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The Aspire Networking package provides a seamless connection of multiple systems into a single
“virtual” communications system using ISDN (PRI/BRI) and VoIP lines with a uniÞed numbering
plan. The ISDN Networking is only available with the Aspire M/L//XL - Aspire S must use IP
Networking. Aspire Networking will allow many companies to connect their telephone systems so
they appear as one. This will give them the ability to have only one operator to manage the system
and share one voice mail within the network. An extension user in the network can easily dial
another extension or transfer a call within the Aspire Networking System. Calls are passed from
network node to network node using a protocol that contains information about the source of the
call, the type of call and the destination of the call.
Introduction
About Aspire Networking
Introduction
◆
●Centralized Voice Mail
Centralized Voice Mail allows multiple networked systems to share a single voice mail system. This centralized voice mail can receive calls from and transfer calls to any destination in
any network node. Unanswered calls recall and route as if they were part of a single, much
larger system.
●Centralized Operator
Centralized Operator allows multiple networked systems to share a single operator. The operator can be accessed by a single digit code - if the operator is busy your call will automatically
queue until the operator becomes free. The operator can have a DSS console to show the status of users anywhere in the network.
This centralized operator can receive calls from and transfer calls to any destination in any network node. Unanswered calls recall and route as if they were part of a single, much larger system.
●Flexible Network Routing
Use network routes to set up “single channel” networking between many separate systems - or
use multiple networking channels per system for greater network performance. Data tables in
the system program deÞne the routing for each extension in each network node. These tables
are easily customized to meet the requirements of each networking conÞguration.
Users may place an intercom call or transfer a call to any extension at any location by simply
dialing an extension number. The system analyses each extension number received and determines how to route the call to its Þnal destination. The feature that handles this route selection
is called Flexible Routing (F-Routing). Once an extension number is dialed, the system
checks the routing, accesses the assigned trunk group and places the call. Each extension is
assigned a route or routes that decides which trunk group to access and any modiÞed dialed
data if required.
Networking
1
Introduction
About Aspire Networking
●Busy Lamp Indication
The status of an extension will be shown at a Hotline key/DSS Console on another networked
system. This allows a Centralized Operator to have lamp indication of extensions in the network or an extension user to have a Hotline key for a co-worker on another system.
●Call Forwarding
You can forward your calls to an extension at another networked extension. If you visit
another site within your network but forgot to set a call forward. then use Follow Me to have
your calls forwarded to you. Follow Me is also useful if you have an Aspire Wireless handset.
If your handset is subscribed at the site you are visiting then you can use Follow Me to have
your calls forwarded to your Aspire Wireless handset.
●Conference
An extension can have a conference call that includes co-workers at another system within the
network.
●Direct Inward Dial (DID)
A DID call can be routed to any extension within the network. This allows an extension to
receive a DID call from any other system in the network. Along with trunk access, it is possible for an extension on a system that has no trunk lines to use the trunks of another system in
the network.
●ARS/Flexible Network Routing
Use network routes to set up “single channel” networking between many separate systems - or
use multiple networking channels per system for greater network performance. Data tables in
the system program deÞne the routing for each extension in each network node. These tables
are easily customized to meet the requirements of each networking conÞguration.
Users may place an intercom call or transfer a call to any extension at any location by simply
dialing an extension number. The system analyzes each extension number received and determines how to route the call to its Þnal destination. There are two types of programming which
can handle this route selection - ARS and Flexible Routing (F-Routing). Up to 48 routes are
available for networking. Once an extension number is dialed, the system checks the routing,
accesses the assigned trunk group and places the call. Each extension is assigned a route or
routes that decides which trunk group to access and any modiÞed dialed data if required.
●Paging
Networking allows a user to place a Paging call to a networked system. If you need to get
through to a co-worker who is not at their desk, a page can be made to their system.
●Trunk Access
An extension can access a trunk line at another system in the network. The user dials the standard trunk access code and the system will automatically route the call to the system that has
trunks connected.
2 ◆Networking
Aspire Requirements
There are two methods available for Networking connections as shown in following table.
InterfaceDescriptionComments
Introduction
About Aspire Networking
ISDN
(PRI ISDN
available with
Aspire M/L/
XL Only)
VoIPUsing H.323 protocol for voice
Using Q.931-based proprietary
protocol, Basic Rate Interface
and Primary Rate Interfaces are
available.
transmit protocol.
•A PRIU or BRIU PCB is required for each
network connection.
•A minimum version of Þrmware is required
for the ISDN PCB.
BRIU PCB - Firmware 2.6
PRIU PCB - Firmware 2.0
•Using ISDN Networking the system provides
up to 256 B-channel ports which can be used
for Networking.
•A PRIU circuit will take 24 ports and each
BRI circuit will take 2 ports.
•These ISDN Networking ports are independent of the trunk and station ports available
on the system.
•A VOIPU PCB is required, as well as an
ethernet connection to the NTCPU.
•No speciÞc Þrmware version required.
•Using IP Networking the maximum quantity
of simultaneous calls is limited by the availability of resources on the VOIPU PCB’s
installed. A maximum of sixteen 16VOIPU
PCB’s can be installed each with a 16 port
expansion daughter card giving a maximum
of 512 speech channels (this number depends
on the system and the NTCPU type).
•The maximum quantity of calls may also be
reduced by the compression mode (CODEC
type) of the VOIPU PCBs, this is selectable
by the installer in Program 84-12-28. Refer
to the Aspire IP Manual for further detail.
Aspire S Requirements
●IP Networking is supported by the Aspire S KSU.
●An ENTU LAN Connection PCB is required with the VOIPU PCB. The system will not start
up if the ENTU is not installed.
●A VOIPU PCB with an ethernet connection to the ENTU PCB is required for connection.
Aspire NTCPU Requirements
●Networking is not supported on the 64-port Basic NTCPU (P/N 0891002).
●A Feature Upgrade PAL chip (P/N 0891039) is required for the Basic NTCPU or an Enhanced
NTCPU (P/N 0891038) can be used to enable Networking.
●A PRIU (Þrmware 2.0 or higher), BRIU (Þrmware 2.6 or higher), or VOIPU PCB with an eth-
ernet connection to the NTCPU is required for connection.
Networking◆ 3
Introduction
About Aspire Networking
Networking Software Levels
It is advisable to have compatible levels of Aspire software installed on all systems within the Network. Although the basic Networking operation will operate correctly, there could be problems
with features that are only available from a given level of software.
Aspire Software V2.01
●Two Aspire systems can be installed in the network.
●Networked Park Hold should not be used.
Aspire Software V2.5x
●More than two Aspire systems can be installed in the network.
The networked systems can use a combination of PRI, BRI or VoIP PCBs. Refer to
Networking Using Mixed PCBs (PRI, BRI or VoIP) (page 4).
●For Networks with more than 10 systems.
●Networked Park Hold should not be used.
How Many Aspires can be Installed in a Single Network?
The Aspire system software version 2.5x allows you to install up to 10 Aspires within the network.
With software prior to version 2.5x, you should not install more than two systems in a network.
All systems must have either the 64-port NTCPU with Feature Upgrade PAL (P/N 0891002 and
0891039) or the Enhanced NTCPU (P/N 0891038) installed and version 2.5x software or later is
recommended.
Refer to Multi-Site Networking in this manual for information on installing more than two Aspire
systems in a network.
Networking Using Mixed PCBs (PRI, BRI or VoIP)
A network can consist of a combination of VOIPU, PRI and BRI PCBs. In order to create a network
using mixed media, you must keep a direct connection between the systems. IP resources will
receive priority over ISDN resources in a mixed media network. Refer to the following mixed
media examples:
Networking via IP and ISDN (as a backup for extra resources)
This connection will work because each system is connected via the VOIPU and PRI/
BRI PCBs. The IP resources will get priority. The PRI resources will be selected when the
IP resources are in use or unavailable.
Hub
VOIPU
VOIPU
PRIPRI
CSU
Aspire A
4 ◆Networking
Aspire B
Multi-Site Networking via IP and ISDN
This connection will NOT work because System C cannot access System A.
Introduction
About Aspire Networking
Hub
VOIPU
Aspire A
Multi-Site Networking via IP and ISDN
This connection will work as all systems are inter-connected. The IP resources will get
priority when System A accesses System B. When System A access System C, a PRI
resource will be used. In this setup, System A and System B must each have 1 VOIPU and
2 PRIU PCBs. System C must have 2 PRIU PCBs.
Aspire C
Hub
VOIPU
Aspire B
PRI/BRI
PRI/BRI
CSU
VOIPU
PRIPRI
CSU
Aspire A
PRI
CSU
Networking◆ 5
PRI
Aspire C
VOIPU
Aspire B
PRI
PRI
CSU
Introduction
Available Features
Available Features
Available Features
911 Call Routing : Using ARS Class of Service Matching to Call Local
Authorities (page 39)
ARS/F-Route (page 40)
Barge In (page 47)BLF Indication (at Hotline / DSS Console key) - refer to Hotline / Direct
Station Selection (DSS) (page 72)
Call Forwarding / Do Not Disturb Override (page 50)
Caller ID Display (page 56)
Call Forwarding (page 48):
Immediately
Busy
No Answer
Both Ring
Call Forwarding with Follow Me (page 52)
Call Forward, Off-Premise (page 51)
Call Waiting / Camp On (page 53)
Callback (page 54)
Central OfÞce Calls, Placing: Seizing a trunk in a networked system
(page 57)
Channel Release Link (page 59)
Conference (page 60)
Department Calling (page 62)
Department Step Call (page 64)
Direct Inward Dialing (DID) (page 65)
Direct Inward Line (DIL) (page 66)
Direct Inward System Access (DISA) (page 67)
Fax Over Networking (page 69)
Hold (page 71)
Hotline / Direct Station Selection (DSS) (page 72)
Intercom (page 74): Change Voice/Signal Ring
Keep Alive Operation (page 75)
Last Number Redial (page 76)
Message Waiting (page 77)
Operator, Centralized (page 78)
Paging (page 79)
Park (page 81)
Ringdown Extension, Internal/External (page 83)
This section guides you step by step in setting up a basic Networking system. You'll learn how
to:
● Program the Aspire system for Networking
● Program the Aspire system for Networking with Voice Mail
● Set Up the Voice Mail for Networking
●Section 2: Features
This section provides details on system features and how they work with a networked system.
●Section 3: Programming Basics
This section describes the programming basics for the Aspire phone system.
Telephone Programming Instructions shows you how to enter the program’s data into sys-
tem memory. For example:
1.Enter the programming mode.
2.15-07-01
15-07-01 TEL301
KY01 = *01
←←←← →→
→→
tells you to enter the programming mode, dial 150701 from the telephone dial pad. After you
do, you’ll see the message “15-07-01 TEL301” on the Þrst line of the telephone display. This
indicates the program number (15-07), item number (01), and that the options are being set for
extension 301. The second row of the display “KY01 = *01” indicates that Key 01 is being
programmed with the entry of *01. The third row allows you to move the cursor to the left or
right, depending on which arrow is pressed. To learn how to enter the programming mode, see
How to Enter the Programming Mode (page 102).
●Appendix: Examples of Aspire Networking ConÞgurations
This section shows diagrams and simple programming instructions for Aspire Networking.
8 ◆Networking
Unique Considerations
◆ Read These Notes ◆
Simplifying Keyset Operation with One-Touch Keys...
A system phone user can access many features through Service Codes (e.g., Service Code *0
answers a Message Waiting from a co-worker). To streamline the operation of their phone, a keyset
user can store these codes under One-Touch Keys. This provides one-button operation for almost
any feature. To Þnd out more, read the One-Touch Calling feature in your Software Manual.
Programmable Keys...
When reading an instruction using programmable keys, you will see a notation similar to (PGM 1507 or SC 851: 06). This means that the key requires function code 06, and you can program this
code through Program 15-07 or by dialing Service Code 851. Refer to the Programmable Function
Keys feature in your Software Manual if you need more information.
Using Handsfree...
The manual assumes each extension has Automatic Handsfree. This lets a user just press a line key
or CALL key to answer or place a call. For extensions without Automatic Handsfree, the user must:
Lift the handset or press SPK for Intercom dial tone.
Lift the handset or press SPK, then press a line key for trunk dial tone.
Introduction
About This Manual
Networking◆ 9
Introduction
About This Manual
- For Your Notes -
10 ◆Networking
Setting Up The Networking Feature
Required System Programming
Setting Up The Networking Feature
Required System Programming
Section 1
Setting Up
The Networking Feature
Basic System Programming
The selection of an ISDN PRI, BRI, or VoIP PCB determines the type of programming you must do
on the Aspire. Refer to the ISDN Networking, VoIP Networking, or Multi-Site Networking section
which follows. You can also refer to the examples in the Appendix (page 237).
In addition to the programs detailed in this manual for the Networking feature, be sure to refer to
the Aspire Software Manual (P/N 0893200) for complete details on programming the ISDN or VoIP
features, as well as any other user features.
Networking◆ 11
Setting Up The Networking Feature
ISDN Networking
ISDN Networking
ISDN Networking
Refer to Appendix (page 237) for an example of setting up a network using ISDN or
IP connections.
ISDN Networking is only available for the Aspire M/L/XL system. In addition, the
NTCPU must have a Feature Upgrade or Enhanced PAL chip installed.
Using Q.931-based proprietary protocol, Basic Rate Interface and Primary Rate Interfaces are
available for networking Aspire systems. PRI ISDN available with Aspire M/L/XL only. Using
ISDN Networking, the system provides up to 256 B-channel ports which can be used for Networking. One PRIU or BRIU PCB is required for connection to each networked system. A minimum
version of Þrmware is required for the ISDN PCB.
BRIU PCB - Firmware 2.6
PRIU PCB - Firmware 2.0
A PRIU circuit will take 24 ports and each BRI circuit will take 2 ports. These ISDN Networking
ports are independent of the trunk and station ports available on the system.
Telco Requirements
BRI
●Peer-to-Peer
●U-Point to Telco
●NI1/NI2 (National Standard 1 and 2) Compliant
●The system provides compatibility with ISDN Basic Rate (BRI) services, including:
· Basic BRI Call Control (BCC)
· Point-to-Point BRI Terminal Connection (no daisy-chaining)
· Capacity of 96 BRI circuits and 192 BRI channels
PRI
●ESF/B8ZS
●DID (routes on the last 8 digits)
●Yield to Glare Customer Side
●Outbound Caller ID Number
●Inbound Caller ID Name and Number (as provided by the telco)
●NI1/NI2 (National Standard 1 and 2) Compliant
●FAS (Facility Associated Signaling) - D-channel resides on PRI
PRI Networking With Two Local Voice Mails, Masters Must Have Different
Numbering
When programming a PRI network with each system having their own local voice mail, the master
numbers for the voice mails must be deÞned in different series in Program 11-01. The second digit
of the extension number can not be the same. For example, 700 and 701 will not work, however 700
and 710 can be used.
Ring Groups
Ring groups are NOT shared between networked systems. The only way you can ring a phone in
Site A and Site B at the same time is to DIL a trunk to an extension or a virtual extension at Site B
and program Call Forward Both Ring to an extension or virtual extension at Site A.
12 ◆Networking
Programming
Also refer to the Numbering Plan (page 32) feature for additional
required programming.
➻
10-03-01 : PCB Setup - ISDN Line Mode
Determine the line mode of the ISDN. If Basic Rate Interface (BRI) is chosen, the setting
must be done for each line. The settings must match in all networked systems. The following
entries are acceptable for Networking.
Setting Up The Networking Feature
ISDN Networking
ISDN Line Number01-08
Item
No.
01ISDN Line Mode3 = Network Mode (Leased Line)
A PRIU PCB will provide up to 24 channels - the BRIU PCB will provide 2 channels. Pro-
gram 10-32-01 can limit the quantity of channels available for PRIU interfaces.
The installation of each mode is shown in the following diagrams.
The connection type should be changed if Basic Rate Interface (BRI) is used. Only Point-to-
Point connection (1) is available for system interconnection.
ISDN Line Number01-08
Item
No.
03Connection Type0 = Point-to-Multipoint (not available for
ItemInput DataDefault
Networking)
1 = Point-to-Point
0
Example:
System – ASystem – B
1: Point-to-Point1: Point-to-Point
➻ 10-03-10 : PCB Setup - Master/Slave System
Determine which system will be the master system and which one(s) will be the slave sys-
tem(s). If one system is set as the Master, all the other systems must be set as the Slave. The
choice of Master/Slave is determined by the ISDN clock available at the Aspire. With a direct
connection: Master = S-Point, Slave = T-Point. With a telco connection: Master = T-Point,
Slave = T-Point. See the Appendix (page 237) for further detail.
ISDN Line Number01-08
Item
No.
10Master/Slave System
(Network Mode Only)
Example:
System – ASystem – B
1: Master2: Slave
ItemInput DataDefault
0- Slave System
1- Master System
0
14 ◆Networking
Setting Up The Networking Feature
ISDN Networking
➻ 10-03-11 : PCB Setup - Networking System Number
The Networking ID is used to select the access route for dialed digits. You can choose any
number 0 to 50 (0 equals no operation). This ID is used when setting the numbering plan for
the networked systems. The same ID number must be set in both 10-03-11 and 11-01. Refer to
Numbering Plan (page 32) for more on the numbering plan settings.
ISDN Line Number01-08
Item
No.
10Networking System Number
(Network Mode Only)
Example:
System – ASystem – B
Networking ID: 1Networking ID: 1
ItemInput DataDefault
0-500
➻ 10-32-01 : PRI Networking Channel Limitation
With software 2.09 or higher, this program can be used to assign the number of B-channels to
be used for each ISDN PCB. This allows for fractional PRIs when used with multiple site net-
working. If this program is limited to less than "23" on one side of the network, then it also
limits both inbound and outbound network calls. This also applies on the other side of the net-
work as well.
(Default: Slots 1-16 = 23, Entries: 1-23)
➻ 11-02-01 : Extension Numbering
Assign the extension numbers to the ports. The extension number can be up to eight digits
long. The Þrst/second digit(s) of the number should be assigned in Program 11-01. This lets
an employee move to a new location (port) and retain the same extension number.
Networking◆ 15
Setting Up The Networking Feature
IP Networking
IP Networking
Voice Over IP Networking
CAUTION
As with any Voice Over IP (VoIP) implementation, there are several issues that should be
considered when setting up IP Networking on the Aspire.
These issues are discussed in detail in the Aspire Voice Over IP Manual. Please refer to
this before installing IP Networking.
Refer to Appendix (page 237) for an example of setting up a network using ISDN or
IP connections.
Using H.323 protocol for voice transmit protocol, it is possible to network Aspire systems. VoIP
can be used to network the Aspire S, M, L, and XL systems.
●Using IP Networking the maximum quantity of simultaneous calls is limited by the availabil-
ity of resources on the VOIPU PCB’s installed. A maximum of sixteen 16VOIPU PCB’s can
be installed each with a 16 port expansion daughter card giving a maximum of 512 speech
channels (this number depends on the system and the NTCPU type).
●The maximum quantity of calls may also be reduced by the compression mode (CODEC type)
of the VOIPU PCB’s, this is selectable by the installer in Program 84-12-28. Refer to the
Aspire Software Manual (P/N 0893200) for further details.
When using IP Networking, keep the following items in mind:
●In order to keep the audio quality, prevent sending and receiving unnecessary packets by:
● not using a repeater hub with the Aspire system.
● turning off the Spanning Tree feature, if possible.
●Disable the SIP NAPT router in Program 10-12-06 (set to 0) to prevent the IP address from
being changed by any other equipment.
●Use equipment which provides an Auto-Negotiation feature, if possible.
●The UPnP feature is not guaranteed to work with the Aspire system.
●In order to use the Networking feature, the Aspire M/L/XL NTCPU must have a Feature
Upgrade or Enhanced PAL chip installed. The Aspire S requires the ENTU LAN card in order
to use VoIP PCBs.
●IP addresses are required for each site’s NTCPU, VoIP cards in each site, and the default gate-
way (inside IP address) from each site’s routers.
Ring Groups
Ring groups are NOT shared between networked systems. The only way you can ring a phone in
Site B and Site A at the same time is to DIL a trunk to an extension or a virtual extension at Site B
and program Call Forward Both Ring to an extension or virtual extension at Site A.
16 ◆Networking
Setting Up The Networking Feature
IP Networking
In-Band/Out-of-Band DTMF Signaling
In-band signaling is the way to send DTMF tone just as audio (in band of the RTP packet). There is
no other message sent to the far end for the DTMF digits. Therefore, if this is used with G.729 protocol, the DTMF tone will not be received properly. At the level G.729 compresses the audio, it
affects the actual DTMF tone and it can not be interpreted by the far end. This is by the design of
VoIP and there is no way to correct it.
Out-of-band signaling sends a special message to the far end for the DTMF digits (out of band of
the RTP packet). The actual DTMF audio will be muted. There are two signaling types - RFC2833
and H.245. Both signaling types should work on every protocol (G.729, G.711, etc.).
Aspire software version 2.63 and higher supports out-of-band signaling, allowing DTMF digits to
be sent when using G.729 protocol. However, in-band signaling on G.729 will never work on any
phone system unless the deÞned compression rate is changed.
To enable the out-of-band signal function, you must have software 2.63 or higher, change Program 84-12-31 : H.323 Phone CODEC Information Setup - DTMF Relay Mode to RFC2833 (an
entry of "1"), and change 84-06-10 : VOIPU Setup - DTMF Behavior for the card slot of the VoIP
card to out of band (an entry of "2"). If these options are not set, DTMF tones will not be sent
across the network. This will affect voice mail as well as any other device requiring DTMF.
Call Transfer to i-Series System Via VoIP Connection
When an Aspire system is connected via a VoIP connection to an i-Series system in a tie-line type
setup, in order to transfer calls from the Aspire system to the i-Series, in addition to the VoIP programming, set up the Flexible Routing Tables as follows:
● Program 44-05-01 : ARS/F-Route Table ; Table Number 1 = 9 (Trunk Group for Aspire
VoIP Trunk)
● Program 10-23-02 : H.323 System Interconnection, IP Address ; System Number 3 =
172.16.9.10 (IP Address for i-Series System)
● Program 10-23-04 : H.323 System Interconnection, Alias Address ; System Number 3
= 4 (For Dial 4 Calls)
With this programming, the Aspire system will wait for the Trunk Interdigit Timer to expire before
dialing out after an i-Series extension (4xxx) is dialed.
If the F-Routing is set up with Program 44-05-01; Table Number 1 set to 103 (Networking) and
Program 10-27-01; System ID 3 = 172.16.9.10 (IP Address for i-Series), though the
i-Series system will be able to transfer calls to the Aspire, the Aspire system will not be able to
transfer to the i -Series.
Explanation of Routing for IP Networking
When a user places a call to a remote extension number the dialled digits are checked against the
Numbering Scheme in Program 11-01. This will provide the Node ID number of the route to the
remote system.
The Aspire will then Þnd the destination IP Address by searching Program 10-27 for the destination
IP Address for the given Node ID number.
Networking◆ 17
Setting Up The Networking Feature
IP Networking
Quantity of Voice Paths Available
The quantity of voice calls that can be made at any one time are dependent on various factors.
●VOIPU Resource - A free VOIPU resource must be available at each Aspire system.
●Program 10-19 : The mode of each VOIPU resource can be conÞgured, modes 0 (ICM/Trunk)
or 3 (NTW) can be used by Aspire Networking calls.
●IP Network Bandwidth Restrictions - These limitations are beyond the scope of the Aspire. If
there is not enough bandwidth available the call can not be maintained.
VOIPU PCB IP Address Options
A static IP address can be assigned to the VOIPU PCB. The IP address can also be assigned by
DHCP by setting Program 84-04-01.
18 ◆Networking
Setting Up The Networking Feature
Programming
Also refer to the Numbering Plan (page 32) feature for additional
required programming.
➻
10-12-01 : NTCPU Network Setup - IP Address
Select the IP address of the NTCPU (default: 172.16.0.10). A static IP address is required by
the NTCPU. Each Aspire system in the network must have a unique IP address. The system
must be reset in order for the change to take effect.
➻ 10-12-02 : NTCPU Network Setup - Subnet Mask
Select the Subnet Mask to be used by the IP server (default: 255.255.0.0).
IP Networking
Item
No.
01NTCPU
02NTCPU
ItemInput DataDefaultConditions
IP Address
Subnet
Mask
1.0.0.1 - 126.255.255.254
128.1.0.1 -191.254.255.254
192.0.1.1 - 223.255.254.254
128.0.0.0
240.0.0.0
254.0.0.0
255.192.0.0
255.252.0.0
255.255.128.0
255.255.248.0
255.255.255.0
255.255.255.224
255.255.255.252
Example:
192.0.0.0
248.0.0.0
255.0.0.0
255.224.0.0
255.254.0.0
255.255.192.0
255.255.252.0
255.255.255.128
255.255.255.240
255.255.255.254
System – ASystem – B
IP Address: 172.16.0.10IP Address: 172.16.0.11
224.0.0.0
252.0.0.0
255.128.0.0
255.248.0.0
255.255.0.0
255.255.224.0
255.255.254.0
255.255.255.192
255.255.255.248
255.255.255.255
172.16.0.10
255.255.0.0The setting of SubnetMask is mistaken when
all Host Address are 0.
If the network section
is:
0,
127
128.0
191.255
192.0.0
223.255.255
The setting of SubnetMask is mistaken.
Subnet Mask: 255.255.0.0Subnet Mask: 255.255.0.0
➻ 10-20-01 : LAN Setup for External Equipment - TCP Port
DeÞne the TCP port number for communicating to external equipment. The port number
deÞned should be the same in each networked system.
Type of external equipment1- CTI Server
2- ACD MIS
3- - Reserve 4- Network Listener
5- SMDR
6- DIM Access
Networking◆ 19
Setting Up The Networking Feature
IP Networking
Item
No.
01TCP Port / Network
Listener
Example:
External Equipment: 4External Equipment: 4
ItemInput DataDefault
0-65535External Device 1 = 0
External Device 2 = 0
External Device 3 = 0
External Device 4 = 30000
External Device 5 = 0
External Device 6 = 0
System – ASystem – B
Port: 30000Port: 30000
➻ 10-23-xx : H.323 System Interconnection
deÞne the IP address of another system, call control port number and alias address for Aspire system inter-connection. This program is activated when Program 10-17-01 and 10-18 are registered.
Depending on your system software, the system allows for up to 50 or 1000 systems to be registered.
System Number0001-1000
Item
No.
01System Interconnection0 = No
02IP address1.0.0.1_126.255.255.254
03Call Control Port1-655351720Activated
04Alias Address
If Program 10-28-04 is
used, its entry must be
numeric as 10-23-04 does
not permit text entry - only
numeric entries.
ItemInput DataDefault
0
1 = Yes
0.0.0.0Activated
128.1.0.1 _191.254.255.254
192.0.1.1 _223.255.254.254
Max 12 addressesNo SettingActivated
Related
Program
when
10-23-01=1
when
10-23-01=1
when
10-23-01=1
10-28-04
20 ◆Networking
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