AG 2000 Installation and Developer's Manual

P/N 6498-11

About This Manual

1.1 Introduction

1.2 AG 2000 Board Features

1.3 Line Interface Signaling Modules

1.3.1 Loop Start Interface

1.3.2 Subscriber Loop Interface

1.3.3 Direct Inward Dialing (DID)

1.4 Software Components

1.4.1 Application Programming Interface

1.4.2 Runtime Software

1.4.3 Trunk Control Programs (TCPs)

1.4.4 AG Configuration File and agmon

1.5 Compatibility With Telephony Standards

1.5.1 Interoperability with MVIP-90

2.1 Introduction

2.2 Installation Summary

2.3 System Requirements

2.4 Configuring the Hardware

2.4.1 Terminating the H.100 Bus

2.4.2 Configuring the DIP Switch

2.5 Installing the Hardware

2.5.1 Installing the Board in Your System

2.5.2 Connecting to the MVIP-90 Bus

2.6 Connecting Power Supplies

2.6.1 DID Power Supply

2.6.2 Subscriber Loop Power Supply

2.7 Connecting to the Telephone Network

2.7.1 Using 2 Wire Interfaces

3.1 Introduction

3.2 AG Configuration File Summary

3.3 Creating an AG Configuration File

3.3.1 Assigning an AG 2000 Board Number

3.3.2 Determining PCI Bus and Slot Location

3.3.3 Interrupts

3.3.4 DSP Files

3.3.5 .leo Files

3.3.6 Configuring a Standalone AG 2000 Board

3.3.7 Enabling Telephony Bus Switching

3.3.8 Telephony Bus Clocking

3.3.9 Enabling Echo Cancellation

3.3.10 QSLAC Files

3.3.11 Trunk Control Programs

3.3.12 QSLAC Files and TCPs for Loop Start

3.3.13 QSLAC Files and TCPs for Subscriber Loop

3.3.14 QSLAC Files and TCPs for DID

3.4 Running agmon

3.5 Sample AG Configuration Files

3.5.1 AG 2000 With LS Without H.100 Connectivity

3.5.2 Two AG 2000 LS With H.100 Connectivity

3.5.3 AG 2000 DID Without H.100 Connectivity

3.5.4 AG 2000 Subscriber Loop Without H.100 Connectivity

4.1 Introduction

4.2 Status Indicator LEDs

4.2.1 LEDs on the End Bracket

4.2.2 LEDs on the Component Side of the Board

4.3 Verifying That the Board is Installed Correctly

4.4 Retrieving the AG Board Configuration: boardinf

4.5 Interactive Test Program: ctatest

4.5.1 Using swish for a Standalone Board

4.5.2 Using swish for Multiple Boards

4.5.3 Using ctatest with an AG 2000 DID Board

4.5.4 Using ctatest with an AG 2000 Subscriber Loop Board

4.5.5 Using ctatest with an AG 2000 Loop Start Board

4.5.6 Using ctatest with MVIP Connectivity

4.6 Demonstration Programs

5.1 Introduction

5.2 Switch Model

5.2.1 HMIC Switch Blocking

5.3 Signaling Modules and Logical Timeslots on the Local Bus

5.4 Default Connections

6.1 Introduction

6.2 Using the Switching Service

6.2.1 Function Information

6.3 Line Gain

6.3.1 Getting the Line Gain

6.3.2 Setting the Line Gain

6.4 Identifying the Line Interface Type for a Timeslot

Introduction

Loop Start Line Interfaces

Loop Start Transmit Signaling

Loop Start Receive Signaling

Subscriber Loop Line Interfaces

Subscriber Loop Transmit Signaling

Subscriber Loop Receive Signaling

DID Line Interface Signaling

DID Transmit Signaling

DID Receive Signaling

Introduction

General

H.100 Compliant Interface

LEDs

LEDs on the End Bracket

LEDs on the Component Side of the Board

Power Connectors

External Power Connector

Internal Chassis Power Connector

DIP Switch

Host Interface

Power Requirements

Environment

Compliance

USA And Canada

International

Country-Specific Parameters

Signaling Module Hardware Specifications

Electrical

Common Specifications (United States Version)

QSLAC Files and Impedances

Environment

Subscriber Loop Ringing Power Supply (32029)

Development Test Port Connector

AG Board Locate Utility: blocate