Avaya Definity G3 Series Quick start guide

Disclaimer: Configuration Notes are designed to be a general guide reflecting AVAYA Inc.’s experience
configuring its systems. These notes cannot anticipate every configuration possibility given the inherent
variations in all hardware and software products. Please understand that you may experience a problem
not detailed in a Configuration Note. If so, please notify the TAC/TSO at [phone] and if
appropriate we will include it in our next revision. AVAYA Inc. accepts no responsibility for errors or
omissions contained herein.
Octel® 100
Messaging Server
Configuration Note 7036
Avaya Definity G3*
with Vectoring
& VoiceBridge
®(Bridged Mode)
Revised 06/21/01
Analog Ports
Voice Bridge
Personal Computer
Digital Port
Voice Board(s)
RS-232 Connection via
Cable to the serial port
on the PC
1.0 METHOD OF INTEGRATION
RS-232/SMDI using the VoiceBridge Series II with bridged mode. The Voice-
Bridge communicates with the Avaya Definity by emulating the 7434D
Digital Display set. When a call is received by the VoiceBridge, it
simultaneously rings at a bridged analog appearance corresponding to an
Octel 100 voice port. The digital display provides call information. The
VoiceBridge collects this data and transmits the call information to the Octel
100 through a serial port using industry standard Centrex SMDI protocol. The
Octel 100 then immediately answers the call with the appropriate greeting.
Message waiting indicators are set and canceled via the VoiceBridge using
Avaya Leave Word Calling feature. A hookflash followed by the extension
transfers the caller to the operator.
Communication between the
Definity G3 and the Octel 100 is
through the VoiceBridge using
the Bridged Method.

Octel 100 Configuration Note (7036)
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2.0 OCTEL 100 ORDERING INFORMATION
There are many options available for this product, depending on the
application. Please consult with your sales representative.
Voice Boards supported:
Rhetorex 432
Dialogic D/41D, D/41ESC, D/160ESC-LS.
Required VoiceBridge: H-VTG-2340 (version 3.2)
3.0 DEFINITY GENERIC 3 HARDWARE REQUIREMENTS
Note: See Section 7.7
•One digital port (TN 754B) configured for a 7434 digital display
set
Note: See Section 7.12
•One analog port (TN 742 8 circuits or TN 746B 16 circuits)
configured as a 2500 set for each Octel 100 port
3.1 DEFINITY GENERIC 3 SOFTWARE REQUIREMENTS
•Version 2 to Version 5 (for Version 5 See section 7.14)
•Basic Vectoring Software Package
•G3s/vs: Voicemail Application Software (see Section 7.10)
3.2 ADDITIONAL MATERIAL REQUIREMENTS
•If using the D/41D, the D/41ESC, or the Rhetorex 432 you will need:
–One RJ-14 jack with 4-conductor line cord for every two Octel 100
ports
•If using the D/160ESC-LS board, you will need:
–One SA/240 station adapter with the 37 pin to 50 pin IDC cable.
Note: The adapter and cable are provided with the board.
–One RJ-11 jack with 2-conductor line cord for each Octel 100 port.
•Two analog lines for remote service access.
–One for access Octel 100
–One for access to VoiceBridge
•Two RJ-11 Jacks for above and 2-conductor modular telephone
cords.
•If FaxMail is installed.
–One analog line per FAX port.
–One RJ-11 Jack for every Brooktrout TR-112 fax port
OR one RJ-14 Jack for every two Brooktrout TR-114 fax ports,
along with 4-conductor modular telephone cords.
Octel 100 Ordering
Information.
This integration will
support 20 Octel 100
ports.
G3 Hardware Requirements
G3 Software Requirements
Additional Material Requirements

Octel 100 Configuration Note (7036)
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4.0 SUPPORTED FEATURES
[ü] Items are supported
System Forward to Personal Greeting Multiple Return to Operator [ü]
All Calls [ü]Direct Call [ü]
Ring/no answer [ü]Auto Attendant [ü]
Busy [ü]Outcalling [ü]
Busy/No Answer [ ]Personal Greeting of Original-Called Party
Do Not Disturb [ü]Multiple Call Forward [ ]
Station Forward to Personal Greeting Double Call Forward [ ]
All Calls [ü]Call Coverage [ü]
Ring/no answer [ ]Intercom Paging [ü]
Busy [ ]Supervised Transfers
Busy/No Answer [ ]Call Screening [ü]
Do Not Disturb [ ]Call Queuing [ü]
Flexible Forwarding Intercom Paging [ü]
Forward to No Answer Greeting1 [ü]Identify Calling Party (Ver. 1.5 and up)
Forward to Busy Greeting1 [ü]System Forward to Personal Greeting [ü]
Intercom/CO Forwarding [ü]Station Forward to Personal Greeting [ü]
Message Waiting Flexible Forwarding (NA with CO) [ü]
LCD Display [ ]Record Telephone Conversation [ ]
LED [ü]
Lamp [ü]
Audible / Stutter Dial Tone2 [ü]
Note : 1For Busy and/or Ring No Answer Call Flow Considerations see Section 7.13
2 G3i V2 and G3r must have audible MWI activated
4.1 DISCONNECT TYPE
Disconnect is achieved with either Drop in Loop Current with “Adjunct
Supervision? y”, when configuring the single line Octel 100 ports and/or
by Dial Tone. For proper external disconnect supervision, Ground start or
Supervised Loop start CO lines are recommended.
5.0 CONFIGURING THE AVAYA DEFINITY G3
Contact the System Administrator and determine whether vectoring is to
be used. Vectoring is required for VoiceBridge to use the bridged method.
Basic Vectoring Software Package is required if vectoring is used.
Note: If vectoring is unavailable then the transfer mode is required,
reference Configuration Note CN7035 Avaya Definity G3 with
VoiceBridge.
Before you begin programming, it is recommended that a hard copy of the
customer database be obtained to verify existing programming.
Refer to the Programming section in the Avaya manual for information on
entering, saving, and exiting database programming. Up to nine tasks must
be completed when programming the G3 to integrate. They are as follows:
•Configure the Single line Octel 100 ports
•Program a digital port as a 7434D Digital Display station for the
VoiceBridge.
Supported integration features
Disconnect Type
Programming G3 System
Parameters
VoiceBridge II in Bridged Mode
Requires the G3 to Have
Vectoring Available.

Octel 100 Configuration Note (7036)
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•Using the ADD HUNT-GROUP command, create a hunt group to
provide a queue.
•Programming to configure the Avaya Definity G3 for VoiceMail
Application using vectoring.
•Enable basic vectoring.
•Create a Call Vector that routes calls to the VoiceBridge.
•Create a VDN to be used as the main System Access Number.
•Create call coverage path(s) that include the VoiceBridge access
number or Vector Directory Number.
•Change subscriber's station programming to include the proper
name field information and call coverage path (e.g. Smith,B.2345).
In the following example a four port Voice Mail system is used. Specific
extension numbers are used for the VoiceBridge, Octel 100 analog lines, and
subscriber stations. Also, a sample coverage path is shown. The example
assumes
•VoiceBridge is extension 5000
•The Octel 100 analog ports are extensions 5001, 5002, 5003,
and 5004
•The hunt group number for Octel 100 is 35 with extension number
5040
•The vector directory number is 5030
•Extensions 2345, 3001 and 3002 are Voice Mail Subscribers.
•Coverage Path number 1 is the example shown.
Note: Entries in bold italic type indicate where information must be
entered.
5.1 CONFIGURING THE SINGLE LINE OCTEL 100 PORTS
Define analog voice ports that will connect to the Octel 100 using the
ADD STATION command. Sequential numbering is recommended.
Repeat for each analog port.
Add Station 5001
Page 1 of 2
STATION
Extension: 5001 BCC: 0 TN: 1
Type: 2500 Lock Messages? nCOR 2
Port: 01A0304 Security Code: COS 1
Name: VOICEMAIL Coverage Path: Tests? n
FEATURE OPTIONS
LWC Reception: none Coverage Msg Retrieval? n
LWC Activation? nAuto Answer? none
CDR Privacy? nData Restriction? y
Redirect Notification? nCall Waiting Indication? n
Bridge Call Alerting? nAtt. Call Waiting Indication? n
Off Premise Station? nDistinctive Audible Alert? n
Switchhook Flash? yMessage Waiting Indicator:
Ignore Rotary Digits? nAdjunct Supervision? y
Entries in bold italic type
indicate where information
must be entered.

Octel 100 Configuration Note (7036)
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Next
Page 2 of 2
STATION
NON-SWITCH DATA
Room: Headset? n
Jack: Speaker? n
Cable: Mounting: d
Floor: Cord length: 0
Building: Set Color:
ABBREVIATED DIALING
List1: List2: List3:
HOT LINE DESTINATION
Abbreviated Dialing List Number (From above 1, 2 or 3):
Dial Code:
Line Appearance: call-appr
Enter
5.2 CONFIGURING THE DIGITAL PORT
The following steps are required to program the digital 7434D port to a
VoiceBridge.
Note: There are two sections below describing configuring the digital
ports. The first section, labeled G3V2 and G3V3, is used for G3 V2, and
V3. The second section, labeled G3V4 and G3V5 is used for G3 V4 and
V5. Use the appropriate section for configuring the digital port.
§Set up the 7434 set as shown in Figure 1, with bridged appearances
beginning on button 11, one for each integrated voice port, up to a
maximum of 24.
§Configure the Display Buttons as shown in Table 5.
Define the digital port as 7434D terminal using the ADD STATION
command as follows:
Entries in bold italic type indicate
where information must be
entered.

Octel 100 Configuration Note (7036)
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G3V2 and G3V3
Add Station 5000
Page 1 of 4
STATION
Extension: 5000 BCC: 0 TN: 1
Type: 7434D Lock Messages? nCOR: 1
Port: 01C0202 Security Code: COS: 1
Name: VOICEMAIL Coverage Path:
FEATURE OPTIONS
LWC Reception: none Auto Select Any Idle Appearance? n
LWC Activation? yCoverage Msg Retrieval? n
CDR Privacy? nAuto Answer? n
Redirect Notification? nData Restriction? y
Per Button Ring Control? nIdle Appearance Preference? n
Bridged Call Alerting? n
Active Station Ringing: single Restrict Last Appearance? y
Data Module? nFeature Module?: n
Display Module? yCoverage Module? n
Display Language: english Disp Client Redir? n
Message Lamp Ext: 5000 Select Last Used Appearance? n
Next
Page 2 of 4
STATION
NON-SWITCH DATA
Room: SWITCH ROOM Headset? n
Jack: Speaker? n
Cable: mounting: d
Floor: Cord Length: 0
Building: Set Color:
ABBREVIATED DIALING
List1: List2: List3:
BUTTON ASSIGNMENTS
1:call-appr 6: call-appr
2:call-appr 7: call-appr
3:call-appr 8: call-appr
4:call-appr 9: call-appr
5:call-appr 10: call-appr
Next
Use this section to configure the
G3V2 and G3V3 digital ports.

Octel 100 Configuration Note (7036)
Avaya Definity G3 with Vectoring Confidential Page 7
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disclaimer on page 1
Avaya Inc. PROPRIETARY. Use pursuant to Company instructions.
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Entries in bold italic type indicate where information must be entered.
Page 3 of 4
STATION
FEATURE BUTTON ASSIGNMENTS
11: abrdg-appr Ext: 5001 12: abrdg-appr Ext: 5002
13: abrdg-appr Ext: 5003 24:
14: abrdg-appr Ext: 5004 25:
15: 26:
16: 27:
17: 28:
18: 29:
19: 30:
20: 31:
21: 32:
22: 33:
23: 34:
Next
Page 4 of 4
STATION
DISPLAY BUTTON ASSIGNMENTS
1: normal
2:
3:
4:
5:
6:
7:
Enter
Use this section to configure the G3V4 and G3V5 digital ports.
G3V4 and G3V5
Add Station 5001
Page 1of 5
STATION
Extension: 5001 Lock Messages? n
Type: 7434D Security Code: TN: 1
Port: 01A0304 Coverage Path 1: COR: 1
Name: VOICEMAIL Coverage Path 2: COS: 1
STATION OPTIONS
Data Module? n Personalized Ringing Pattern: 4
Display Module? y Message Lamp Ext: 2470
Display Language: english Coverage Module? n
Next
Entries in bold italic type
indicate where information
must be entered.
Use this section to configure
the G3V4 and G3V5 digital
ports.

Octel 100 Configuration Note (7036)
Avaya Definity G3 with Vectoring Confidential Page 8
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Avaya
Communications Applications
Group
STATION Page 2 of 5
FEATURE OPTIONS
LWC Reception: none Auto Select Any Idle Appearance? n
LWC Activation? y Coverage Msg Retrieval? n
CDR Privacy? n Auto Answer: none
Redirect Notification? n Data Restriction? y
Per Button Ring Control? n Idle Appearance Preference? n
Bridged Call Alerting? n
Active Station Ringing: single Restrict Last Appearance? y
Display Client Redirection? n
Select Last Used Appearance? n
Next
STATION Page 3 of 5
SITE DATA
Room: TELCO ALLEY Headset? n
Jack: BRIDGE Speaker? n
Cable: Mounting: d
Floor: FIRST Cord length: 0(zero)
Building: MAIN Set Color:
ABBREVIATED DIALING
List1: List2: List3:
BUTTON ASSIGNMENTS
1: call-appr 6: call-appr
2: call-appr 7: call-appr
3: call-appr 8: call-appr
4: call-appr 9: call-appr
5: call-appr 10: call-appr
Next
STATION Page 4 of 5
BUTTON ASSIGNMENTS
11: abrdg-appr Ext: 5001 12: abrdg-appr Ext: 5002
13: abrdg-appr Ext: 5003 24:
14: abrdg-appr Ext: 5004 25:
15: 26:
16: 27:
17: 28:
18: 29:
19: 30:
20: 31:
21: 32:
22: 33:
23: 34:
Next

Octel 100 Configuration Note (7036)
Avaya Definity G3 with Vectoring Confidential Page 9
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disclaimer on page 1
Avaya Inc. PROPRIETARY. Use pursuant to Company instructions.
Avaya
Communications Applications
Group
Page 5 of 5
STATION
DISPLAY BUTTON ASSIGNMENTS
1: normal
2:
3:
4:
5:
6:
7:
Enter
Conf
Drop
Trans
Hold
Call-App
Call-App
Call-App
Call-App
Call-App
Call-App
Call-App
Call-App
Call-App
Call-App
Br-Ap 1 Br-Ap 2
Br-Ap 3
Br-Ap 4
Br-Ap 5
Br-Ap 6
Br-Ap 7
Br-Ap 8
Br-Ap 9
Br-Ap 10
Br-Ap 11
Br-Ap 12
Br-Ap 16
Br-Ap 17
Br-Ap 18
Br-Ap 19
Br-Ap 20
Br-Ap 21
Br-Ap 22
Br-Ap 23
Br-Ap 24
Br-Ap 14
Br-Ap 15
Message
Mute Br-Ap 13
Select
Speaker
1
2
3
4
5
6
7
8
9
0
#
*
Fig 1 7434D layout
Figure 1 shows an overview of how the 7434D phone buttons should appear.

Octel 100 Configuration Note (7036)
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5.3 CREATE A GROUP TO ESTABLISH A QUEUE
Using the ADD HUNT-GROUP command, create a hunt group whose
member is an Octel 100 ports.
ADD HUNT-GROUP 35
Page 1 of 2
HUNT-GROUP
Group Number: 35 Group Extension: 5040 Group type: ucd
Member Range Allow: 1-40 Administered Members (min/max): 1/10
Total Administered Members: 10
GROUP MEMBER ASSIGNMENTS
Ext Name Ext Name Ext Name
1: 5004 VoiceMail 4 14:27:
2: 15: 28:
3: 16: 29:
4: 17: 30:
5: 18: 31:
6: 19: 32:
7: 20: 33:
8: 21: 34:
9: 22: 35:
10: 23: 36:
11: 24: 37:
12: 25: 38:
13: 26: 39:
40:
Next
Page 2 of 2
HUNT-GROUP
Group Number : 35 Group Extension: 5040 Group type: ucd
Group Name : Octel 100 ACD? y
Queue? y AAS? y Vector? y
Security Code: Night Service Destination: COR: 1
ISDN Caller Disp: Coverage Path:
Measured : external Supervisor Extension:
Priority On Intraflow? nInflow Threshold (sec): 999
Control Adjunct: n
Queue Length: 15
Call Warning Threshold: 5Call Warning Port:
Time Warning Threshold: 30 Time Warning Port:
Redirect on No Answer (rings): 5
Forced Entry of Stroke Counts or Call work codes? n
Enter
Using the ADD HUNT-GROUP
command, create a hunt group to
provide a queue.

Octel 100 Configuration Note (7036)
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5.4 CONFIGURE THE AVAYA DEFINITY G3 FOR
VOICEMAIL
APPLICATION USING VECTORING
A Vector Directory Number (VDN) is a 'soft' extension number, i.e., an
extension number without assigned hardware. VDNs are associated with
vectors which are series of programmable call routing steps. Calls to the
VDN are routed according to the programmed vector steps. Typical
switch applications for vectoring are ACD and DNIS. External Calls to
VDNs that route to an Octel 100 can be programmed to return the personal
greeting of the mailbox corresponding to the VDN. All access to Octel
100 must be through vectoring as direct access and vectoring are mutually
exclusive. The following instructions apply only when vectoring is
required.
SYSTEM PARAMETER CUSTOMER OPTIONS FORM
Basic vectoring must be enabled on the System Parameter Customer
Options Form by an authorized technician.
Contact the System Administrator and determine whether vectoring is to
be used prior to performing any database programming. Basic Vectoring
Software Package is required if vectoring is used.
A Vector Directory Number (VDN) is a 'soft' extension number, i.e., an
extension number without assigned hardware. VDNs are associated with
vectors which are series of programmable call routing steps. Calls to the
VDN are routed according to the programmed vector steps. Typical
switch applications for vectoring are ACD and DNIS. External Calls to
VDNs that route to an Octel 100 can be programmed to return the personal
greeting of the mailbox corresponding to the VDN. All access to Octel
100 must be through vectoring as direct access and vectoring are mutually
exclusive.
CREATE THE MAIN SYSTEM ACCESS NUMBER (VDN)
Using the ADD VDN command, create a Vector Directory Number (e.g.
v5030) configured as follows:
Assign to the Octel 100 VDN the name VOICEMAIL. Enter the entire
name in capital letters with no spaces. An extension number may follow
the name using a space to separate the extension number from the name.
For example, 'VOICEMAIL' and 'VOICEMAIL 5030' are acceptable.
'5030 VOICEMAIL' and 'VOICE MAIL' are not acceptable. If the
extension number is not included then the caller will receive the general
auto attendant greeting.
In addition, it is recommended that each Octel 100 port be assigned the
name 'VOICEMAIL' as outlined above. If not, when dialing individual
Octel 100 ports directly (i.e., not through the vector number) the Octel 100
will answer as a forwarded call and not as a direct call.

Octel 100 Configuration Note (7036)
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Note: This only applies to performing port to port checks; day-to-day
operation of the Octel 100 is not affected.
Use this section to configure the G3V2, and G3V3.
G3V2, and G3V3
Add vector 1
Page 1 of 1
CALL VECTOR FORM
Vector number: 1
1 queue to main split 35 priority m
2Goto step 5 if calls queued in split 35 => 10 pri m
3wait 0 seconds hearing FDBK ringback
4goto step 1 if unconditionally
5route to number xxxx if unconditionally
A maximum of 32 steps is allowed per call vector. The number xxxx is a
secondary answer point (e.g., attendant console or answering point).
Page 1 of 1
VECTOR DIRECTORY NUMBER FORM
Extension: 5030 NAME: VOICEMAIL 5030
Allow VDN override? n COR: 1
Vector Number: 1 Measured: none
The VDN is now the Octel 100 Access Number. Subscribers dial it to
retrieve their messages and use it as the call coverage target.
Place the VDN created above in the coverage path of each subscriber. The
specific number of the VDN is entered (e.g., v5030).
NOTES: Do not change vectors while calls are being processed;
problems may be experienced with calls already being processed.
For more information on commands and how VDNs should be
administered, refer to Definity Communications System Generic 3i
Implementation Manual 555-204-655 (for the Generic 3r the number is
555-230-651).
Assign the VDN as the coverage
path for each subscriber

Octel 100 Configuration Note (7036)
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Use this section to configure the G3V4 and G3V5.
G3V4 and G3V5
Page 1 of 1
VECTOR DIRECTORY NUMBER
Extension: 5030
Name: VOICEMAIL
Allow VDN Override? N
COR: 1
TN: 1
Vector Number: 1
Measured: none
Acceptable Service Level (sec):
VDN of Origin Annc. Extension:
1st Skill:
2nd Skill:
3rd Skill:
Return Destination:
The VDN is now the Octel 100 Access Number. Subscribers dial it to
retrieve their messages and use it as the call coverage target.
Place the VDN created above in the coverage path of each subscriber. The
specific number of the VDN is entered (e.g., v5030).
NOTES: Do not change vectors while calls are being processed;
problems may be experienced with calls already being processed.
For more information on commands and how VDNs should be
administered, refer to Definity Communications System Generic 3i
Implementation Manual 555-204-655 (for the Generic 3r the number is
555-230-651).
CREATE THE MAIN SYSTEM ACCESS NUMBER (VDN)
Using the ADD VDN command, create a Vector Directory Number (e.g.
v5030) configured as follows:
Assign All integrated Octel 100 ports as part of the call vector.
If you desired, you may assign to the Octel 100 VDN the name
VOICEMAIL. Enter the entire name in capital letters with no spaces. An
extension number may follow the name using a space to separate the
extension number from the name. For example, 'VOICEMAIL' and
'VOICEMAIL 5030' is acceptable. '5030 VOICEMAIL' and 'VOICE
MAIL' is not acceptable. If the extension number is not included then the
caller will receive the general auto attendant greeting.
In addition, it is recommended that each Octel 100 port be assigned the
name 'VOICEMAIL' as outlined above.
Assign the VDN as the coverage
path for each subscriber

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Add vector 1 Use this section for G3V2 and G3V3
CALL VECTOR Page 1 of 2
Number: 1NAME: VOICEMAIL 5030 Ext: 5030
ASAI Routing? nBasic ? n Prompting? n EAS? n
01 route to number 5001if unconditionally
02 route to number 5002 if unconditionally
03 route to number 5003 if unconditionally
04 route to number 5004 if unconditionally
05 queue to main split 35 priority m
06 goto step 15 if staffed-agents in split 35 is < 1
07 goto step 11 if calls-queued in split 35 is > 10 pri m
08 goto step 12 if oldest call waiting in split 35 is > 45
09 wait time 0 seconds hearing ringback
10 goto step 1 if unconditionally
11 route to number 6000 if unconditionally
12 route to number 6999 if unconditionally
13
14
15 busy
A maximum of 32 steps is allowed per call vector.
Enter
Add vector 1 Use this section for G3V4, and G3V5
CALL VECTOR Page 1 of 3
Number: 1NAME: VOICEMAIL 5030
Basic? y EAS? y G3V4 Enhanced? y ANI/II-Digits? y ASAI Routing? n
Prompting? y LAI? n G3V4 Adv Route? y CINFO? n
01 route to number 5001 with cov n if unconditionally
02 route to number 5002 with cov n if unconditionally
03 route to number 5003 with cov n if unconditionally
04 route to number 5004 with cov n if unconditionally
05 queue to main split 35 priority m
06 goto step 15 if staffed-agents in split 35 is < 1
07 goto step 11 if calls-queued in split 35 is > 10 pri m
08 goto step 12 if oldest call waiting in split 35 is > 45
09 wait time 0 seconds hearing ringback
10 goto step 1 if unconditionally
11 route to number 6000 with cov n if unconditionally
Next
Page 2 of 3
12 route to number 6999 with cov n if unconditionally
13
14
15 busy

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A maximum of 32 steps is allowed per call vector. (page 3 of 3 not
shown)
Note: Use step 6 when hunt group is an ACD type. Leave step 6 out if
hunt group is UCD as shown.
This vector is designed to:
Step 1- 4 Will route to an available Octel 100 port.
Step 5 Will queue to hunt group 35 the last port for Octel 100.
Step 6 Will send the caller to step 12 if the Octel 100 port is taken out
of service by the switch technician. Hunt group would have to
be ACD not UCD.
Step 7 Will send the caller to step 11 if the queue of hunt group 35
grows larger than 10 calls. This threshold can be easily
changed to a higher or lower value based on site
requirements.
Step 8 Will send the caller to step 12 if a caller has been in queue
for 45 seconds.
Step 9 Will cause the caller to hear ringback tone.
Step 10 Will send caller to the top of the vector and rescan for a free
line.
Step 11 Will route caller to extension 6000 a secondary answer point
such as the attendant.
Step 12 Will route caller to extension 6999 a second vector or
answer point.
Step 13 Will return Busy tone to the caller.
The VDN is now the Octel 100 Access Number. Subscribers dial it to
retrieve their messages and use it as the call coverage target.
Place the VDN created above in the coverage path of each subscriber. The
specific number of the VDN is entered (e.g., v5030).
NOTES: Do not change vectors while calls are being processed;
problems may be experienced with calls already being processed.
For more information on commands and how VDNs should be
administered, refer to Definity Communications System Generic 3i
Implementation Manual 555-204-655 (for the Generic 3r the number is
555-230-651).
Assign the VDN as the coverage
path for each subscriber

Octel 100 Configuration Note (7036)
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5.5 CONFIGURING THE SUBSCRIBER COVERAGE PATH
Add coverage path 1
Page 1 of 1
COVERAGE PATH
Coverage Path Number: 1
Next Path Number: Linkage
COVERAGE CRITERIA
Station/Group Status Inside Call Outside Call
Active? n n
Busy? y y
Don't Answer? y y Number of Rings: 3
All?n n
DND/SAC/Goto Cover? y y
COVERAGE POINTS
Terminate to Coverage Pts. with Bridged Appearances? n
Point1: 5030 Point2: Point3:
Point4: 5030 Point5: Point6:
(Points 4, 5, and 6 for G3V4 and G3V5 only)
Enter
5.6 CONFIGURING THE SUBSCRIBER STATIONS
All subscriber extensions can be programmed with the name associated with
the telephone. This programming is done using the administrator terminal.
(Use of the VoiceBridge requires that the name entry have the extension
number as part of the field.) The extension can be placed anywhere in the
name field. The field can contain only 15 characters; therefore, abbreviations
may be necessary. For example:
•Smith J.3001 or 3001 J.Smith
•Stevnsn.HL.3002 or 3002.HL.Stevnsn
If Avaya integrated directory feature is implemented then the name must
go before the extension number.
Entries in bold italic type
indicate where information
must be entered.
Configuring Single Line
Subscriber Stations
All subscriber extensions can be
programmed with the name
associated with the telephone

Octel 100 Configuration Note (7036)
Avaya Definity G3 with Vectoring Confidential Page 17
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Avaya Inc. PROPRIETARY. Use pursuant to Company instructions.
Avaya
Communications Applications
Group
Change station 3001
Page 1 of 2
STATION
Extension: 3001 BCC: 0 TN: 1
Type: 2500 Lock Messages? nCOR 2
Port: 01A0601 Security Code: COS 1
Name: John Smith, 3001 Coverage Path: 1Tests? y
FEATURE OPTIONS
LWC Reception: msa-spe Coverage Msg Retrieval? n
LWC Activation? nAuto Answer? none
CDR Privacy? nData Restriction? y
Redirect Notification? nCall Waiting Indication? n
Bridge Call Alerting? nAtt. Call Waiting Indication? n
Off Premise Station? nDistinctive Audible Alert? n
Switchhook Flash? yMessage Waiting Indicator: led
Ignore Rotary Digits? nAdjunct Supervision? y
(Page 2 is not shown as no specific programming is required.)
Note: Numbers other than the extension number may be included if
they have fewer digits than the extension number and are placed
to the left of the extension. For example, "Conf Rm 3, 2301" is
acceptable but “2301, Conf Rm 3” is not.
Change Station 3002
Page 1 of 4
STATION
Extension: 3002 BCC: 0 TN: 1
Type: 8410D Lock Messages? nCOR: 10
Port: 01C0202 Security Code: COS: 0
Name: 3002.HL.Stevnsn Coverage Path: 1
FEATURE OPTIONS
LWC Reception: msa-spe Auto Select Any Idle Appearance? y
LWC Activation? n Coverage Msg Retrieval? n
CDR Privacy? nAuto Answer? n
Redirect Notification? yData Restriction? y
Per Button Ring Control? nIdle Appearance Preference? n
Bridged Call Alerting? nPersonal Ringing Pattern: 1
Active Station Ringing: single Restrict Last Appearance? y
Data Module? nMode Button Enabled? y
Speaker Phone ? 2-way Coverage Module? n
Display Language: english Disp Client Redir? n
Message Lamp Ext: 3002 Select Last Used Appearance? n
(Pages 2-4 are not shown as no specific programming is required.)
Configuring Digital
Subscriber Stations

Octel 100 Configuration Note (7036)
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The information contained in this document is provided by AVAYA Inc. to serve as a guide. See the
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Avaya Inc. PROPRIETARY. Use pursuant to Company instructions.
Avaya
Communications Applications
Group
5.7 CONFIGURING THE VOICEBRIDGE
Note: The maximum loop distance between the Avaya switch and the Voice-
Bridge is 2500 feet. Local power cannot be used to extend this distance.
The VoiceBridge Series II equipment provides a control path between the
Definity G3 and the Octel 100. It emulates a 7434 digital set on the
Definity G3 and transmits the call information to a serial port on the Octel
100 using industry standard Centrex SMDI protocol.
The VoiceBridge Series II equipment includes a built-in 19-key keypad
and a two-line 40 character LCD display that are used for programming the
device. Chapter 3 of the VoiceBridge documentation, which you will
receive with the unit, provides step by step configuration instructions, as
well as a User Interface Tutorial and unit testing instructions. The
instructions are easy to follow and a technician should be able to install the
device in a few minutes using the VoiceBridge documentation.
Important Note: The VoiceBridge II for the Avaya switches can
operate in either bridged mode or transfer mode. Changing the
mode requires a proprietary password. The VoiceBridge II is
shipped in the transfer mode unless we know it is for
installation with a G3 with vectoring software, in which case it
will be preset in bridged mode and marked as such with a label.
Contact Technical Support for help in changing the mode on
the VoiceBridge II, if required.
Before configuring the VoiceBridge you must determine the following:
- Number of Voice Mail Ports:
This field defaults to 24, the maximum number of ports supported by the
unit. Specify the number of Octel 100 ports on your system.
- Message Desk Number
This number must match the number assigned in Octel 100. The default
value of 001 is usually the number of choice. The range is 001-063.
- Directory Numbers: Set to length of 4 or too match the G3 numbering plan.
- Unidentified Reason: Disable
- CPID Extension Length
- CPID Pad String
VoiceBridge gets the actual extension from the switch and converts it to
the SMDI protocol which uses seven digits. Therefore you must pick a
seven digit string which will pad the string with 0s. For example, if your
extension length is set to 3 and the pad string is set to 0000XXX, the
VoiceBridge will convert an extension of 270, to SMDI caller ID
information 0000270.
- MWI Extension Length
- MWI Pad String
SMDI protocol uses seven digits, therefore we are padding the string with

Octel 100 Configuration Note (7036)
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Avaya
Communications Applications
Group
0s as in the previous example so that the VoiceBridge will know what
digits are not required by the Avaya switch and ignore them.
- MWI Feature
If message waiting indicators are being used, set this field to Enable; if
message waiting indicators are not used, Disable.
- MWI Interleave Factor
Under normal conditions the VoiceBridge will process calls before it will
process MWIs. On busy systems this can cause MWI packets to back up
causing a delay in sending message waiting indication. If you insert an
interleave factor you can tell the VoiceBridge to process a MWI after X
number of calls. The default setting is 5. If 0 appears in this field it is
disabled.
- Message Waiting On
This field accepts up to eight characters for the Leave Word Call enable
feature code. The code is the sequence of keys pressed to set the message
waiting indicator. Default is *4.
- Message Waiting Off
As with Message Waiting On, this field will accept up to eight characters
used to deactivate message waiting indicator. Default is #4.
- Call Sequence
Indicates order in which calls are sent to Octel 100. Set to Data/Call.
From the Setup menu press 4 for Advanced options. Arrow down to
Answer delay field.
- Answer Delay: 2500 ms
Press the FUNC key. This will return you to the Setup Menu. Press the 2
key to edit the port configuration, as follows:
- Extension/ LTN Plan
Determine what LTNs (Logical Terminal Numbers) have been assigned to
the Octel 100 system and enter into VoiceBridge.
NOTE: For a large number of Octel ports to enter, refer to the AUTOFILL
command in the VoiceBridge documentation to make the process
quicker.
Press the FUNC key. This will return you to the Setup Menu. Press the 3
key to edit the serial ports, select port A and get serial port data as follows:
- SMDI Baud Rate
Default baud rate is 1200, range is 1200 through 9600.
Press the FUNC key twice. this should bring you to the Main Menu. The
system will ask the following questions. Answer as indicated.
•SAVE EDITS? 1- Yes
•START SYSTEM? 1- Yes

Octel 100 Configuration Note (7036)
Avaya Definity G3 with Vectoring Confidential Page 20
The information contained in this document is provided by AVAYA Inc. to serve as a guide. See the
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Avaya
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Within a few seconds, integration is active, utilizing the new
configuration. You will be placed in the View Mode on VoiceBridge.
The VoiceBridge Manual (Document Number - VB201-0202) contains
much more information on the functionality of the VoiceBridge. Refer to
it to set the date and time on the unit, to set security levels, and to learn
more about the functionality of VoiceBridge.
6.0 CONFIGURING THE OCTEL 100
The integration codes should already be configured for your switch. Appropriate
O100 Setup sections may be checked to verify that this is done. If the
integration codes are not correct, run the Integrator program and select the Avaya
G3i/r/s/vs-VoiceBridge (3 Dgt Mbx) or Avaya G3i/r/s/vs-VoiceBridge (4 Dgt
Mbx) switch.
6.1 INTEGRATION FOR OCTEL 100
Outside Line Access Code 9,
Off Hook Delay (OFFHDLY) 50
Hook Flash Interval (FLINTVL) 50
DTMF Tone Length (TONELEN) 8
Transfer, Paging and Screening Parameters
Custom Transfer Code &,XDR
Transfer Release Code when Busy &,&
Transfer Release Code when No Answer &,&
Call Screening Release Code when Busy &,&
Call Screening Release Code when No Answer &,&
Call Screening Release Code when Reject &,&
Call Screening Release Code When Transfer &,&
Message Waiting Parameters
Permit Message Waiting Lights üü
Use MW Data from Serial Port [COMMMWL] üü
SMDI Parameters
Use SMDI üü
Note: The above parameter will be automatically set by the integrator for
software versions 1.5 and 2.02 and greater. With earlier versions,
2.0 and 2.01, this parameter must be set manually in the OPC
System Setup.
Hangup Detection Parameters
Dial Tone Detection Time (DTONDET)
600
Loop Drop Time (LCDTIME)
30
Inband Parameters
Total Number of DID Digits
24
Seconds to Wait for First Digit
1
Millisecs to Wait for Next Digit
100
O100 Configuration
Integration for Octel 100