev. 2.0 Emulating UNI on T1 F Connection for Emulating UNI-CPE EQPT Signals LINE Signals CSU/DSU

© Agilent Technologies Copyright 2000 H7211A+212, Rev T1 Receiver Mode

© Agilent Technologies Copyright 2000 H7211A+212, Rev Monitoring Traffic with the DDS 4-wire Module Test Point Connections on the CSU/DSU or Patch Panel Equip Mon Out Line Mon Out To EqptTo Line

© Agilent Technologies Copyright 2000 H7211A+212, Rev Emulating DCE or DTE with the DDS 4-wire Module Test Point Connections on the CSU/DSU or Patch Panel Equip Mon Out Line Mon Out Emulating the DCE Test Point Connections on the CSU/DSU or Patch Panel Equip Mon Out Line Mon Out Emulating the DTE To EqptTo Line

© Agilent Technologies Copyright 2000 H7211A+212, Rev Lesson 4 - Review You should be able to: F Identify common Frame Relay network components and describe their purpose. F Define common terms used to describe Frame Relay networks. F Demonstrate how to connect the Internet Advisor to a network under test.