PIMG Integration Guide for Cisco Unity Connection Release 10.x
Application Note for the Ericsson MD-110 Serial PIMG Integration
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Table of Contents

Application Note for the Ericsson MD-110 Serial PIMG Integration

Network Topology

Requirements

Programming the Ericsson MD-100 Phone System for the Serial Integration

Application Note for the Ericsson MD-110 Serial PIMG Integration

This is an application note for programming the Ericsson MD-110 phone system for a serial MD-110 integration with Cisco Unity Connection by using analog PIMG units. For instructions on setting up the PIMG units and creating the integration in Cisco Unity Connection, see Chapter12, “Setting Up a Serial (SMDI, MCI, or MD-110) PIMG Integration with Cisco Unity Connection”

This appendix contains the following sections:

Network Topology

Figure 21-1 shows the required connections for a serial MD-110 integration by using analog PIMG units.

Figure 21-1 Connections for a Serial MD-110 Integration by Using Analog PIMG Units

 

For more information about this integration, see Chapter1, “Introduction”

Requirements

The Ericsson MD-110 phone system met the following requirements:

  • The Ericsson MD-110 phone system.
  • Software level BC6 or later.

Programming the Ericsson MD-100 Phone System for the Serial Integration

The following programming instructions are provided as an example of a functioning integration. The specific programming for your phone system may vary depending on its configuration.


Caution In programming the phone system, do not send calls to voice messaging ports in Cisco Unity Connection that cannot answer calls (voice messaging ports that are not set to Answer Calls). For example, if a voice messaging port is set only to Perform Message Notification, do not send calls to it.

Example of Programming for the Ericsson MD-110 Phone System in a Serial Integration

1. Check the software version on the phone system and the country variant that is configured. This information may be useful for troubleshooting problems with the integration. For example:

<cadap; ==> Check the software version and Country variant
CALENDAR DATA
 
IDENTITY=ACM1
VERSION=CXP1010101/4/TSWSP02/R3A ==> 01 == Standard Application
 

2. Configure the analog extensions for the voice messaging ports similarly to the following example:

<excap:dir=1063&1064; ==> print analog extension
EXTENSION CATEGORY FIELDS
 
DIR TRAF SERV CDIV ROC TRM ADC BSEC
1063 00151515 0201120600 000151000 000001 0 010001701 0
1064 00151515 0201120600 000151000 000001 0 010001701 0
 

3. Configure the hunt group number for the voice messaging ports on the PIMG units similarly to the following example:

<vmpop:grp=all; ==> print VM HuntGroup number
VOICE MAIL GROUP DATA
GRP IFCIND
4500 1
 

4. Associate the voice messaging port extensions with the hunt group number similarly to the following example:

<vmpop:dir=all; ==> print VM port DN associated with the HuntGroup number
VOICE MAIL PORT DATA
DIR PORT IFCIND
1063 1063 1
1064 1064 1
 

5. Configure the voice mail function information similarly to the following:

<vmfup:ifcind=1; ==> print VM function information
VOICE MAIL FUNCTION DATA
IFCIND VMF POFMT
1 EXTN3 4
 

6. Configure the I/O device interface for voice mail similarly to the following:

<ioddp; ==> print I/O Device interface
I/O DEVICE DATA
NODE IODEV/SUBFS BPOS/EQU I/O-BUS TYPE/USAGE STATUS AUTH
SYSN V-MAIL 001-0-60-3 - OUT IN SERVICE
 

7. Configure the I/O device function for voice mail similarly to the following example:

<iofdp; ==> print I/O Device Function
I/O FUNCTIONS DEFINITION
IODEV TRD NDC CALLS WAIT DELAY SUPER
V-MAIL BOTH 2 30 5 YES
 

8. Configure the serial connection parameters for voice mail similarly to the following example:

<ioifp; ==> print I/O Device serial interface parameters VM
I/O INTERFACE CHARACTERISTICS
IODEV IFACE BAUDR WORDL PARITY STPBIT PROC
SYSTERMINAL V24 ALL 8 NONE 1 ECHO
V-MAIL V24 9600 8 NONE 1 ECHO
 

9. Configure MWIs to be sent over the serial cable similarly to the following example:

<icmwp:sid=1; ==> print MWI ext using on serial interface
INFORMATION COMPUTER MESSAGE WAITING DATA
SID DTXT KFCN DIG
1 4500 MWC 4500
 

10. Configure the filler information similarly to the following example:

<ICFUP:ifcind=1; ==> print the filler information
INFORMATION COMPUTER COMMON FUNCTIONS DATA
 
MESSAGE WAITING FUNCTIONALITY IS ALL
 
INFORMATION COMPUTER EQUIPMENT DATA
 
IFCIND IODEV EQU RATE DFMT UPDFCN PARITY CCHECK
1 V-MAIL 4 YES
FILLER=48 ICEXG=NONE USER=NONE
 

11. Configure the hookflash timer similarly to the following example:

<aspap:parnum=253; ==> print Hookflash timer
APPLICATION SYSTEM PARAMETERS
PARNUM PARVAL
253 110
 

12. Configure the on-hook timer similarly to the following example:

<aspap:parnum=252; ==> print On-hook timer
APPLICATION SYSTEM PARAMETERS
PARNUM PARVAL
252 225