Panasonic KX-TVS80 Digital Integration, Connection Example APT Integration, DPT Integration

1.4 DIGITAL INTEGRATION

1.4DIGITAL INTEGRATION

1.4.1General

There are 2 types of Digital Integration: APT Integration and DPT Integration.

APT Integration is available when the KX-TVS50/80 is connected to a KX-TA624. DPT Integration is available when the KX-TVS50/80 is connected to a KX-TD digital PBX.

1.4.2APT Integration

To the Panasonic KX-TA624, the VPS ports look like proprietary telephones. The PBX thinks that the VPS is a proprietary telephone, and the VPS mimics all actions of a proprietary telephone. Communication between the VPS and the PBX through digital integration requires the proper software level in the PBX and 4-wire connections for each port (KX-TVS50/80). To communicate between the VPS and the PBX through APT Integration, the PBX and VPS must be programmed to work together.

1.4.3Connection Example — APT Integration

For example, you can connect jack 7 of the KX-TA624 to Port 1 of the VPS with a 4-wire connection (see diagram below). This connection creates 1 Voice Mail extension and can only answer 1 call. This means that a fully-configured 2-port system requires 2 jacks from the PBX.

KX-TA624

7

8

KX-TVS50/80

Port 1

Extension 107

Port 2

Extension 108

When APT Integration is activated, a single extension jack provides 1 single-line interface at a Port on the VPS. For example, when 1 line cord (4 wire) is connected to Port 1 on the VPS, 1 extension is provided.

1.4.4DPT Integration

To the Panasonic KX-TD digital PBX, the VPS ports look like digital extensions. The PBX thinks that the VPS is a digital phone, and the VPS mimics all actions of a digital set. Another advantage of digital integration is that the 2B+D communication provides 2 VPS ports for each Digital Station port. Communication between the VPS and the PBX through digital integration requires the proper software level in the PBX and 4-wire connections for each port (KX-

VOICE PROCESSING SYSTEM OVERVIEW 23