Starplus Triad Xts Installation Digital Key Telephone System Instructions Guide

							ProgrammingC-27
Appendix C - Networking Systems
Station User Impacts
Digital Station Displays
Node to Node
When dialing from one Node to another Node, the display of the dialing station reflects the
station dialed (e.g., 3400). The display then updates with either the name or the number of
the dialed station.
When receiving a call from another Node, it resembles a station call.
Node to Node - DND or Forwarding In Use
When calling from one Node to another, it is possible to encounter a station that is in DND or
in a forwarding mode. When this happens, one of the following displays appears.
-or-
-or-
-or- Node 1 (Paul at Station 2000) dials
William ext. 3400Node 2 at Station 3400 receives the
following display
The display updates as shown:
-or- - or-
WILLIAM IN DND
LINE 023 hh:mm:ss
STA3400 IN DND
LINE 023 hh:mm:ss
FWD TO WILLIAM
LINE 023 hh:mm:ss
FWD TO STA1234
LINE 023 hh:mm:ss
STA 2000
MMM DD YY HH:MM am
CALL TO WILLIAM
LINE 023 HH:MM amPA U L C A L L I N G
LINE 023 HH:MM am
Call To STA3400
LINE 023 HH:MM amSTA2000 CALLING
LINE 023 HH:MM am 
						

							C-28Quick Start Procedure
Appendix C - Networking Systems
Conference
When a conference is established between several extensions, either local or remote, the
display will show the following message:
Quick Start Procedure
Networking uses PRI cards for connecting the systems together; however the telco circuit is a
point-to-point T1,nota PRI. Most telco circuits will reverse the transmit and receive pairs
fromendtoend,soitisimportantthatthisiscorrectedbyswappingtransmitandreceiveat
thehubnetwork PRI(s). The connection should end up asstraight throughfrom hub to
node(s).
Enable LCR on all systems for outbound dialing. (See the LCR programming section of this
Quick Start procedure)
Extension range 9000-9999 is reserved for speed dial.
Programming
Flash 09–System Parameters
Button #8 - Identify system node (1-16)
Each system in the network must be identified e.g.,Hubis always system Node 1, the first
Nodeis system Node 2, the secondNodeis system Node 3, etc.
Button #9–Enter leading digit (0-8)
Each system needs it’s own numbering plan. This will place leading digit before all3-digit
codes, 2-digit codes are not affected. Example: Hub numbers are 1000’s, so enter 1 HOLD.
Flash 16–Network tables
Select table number (Table 01 will always contain the numbering plan for the system you are
programming and will use CO group 00 (internal)).CO group 01 is reserved for outdialing
and dial ‘9’ access.
Button #1–Select CO group (group assigned tonetworkPRIB)
Button #2–Station range START (1000-8999)
Button #3–Station range END (1000-8999)
Button #5–External BLF (1-9) This is programmed at theHubonly. You identify the PRIB slot
locations in theHubthat are associated with eachNodein the network, other than the node
being defined by the table number you are programming. Youdo notidentify External BLF
slot locations in theNode(s) programming because theHubcontrols passing of this
information.If you only have 1 Node you do not have to program the external BLF.All
unused tablesmustbe programmed for CO group 00 and contain the entire numbering
range (1000-8999). This will prevent any invalid numbers from trying to dial across the
network, the system will check the networking tables in order before attempting to dial.
CONFERENCE
LINE 023 hh:mm:ss 
						

							Quick Start ProcedureC-29
Appendix C - Networking Systems
Example: Hub and 3 Nodes
Hub Programming:
Node 1 Programming:
Node 2 Programming:
Node 3 Programming:
Table No CO Group Ext. Range External BLF
01 00 Ext. range for Hub NA
02 02 Ext. range for Node 1 PRIB slots for Node 2,3
03 03 Ext. range for Node 2 PRIB slots for Node 1,3
04 04 Ext. range for Node 3 PRIB slots for Node 1,2
05-16 00 Entire Ext. range NA
Table No CO Group Ext. Range External BLF
01 00 Ext. range for Node 1 NA
02 02 Ext. range for Hub and Node 1, 2, 3 NA
03-16 00 Entire Ext. range NA
Table No CO Group Ext. Range External BLF
01 00 Ext. range for Node 2 NA
02 02 Ext. range for Hub and Node 1, 2, 3 NA
03-16 00 Entire Ext. range NA
Table No CO Group Ext. Range External BLF
01 00 Ext. range for Node 3 NA
02 02 Ext. range for Hub and Node 1, 2, 3 NA
03-16 00 Entire Ext. range NA 
						

							C-30Quick Start Procedure
Appendix C - Networking Systems
Flash 24–Cabinet/Card programming
Partial signaling is allowed on PRIBs (8). Normally a PRIB uses 24 time slots each. You can limit
the number of time slots per card to four (4), or multiples of four (4) up to 20. To use the
feature, program the card ID followed by the number of CO lines to be used in groups of four
(4). A group of four (4) is called a cluster.If a card number is programmed without a cluster
number, all COs on that card are active.This feature is useful if data is to be shared with
voice using a CSU/DSU.
1. Select cabinet (Button 17-19).
2. Select slot for PRIB (Button #1-#8).
3. Entercardnumber(08).
4. Enter cluster number (1-5) e.g., 081=PRIB4, 082=PRIB8, 083=PRIB12, etc.
5. Press the reset button on the MPB (make sure switch 8 is off!).
Flash 40–CO line attributes
Enter CO range for the PRIB(s).
Page A, Button #12–Trunk direction (at theHubset the first half of the trunks to incoming
only, at theNode(s)set the second half of the trunks to incoming only) this will prevent
collisions from occurring.
Page B, Button #1–T1/ISDN Signaling type
Enter 5 HOLD for TIE.
Flash 45, Page A–ISDN Programming
Enter PRIB slot number, e.g., for slot 1, enter 11 HOLD.
Button #2–Enter 2 HOLD (PPNI2)
Button #4–Enter 0 HOLD (NT=Hub), 1 HOLD (TE=Node)
Flash 67–Remote Voice Mail Programming
Button #4–VMID–set to4digits
Button #5–Enter valid number (1000-8999) Pilot VM group number of centralized VM.This is
not entered in the system where the voice mail is connected.
NOTE:If flexible numbering is done, be sure to go toFlash 06, Button #15and press HOLD.
(VMID same as station number). 
						

							Quick Start ProcedureC-31
Appendix C - Networking Systems
LCR Programming
When outbound trunks reside in only one system on the network (i.e., Hub), then LCR must
be activated on all systems to allow dialing out. This is accomplished by routing all outgoing
calls over the network and inserting a 9 in front of the number being dialed to access the
main trunk group of the Hub.
LCR Programming(Hub)
Flash 05
Button 7–Enable
LCR programming(Node)
Flash 05
Button 7–Enable
Flash 75
Button 4–Route List Table
Enter 001xx001 HOLD
Enter 011xx001 HOLD
Where xx = Trunk group for PRIB
Button 7–Week ly Schedule Table
Enter 01111 HOLD
Enter 11111 HOLD
Enter 21111 HOLD
Enter 31111 HOLD
Enter 41111 HOLD
Enter 51111 HOLD
Enter 61111 HOLD
Button 5–Enter 0019 HOLD 
						

							C-32Quick Start Procedure
Appendix C - Networking Systems
Call Park Programming
Park zones need to be set up for each system in the network so that calls can be parked and
retrieved from any system. The following is an example of how to set this up for a 2-system
network.
Hub
Flash 52–Flexible numbering
Node
Flash 52–Flexible numbering
You need to divide the park zone locations and allow all systems to dial each other’sparkand
retrieve codes. In this example, the 16 park zones were divided in half.You can only park a
call in the system you are on.
Fixed Flex
430-437 2430-2437 (to park call)
#430-#437 3430-3437 (to retrieve call)
Fixed Flex
430-437 2438-2445 (to park call)
#430-#437 3438-3445 (to retrieve call) 
						

							D
Voice Over the Internet
Protocol
This chapter contains detailed information about Voice Over the Internet Protocol. 
						

							» » » » » » »  NOTES   » » » » » » » 
						

							Product DescriptionD-3
Appendix D - Voice Over the Internet Protocol
Product Description
TheDiscoveryVoice Over the Internet Protocol (VoIP) printed circuit board (PCB) is for use on
Vodavi key service units (KSUs), that includes the Vodavi telephone systems. It provides an
Ethernet interface to connect the KSU to an Internet Protocol (IP) network. The latest in voice
processing protocols and hardware technologies are used to provide the highest quality
voice over an IP network. In addition to supporting a Vodavi KSU, compatible IP phones can
establish calls with theDiscoveryVoIP card, allowing calls to be made to and from the IP
phone.
TheDiscoveryVoIP card allows voice communication to other devices via an IP network such
as an internal Local Area Network (LAN), the Internet, or a Wide Area Network (WAN) using
the Ethernet interface. TheDiscoveryVoIP card employs H.323 Revision 2 fast protocol to
ensure Quality of Service (QoS). This protocol reduces echo, jitter, and latency whether the
voice traffic is travelling via the Internet or a dedicated WAN. The result is a QoS that can be
equal to or better than“Toll Quality”.*
Voice, call transfer, call conference, and DTMF capabilities for Interactive Voice Response (IVR)
and Voice Mail (VM) systems are provided by theDiscoveryVoIP card through the IP network.
By taking advantage of the existing telephony infrastructure, theDiscoveryVoIP card extends
the reach of the KSU to remote and home offices. Bandwidth is allocated only when a call is
established and can be managed through programmable voice encoder standards.
* Assumes high network availability and performance (
						

							D-4Specifications
Appendix D - Voice Over the Internet Protocol
Specifications
TheDiscoveryVoIP card uses Transmission Control Protocol/Internet Protocol (TCP/IP) for
packet delivery over an IP network. Additional standards and protocols are used to provide
DTMF, voice processing, and compression.
TheDiscoveryVoIP card can accommodate up to fourDiscoveryVoIP modules. EachDiscovery
VoIP module provides capability for two ports, resulting in a maximum of eight ports when all
four modules are installed.
Features
The following describes many of the features built into theDiscoveryVoIP card.
On-Board Processor
50 Mhz PowerPC RISC Processor
Protocols