Philips SOPHO Call@Net User Manual

1
PREFACE
This manual is valid for SOPHO Call@Net (previously known as SSW 810), running on all
ISPBX models of the SOPHO iS3000 Series. All of these systems will further be referred to as
"ISPBX".
LICENSING AGREEMENT
The licensing agreement for an ISPBX determines which facilities are available. It is therefore
possible that a facility described here will not work on a specific ISPBX, even though it has
been correctly configured. Check the relevant license agreement to determine what is
available.
GENERAL NOTE
Fully Integrated Networks (FINs) are only supported by the iS3070/3090!

Philips SOPHO Call@Net Specifications

General

Category	PBX
Brand	Philips
Model	SOPHO Call@Net
Protocols	SIP, H.323
Features	Voicemail, Call forwarding, conferencing
Power Supply	100-240V AC, 50/60Hz

Summary

1. INTRODUCTION

1.1.1. Data Communication within the ISPBX

Details digital connections via analogue lines using modems or purely digital connections.

1.1.2. Data Communication over an Analogue Route

Explains establishing data connections over analogue trunk or tie lines using modems.

1.1.3. Data Communication over a Digital Route

Covers data connections via digital trunk or tie lines to external PBX or PSTN.

2. DATA COMMUNICATION WITHIN THE ISPBX

2.1. CONNECTING A DTE TO AN ALC

Explains connecting DTEs to ISPBX using analogue connections via modems.

2.2. CONNECTING A DTE TO A DLC/DTX

Describes connecting DTEs to ISPBX via Digital Line Circuit (DLC) or Digital Trunk and Extension (DTX).

2.3.1. Interface Control and Data Rate Adaption

Details the two systems of data transfer: with and without data rate adaption.

2.4. X.21

Explains X.21 protocol for synchronous data transmission between DTE and DCE.

3. DATA COMMUNICATION OVER A ROUTE

3.1.1. Data Terminal Connected to an ALC

Details connecting a DTE to an ALC via a modem for analogue trunk connections.

3.1.2. Data Terminal Connected to a DLC/DTX (CONVERTORS)

Explains modem interconnection for DTEs via DLC/DTX to analogue trunk or tie-lines.

Switched Line Configuration with MLU

Describes using MLU for switched line configurations with modems in a pool.

Switched Line Configuration with SOPHO-LAM P375

Details SOPHO-LAM P375 configuration for switched lines in convertor mode.

3.2. DATA COMMUNICATION OVER A DIGITAL ROUTE

Explains connecting DTEs to ISPBX via Digital Trunk Units (DTUs) to the public network.

3.2.1. Data Terminal Connected to an ALC

Details connecting a DTE to an ALC via modem for digital trunk connections.

3.2.2. Data Terminal Connected to a DLC/DTX

Describes data transfer between DTE and SOPHO-SET/LAM via V.24 or X.21 interface.

4. DATA FACILITIES

4.7. DATA PROTECTION

Explains methods to prevent interruptions in data connections from third parties.

A. CONNECTIVITY

A.1. DETERMINING CONNECTIVITY

Outlines factors for determining connectivity, including IBSC and BSPT.

A.3. CONNECTION ALLOWANCE BETWEEN CVs

Details assigning CVs to ports and defining connection allowances for compatibility.

A.4. CONVERTORS (MODEMS)

Explains how ISPBX determines convertor (modem) type based on CV and tables.

A.5. CV USED FOR PROGRAMMING THE DATA PORT

B. MODEM LINE UNIT

B.2. MODEM USED AS CONVERTOR IN POOL

Details using modems in a pool for analogue trunk lines for voice and data calls.

B.2.1. Incoming Call

B.2.2. Outgoing Call

B.3. MODEM USED FOR LEASED LINES IN POOL

Explains using modems in a pool for leased lines to fixed data parties.

B.3.1. Outgoing Call

B.3.2. Incoming Call

B.5. PROJECTING ASPECTS

B.6.1. Modem used as Convertor

B.6.2. Modem used as Leased Line

C. SOPHO-LAM CONVERTOR

C.1. DTE-MODE

Explains SOPHO-LAM P375 operating in DTE mode for convertor configuration.

C.2. V.24 CABLE BETWEEN SOPHO-LAM AND MODEM

C.3. LEASED LINE CONFIGURATION

C.3.1. Incoming Call

C.3.2. Outgoing Call

C.4. SWITCHED LINE CONFIGURATION

C.4.1. Incoming Call

C.4.2. Outgoing Call