Revision as of 11:23, 5 March 2013 (view source) Abrassard (Talk | contribs) (→CDR (Call Detail Record)) ← Older edit		Revision as of 11:24, 5 March 2013 (view source) Abrassard (Talk | contribs) Newer edit →
Line 701:		Line 701:
−	<div id="CDR"></div>	+	<div id="CDR">
	=CDR (Call Detail Record)=		=CDR (Call Detail Record)=
	{| cellpadding="5" border="1" class="wikitable"		{| cellpadding="5" border="1" class="wikitable"
Line 718:		Line 718:
	|}		|}
		+	</div>
	=Fax=		=Fax=

---

Revision as of 11:24, 5 March 2013

Contents 1 Introduction 1.1 Prerequisites 1.2 Key Concepts 1.3 General Web Portal Applications 2 System 2.1 Access and User Management 2.2 Database Backup 2.3 Configuration 2.4 Minor Package Upgrade 3 Hardware 3.1 New Hardware 3.2 TDM network 3.3 IP network 4 Protocol Stacks 4.1 ISDN NFAS 4.1.1 ISDN Advanced Features 4.2 CASR2 4.3 SIP 4.3.1 SIP Advanced Features 4.4 SS7 ISUP 4.4.1 MTP2-MTP3-ISUP 4.4.2 M2PA-MTP3-ISUP 4.4.3 M3UA-ISUP 4.4.4 SS7 Advanced Features 4.5 SCCP-TCAP 4.5.1 MTP2-MTP3-SCCP-TCAP 4.5.2 M2PA-MTP3-SCCP-TCAP 4.5.3 M3UA-SCCP-TCAP 4.6 H.248 MEGACO 4.6.1 M2UA 4.6.2 M3UA 4.6.3 IUA 4.6.4 H.248 5 CDR (Call Detail Record) 6 Fax 7 Routes 7.1 Static route 7.2 Routing script 7.3 Label Routing 8 Troubleshooting 8.1 Call trace 9 Status Menus

Introduction

This guide is designed to provide users with a scenario-based approach to installing Tmedia and Tdev systems, using the Web Portal configuration tool. This means that users must first go through the steps that are general to all installations, and subsequently follow the instructions that are specific to their particular application scenario (this corresponds to the type of service, and hardware system being set up).

Prerequisites

This document assumes that the Tmedia or Tdev devices are installed as described in their Quick Reference Guides, and in the case of the Tmedia system communication has been established with the control network.

(Note: Tmedia devices are shipped with the Tmedia Web Portal pre-installed, while Tdev devices require that Toolpack be installed as described in the Tdev installation guides.)

Furthermore, in the case of a Tdev device and the initial configuration of the Toolpack application server, the following will have been provided:

• The Tdev device to which the Web Portal will first connect.
• The Tdev device will have been pre-configured with its physical TDM interface.
• The serial number of the Tdev device will have been entered into the configuration file.
• The application software for the Tdev device will have been pre-installed on the Toolpack application server, as described in the Tdev installation guides.

This document also assumes familiarity with topics, such as ISDN signaling, SIP signaling, SS7, CAS R2 signaling, and SIGTRAN signaling.

Key Concepts

• System: A system is defined as the complete solution that is designed for a network. If a system solution is comprised of 4 TMP6400’s and a TMS1600, then the combination of these TelcoBridges devices is termed a system.
• Hardware: Each TelcoBridges devices, whether it is a TMP6400, TMG3200, or TMS1600 is referred to as a hardware device or hardware adapter.
• Line Interface: The physical TDM module installed on the TelcoBridges device is referred to as a line interface.

General Web Portal Applications

IMPORTANT! The Topics covered in the following table are common to all TMedia installations. Therefore, this section should be consulted before moving on to any other.

Topics covered here:

System

Access and User Management

Web Portal Access	User Access Levels
Connect to the Web Portal	User Access Viewing the User List Creating a New User Deleting a User Logging Off User privilege level

Database Backup

Create Database Backup	Restore Database
Carrying out a First Database Backup Downloading a Database Backup	Uploading a Database Backup Restoring a Database Backup

Configuration

Activating a Configuration
Activating the Configuration

Minor Package Upgrade

Installing a package
Installing and activating a new package

Hardware

New Hardware

Add telecom hardware	Add TMS hardware	Add 1+1 group
Add telecom hardware	Add TMS hardware	Add 1+1 group

TDM network

(Step 1) Allocate Physical Interfaces	System Clock
Create Line Interfaces Create Line services	System Clock

IP network

(Step 1) IP Interfaces	Create an IP port range
Configuring VoIP Interfaces	Create an IP port range

Protocol Stacks

ISDN NFAS

(Step 1) Allocate Physical Interfaces	(Step 2) Configure ISDN-PRI Signaling	(Step 3) Modify NAP profile	(Step 4) Configure Network Access Points (NAPs)
Create a new line interface Create a new line service	Configure an ISDN stack OR Configure NFAS	Modify profile	Allocate an ISDN NAP

ISDN Advanced Features

CASR2

(Step 1) Allocate Physical Interfaces	(Step 2) Configuring a CAS R2 stack	(Step 3) Modify NAP profile	(Step 4) Configure Network Access Points (NAPs)
Create Line Interfaces Create Line services	Copy variant script Create CAS R2 stack Set backward digits string	Modify profile	Create a CASR2 NAP

SIP

(Step 1) Configure IP port range	(Step 2) Configure SIP Signaling	(Step 3) Configure Codecs and Tone Detection	(Step 4) Modify NAP profile	(Step 5) Configure Network Access Points (NAPs)
Create an IP port range	Create a SIP stack Create a SIP transport server Create a service access point (SAP)	Access profiles and validate settings	Modify profile	Allocate a SIP NAP

SIP Advanced Features

SS7 ISUP

MTP2-MTP3-ISUP

(Step 1) Allocate Physical Interfaces	(Step 2) Configuring the MTP2 Layer	(Step 3) Configuring the MTP3 Layer	(Step 4) Configuring the ISUP Layer	(Step 5) Modify NAP profile	(Step 6) Configure Network Access Points (NAPs)
Create a new line interface Create a new line service	Create an MTP2 Configuration Create an MTP2 Link	Create an MTP3 Configuration Create an MTP3 Network Create an MTP3 Point Code Create an MTP3 Linkset Create MTP3 Links Create an MTP3 Route	Create an ISUP Stack Create an ISUP Network Create an ISUP User Part Create an ISUP Interface Create ISUP CIC Groups	Modify profile	Create an ISUP NAP

M2PA-MTP3-ISUP

(Step 1) Allocate Physical Interfaces	(Step 2) Configuring the M2PA Layer	(Step 3) Configuring the MTP3 Layer	(Step 4) Configuring the ISUP Layer	(Step 5) Modify NAP profile	(Step 6) Configure Network Access Points (NAPs)
Create a new line interface Create a new line service	Edit the SCTP Configuration Create an M2PA Configuration Create an M2PA SAP Add M2PA Links	Create an MTP3 Configuration Create an MTP3 Network Create an MTP3 Point Code Create an MTP3 Linkset Create MTP3 Links Create an MTP3 Route	Create an ISUP Stack Create an ISUP Network Create an ISUP User Part Create an ISUP Interface Create ISUP CIC Groups	Modify profile	Create an ISUP NAP

M3UA-ISUP

(Step 1) Allocate Physical Interfaces	(Step 2) Configuring the M3UA Layer	(Step 3) Configuring the ISUP Layer	(Step 4) Modify NAP profile	(Step 5) Configure Network Access Points (NAPs)
Create a new line interface Create a new line service	Edit the SCTP Configuration Create SS7 Point Codes Create an M3UA Configuration Create an M3UA SAP Create an M3UA Network Create an M3UA User Part Create an M3UA Peer Signalling Process Create an M3UA Peer Server Create an M3UA Route	Create an ISUP Stack Create an ISUP Network Create an ISUP User Part Create an ISUP Interface Create ISUP CIC Groups	Modify profile	Create an ISUP NAP

SS7 Advanced Features

SCCP-TCAP

MTP2-MTP3-SCCP-TCAP

(Step 1) Allocate Physical Interfaces	(Step 2) Configuring the MTP2 Layer	(Step 3) Configuring the MTP3 Layer	(Step 4) Configuring the SCCP Layer	(Step 5) Configuring the TCAP Layer (optional)
Create a new line interface Create a new line service	Create an MTP2 Configuration Create an MTP2 Link	Create an MTP3 Configuration Create an MTP3 Network Create an MTP3 Point Code Create an MTP3 Linkset Create MTP3 Links Create an MTP3 Route	Create an SCCP Stack Create an SCCP Network Create an SCCP Userpart Create an SCCP LSAP Create an SCCP Route Create an SCCP SSN Create an SCCP GTT Association Create an SCCP GTT Address Map	Create a TCAP Stack Create a TCAP Userpart Activating the Configuration

M2PA-MTP3-SCCP-TCAP

(Step 1) Allocate Physical Interfaces	(Step 2) Configuring the M2PA Layer	(Step 3) Configuring the MTP3 Layer	(Step 4) Configuring the SCCP Layer	(Step 5) Configuring the TCAP Layer (optional)
Create a new line interface Create a new line service	Edit the SCTP Configuration Create an M2PA Configuration Create an M2PA SAP Add M2PA Links	Create an MTP3 Configuration Create an MTP3 Network Create an MTP3 Point Code Create an MTP3 Linkset Create MTP3 Links Create an MTP3 Route	Create an SCCP Stack Create an SCCP Network Create an SCCP Userpart Create an SCCP LSAP Create an SCCP Route Create an SCCP SSN Create an SCCP GTT Association Create an SCCP GTT Address Map	Create a TCAP Stack Create a TCAP Userpart Activating the Configuration

M3UA-SCCP-TCAP

(Step 1) Allocate Physical Interfaces	(Step 2) Configuring the M3UA Layer	(Step 3) Configuring the SCCP Layer	(Step 4) Configuring the TCAP Layer (optional)
Create a new line interface Create a new line service	Edit the SCTP Configuration Create SS7 Point Codes Create an M3UA Configuration Create an M3UA SAP Create an M3UA Network Create an M3UA User Part Create an M3UA Peer Signalling Process Create an M3UA Peer Server Create an M3UA Route	Create an SCCP Stack Create an SCCP Network Create an SCCP Userpart Create an SCCP LSAP Create an SCCP Route Create an SCCP SSN Create an SCCP GTT Association Create an SCCP GTT Address Map	Create a TCAP Stack Create a TCAP Userpart Activating the Configuration

H.248 MEGACO

If the Tmedia is used to forward signalling messages to the SSW, you will require to configure M2UA, M3UA or IUA before configuring H.248.

If the Tmedia is used to connect media only, then you can go straight to H.248 Configuration

M2UA

(Step 1) Create Line Interfaces	(Step 2) Create MTP2 links	(Step 3) Create M2UA configuration
Create line interfaces Create line services	Create an MTP2 Configuration Create MTP2 Links	Edit the SCTP Configuration Create an M2UA Configuration Create an M2UA SAP Create an M2UA Cluster Create M2UA Links Create M2UA Peers

M3UA

(Step 1) Create Line Interfaces	(Step 2) Create MTP2 links	(Step 3) Create MTP3 configuration	(Step 4) Create M3UA configuration
Create line interfaces Create line services	Create an MTP2 Configuration Create MTP2 Links	Create SS7 Point Codes Create an MTP3 Configuration Create an MTP3 Network Create an MTP3 Linkset Create MTP3 Links Create an MTP3 Route	Edit the SCTP Configuration Create an M3UA Configuration Create an M3UA SAP Create an M3UA Network Create an M3UA User Part Create an M3UA Peer Signalling Process Create an M3UA Peer Server Create an M3UA Route

IUA

(Step 1) Create Line Interfaces	(Step 2) Create M2UA Configuration
Create Line Interfaces Create Line services	Edit the SCTP Configuration Create an IUA Configuration Create an IUA SAP Create an IUA Cluster Create IUA Links Create IUA Peers

H.248

(Step 1) Allocate Physical Interfaces	(Step 2) Create IP Port Ranges	(Step 3) Modify NAP profile	(Step 4) Configure Network Access Points (NAPs)
Create line interfaces Create line services	Create IP port ranges	Modify profile	Allocate a VoIP NAP Allocate a TDM NAP
(Step 5) Configure Media Gateway for H.248 mode	(Step 6) Add a New Media Gateway Controller	(Step 7) Associate NAPs Resources to H.248 Configuration
Configure the Media Gateway for H.248 mode Create a new H.248 configuration	Add a new media gateway controller (MGC)	Associate the NAPs with the H.248 configuration Select timeslots for the TDM interfaces

Fax

FAX passthrough	FAX T.38
Configure Fax Relay Configure Fax Passthrough	Configure Fax Relay Configure Fax T38

Routes

Static route

Add routes
Create a first call route

Routing script

TelcoBridges provides a wide variety of routing script examples which customers can apply directly in their web configuration according to their needs by following just a few simple steps. Please select one of the following examples according to your needs. You may modify it when necessary.

*Flexible NOA: Remap the Calling/Called NOA flexibly based on the routes. It should cover most of the NOA requests since the routes include the calling/called remapping as well.

*Prefix NOA: Remapp Calling/Called NOA according to the prefix of the calling/called number, manipulate calling/called number. For calling number, if it is a privacy call, use the number in P-Asserted-Identity line or Remote-Party-ID line as the calling number to remap the NOA and do the manipulation.

Flexible NOA	Prefix NOA
Create new routing script Import customized routing script Add NOA columns in routes Enable routing script Activate configuration	Create new routing script Import customized routing script Enable routing script Activate configuration

Label Routing

This section assumes:

• The routing script is already implemented (you just need to add the label routing functionality)
• The routeset definition and digimap files are already created

Add label routing functionality Add Label Routing to script Create Database Files Assign Routing/Script Files to the Gateway Application Add the Digit Map Files to the System Add the Routset Definition Files to the System Assign Defintion/Digitmap Files on a per NAP Basis Generate Dynamic Routes Activate configuration

Update definition/digitmap files Update the Digitmap Files Update the Routeset Definition Files Generate Dynamic Routes Activate configuration

Troubleshooting

Call trace

Call trace
Call trace

Status Menus

The Web Portal configuration tool will guide you through a number of status menus, each of which indicate the current state of a certain hardware service (assuming said service has been configured). The following table contains the general conventions of the Web Portal's display (A), as well as a variety of specific status menus (B).

(A) Menus Overview	(B) Individual Menu Descriptions
Tmedia Status Menus Navigation Status Screen Conventions	System Adapters and IP Interfaces 1+1 Hosts Applications TDM Lines Line Interfaces SCTP SS7 MTP2 SS7 M2UA SS7 IUA SS7 M2PA SS7 M3UA SS7 MTP3 SS7 ISUP SS7 SCCP SS7 TCAP ISDN NFAS CAS R2 SIP Clock Clock Status List TMS NAP NAP Status List H.248 RADIUS