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Frequently asked Questions about our Products and Solutions |
This area is designed to help you. If you don't find the answer to your
question, please call us with your question on +44
(0) 1992 560487 or from the US on +1 (408) 819-9344 or click
here to have your question answered by email.
General CTi FAQs
Telephone
System Compatibility FAQs
*Note - As this section has been copied by other companies who are too
lazy to do their own research, we will not be adding to the information
provided. Please contact us for telephone system compatibility information.
Most modern telephone systems support computer telephony integration by
using one or both of two methods - first party and third party. One method is
not better than another. The choice between methods should be purely down to
user numbers and hardware considerations. You can screen pop a transferred call
with first party and third party though the delivery of the CallerID
information under all situations is a function of the Tapi driver supplied by
the telephone system manufacturer and may vary according to call origination.
There are various APIs (Application Programming Interface) that have
been developed, the most common of which is called Microsoft TAPI - this is the
API that our products use. There is also Novell/AT&T TSAPI, IBM CallPath, Dialogic CT Connect, JTAPI and others. We can
integrate with all of these APIs if required - contact us for more details.
Your telephone system supplier should be able to tell you if your
telephone system can be made to support Tapi, although sometimes they are not
aware of all the techniques possible.
For screen popping there are three elements required.
1. CallerID needs to be sent from the local
telephone company to you. They sometimes make a small charge for this.
2. Your telephone system / device must be able to read this information.
3. Your telephone system / device must be able to pass this information to a
computer (or computer network) using Tapi.
The telephone systems that we have tested with our products,
are listed below. If your telephone system is not listed, don't despair - we
may still be able to help you - contact us for more details.
3COM NBX
3COM Professional Message Modem
Aastra Telecom Intelligate
Agfeo
Alcatel 4200 / 4400
Alcatel OmniPCX
Altigen
Artisoft Televantage
Ascom Ascotel
Aspect Contact Server
Aspect Telephony Server
Asterisk Open Source PBX
Avaya Argent Office/Branch
Avaya Cybergear Gold
Avaya Definity
Avaya Eurogeneris
Avaya Index
Avaya Interaction Center
Avaya IP Office
Avaya Merlin Legend/Magix
Bosch Telecom Integral
Bosch Telecom I33X/I33XE
BT Fusion
British Telecom - see Nortel,Avaya
etc.
Cisco Avvid
Cisco Call Manager
Cisco IPCC
Citel PCPhone
Comdial DXP/DXP Plus/FX II
Cortelco
Datavoice DHARMA 1000
DELCO ACD
DeTeWe Opencom
Dialogic CTConnect
DMS 100/SL-100
EADS Telecom M6500 IP
EADS Telecom Succession 6500
ECI Telecom Coral
Eclipse
Elmeg
eON Communications
Ericsson ACP1000
Ericsson MD110
Ericsson BP250
ESI-Estech IVX
FacetCorp FacetPhone
Goldstar
Hayes
Huawei C&C08-Q
Inforex-M150
Inforex-M10
Inforex-IM(II)
Intecom
Inter-Tel Axxess
inVade
Iwatsu
LG GDK
LGIC STAREX ACS
Lucent - See Avaya
MATRACOM 7500
Miratel Dataphone
Mitel SX-2000
Mitel SX-2000 Lite
Mitel SX-200
Mitel Ipera
NEC Apex 7600
NEC Aspire
NEC Infrontia
NEC IVS
NEC Electra Elite
NEC NEAX 2400/7400
NEC NEAX 2400 IMS Series
Nexus
Nitsuko
Nortel BCM
Nortel DMS-100/SL-100
Nortel Enterprise Edge
Nortel Meridian 1
Nortel Norstar
Nortel Symposium
Pace
Panasonic DBS
Panasonic KXTD
Philips Sopho iS3000
Picazo Dash
QuesCom
Rolm 9751
Rockwell Galaxy
Rockwell Spectrum
Samsung DCS
Samsung Inforex M150/110 IM(II)
SDX - See Avaya
Shoreline Communications
Siemens HiCom 150E
Siemens HiCom 300/300E
Siemens HiPath
Siemens Realitis
Siemens Rolm 9751
Siemens ISDX
Siemens GPT (Plessey)
SOX
Splicecom Maximiser
Sprint Protegel
Sureline
SWYX
Tadiran Coral
Teleste
Telrad
Tenovis Integral
Tenovis I33X/I33XE
Tevitel
Tie Onyx
Tone Commander
Toshiba DK
Toshiba Strata CS
TSC
Vertical Networks
Vodavi
Way2Call Hi-Phone Desktop
Zultys MX250
Please note that we are not recommending telephone systems listed over others
not listed.
First Party Tapi - This involves a direct physical connection between
the workstation computer and the telephony device. A driver (called a TSP)
needs to be installed and configured on the workstation. This connection carries
information about the status of the handset and call related information such
as CallerID (CLI / ANI) and DDI (MSN / DNIS) from the
telephony device to the workstation and commands such as dial and hang up from
the workstation to the telephony device. This is often a serial cable connected
to the handset but can also be a PC expansion card, USB or IP connection or a
virtual phone.
The advantage of First Party Tapi is that you can enable a small number of
users with an independent cost and therefore Tapi can be implemented as budgets
permit and as returns on initial investment have been proven. First Party Tapi
also has the advantage that should the hardware fail, only one workstation will
be affected.
Third Party Tapi - This involves a logical network connection between the
workstation computer and the telephony device and a physical connection between
the telephone system and PC network, sometimes via a telephony server. This
physical connection carries information about the status of ALL the telephony devices
connected to the telephone system. Each workstation is assigned to the
appropriate telephony device(s) to control. Again a driver (called a TSP) needs
to be installed and configured on the workstation or server. Information about
the status of the telephony device and call related information such as CallerID (ANI / CLI) and DDI (MSN / DNIS) is passed from
the telephone system via the network to the workstation and commands such as
dial and hang up are passed from the workstation via the network to the
telephone system.
The advantage of Third Party Tapi is that the marginal cost of increasing the
enabled number of users is negligible once the hardware has been purchased and
installed. Contrary to uninformed opinion, if properly implemented, Third Party
Tapi will not slow down the network significantly nor bring down the telephone
system if a server fails.
Functionally there should be no difference, between third party and
first party Tapi. You should not need third party Tapi to do "screen
data" transfer. The decision on which technology to implement (e.g. if
your telephone system supports both 1st and 3rd party) should be based on
hardware considerations and cost per user as outlined above.
If you have a standard domestic-style telephone line and you wish to use
any of our telephony products, you might possibly consider a Microsoft TAPI
compliant modem - but those devices are now very old technology and do not
provide the kind of speed, efficiency, and reliability we take for granted and
have come to expect even with domestic telephone calls, let alone for business
telephone use. Consulting a VOIP service provider would probably be a much more
realistic option.
More sophisticated solutions are also available for single users with ISDN
lines - contact us for more details.
The connection between the computer and the telephone is dependent on
the telephone system/device being used. Our products use a technology called
TAPI which is a Microsoft Standard for telephony and call control. The products
communicate with any properly installed telephony driver (TSP) on the computer
in the same way that a word processing application communicates with a printer
driver. A printer can be connected to the serial port, parallel port or USB
port, it can be attached to a print queue on a server, direct over IP, via a JetDirect card etc. etc. The word processing application
does not need to know where the device is, it relies on the printer
manufacturer's driver to handle the physical elements of the solution. This is
the same for Tapi applications, in theory at least.
Sometimes, a USB or serial connection from the PC to the handset is the
way that first party Tapi solutions are set up. Usually a serial or USB
connection from a server to the telephone system is the way that third party
Tapi solutions are setup, but there are more and more systems that connect the
server to the telephone system over IP through an ethernet
port on the telephone system.
With years of experience working with telephone systems from all the
major telephony manufacturers, we are usually aware of the hardware options on
each system. If your telephone system maintainer is not knowledgeable in this
technology, please contact us for assistance.
Our products are supported on the following Windows operating systems -
Windows 8®, Windows 7®, Windows XP®,
Windows 2000®, Windows NT4®, and even older versions of Windows ME/98/95®. GoldMine®
compatibility on these platforms varies with the GoldMine® version and the specific operating system and should
therefore be confirmed with FrontRange Solutions.
Our products support all versions of Tapi driver from Tapi 1.3 to Tapi
3.0. The operating system must support Tapi 1.4 or higher.
Our products support ALL versions of GoldMine® – GoldMine®
2014, GoldMine® 2013,
GoldMine® 9.x, GoldMine® 8.x, GoldMine®
7.x, GoldMine® 6.x, GoldMine® 5.x. Whilst our products will work with GoldMine® 4.0, we no longer support this platform (neither does
FrontRange Solutions). Our products support all
versions of Heat® 6.x (6.0 and
6.4) and Heat® 7.x both
standalone and combined with GoldMine®.
A predictive dialer is a server based dialer system that is designed for
groups of users making calls of the same nature to large quantities of
prospects. The predictive dialer creates calls on the server, waits for the
outcome of the dial and then transfers the call to an agent when it detects
that it is connected to a live person. This results in
an unpleasant silence and delay for the call recipient. Once initialized, the
dialer "predicts" when an agent is becoming available and dials in
advance. This results in the possibility of the call being abruptly dropped
because no agent is available. A predictive dialer has an entry point cost of
approximately USD20,000.00 and requires expensive
proprietary telephony cards that need to be installed in the server.
See our take on the recent legislation
changes in California
A power dialer is a workstation-based dialer system that is designed for
individual users and teams as a productivity tool for working through short and
long call lists, possibly with calls of varying types. The power dialer creates
calls at the workstation and waits for the outcome of the dial. It drops busy
and unobtainable numbers and waits for the recipient to answer until a timeout
is reached. If there is no answer it drops the call and dials the next. When
the call is connected it raises the complete call dialog box for the agent to
complete. As soon as the call is terminated, the next call in the list is
automatically dialed - until the end of the list is reached. Power Dialer for
GoldMine® has an entry point cost of
approximately USD319.00 and uses standard technologies to control telephony
devices.
You may be considering a modem. Please see item 5 below.
Yes, Power Dialer for GoldMine® is
fully "Sync Aware" and will provide an ideal platform to capitalise on the benefits that home-working telemarketing
teams can bring. Call lists can be created centrally and synchronized out to
remote agents. Reporting tools within GoldMine®
can analyse agent performance and, if appropriate,
calculate agent sales commission etc.
Each user's call list needs to be self contained,
however Call Reallocator for GoldMine® is a tool designed for managing shared call lists and
allocating groups of calls to users for completion according to current
workload. For more information click on the link below.
Call Reallocator for
GoldMine®
The functionality of Call Reallocator has now
been built into Power Dialer such that the Call list can be automatically
topped up when the number of calls drops below a certain level and the end of a
batch of calls is reached.
Since most modems are Tapi compliant, they will appear in the device
selection window of Power Dialer for GoldMine®
and will dial calls. If the modem has a microphone and speaker port for
attachment of a headset then there is a good chance that the device will work
to a certain extent with Power Dialer. However, if the modem is daisy-chained
with a handset, the device will certainly not work very well.
In order to work optimally the Tapi driver needs to update and inform
Power Dialer on the progress of a call. Because the modem needs to drop out of
a conversation so that the user and the call recipient have a clear line, Power
Dialer does not know when a call is finished and needs to rely on the user to
inform Power Dialer when they are ready for the next call. Consequently quite a
considerable number of powerful features and productivity benefits are
completely lost.
Performance can also vary from one modem to another, and modems are of
course very old technology, we would therefore recommend more efficient and
more modern alternatives such as VOIP.
Yes, Tapi Link will search the three standard telephone numbers at the
top of the contact record (Phone1,Phone2 and Phone3)
as well as all numbers in the contacts tab
By default, Tapi Link will display the Incoming Call dialog box with
"Unknown". You are given the option to either "Ignore" the
screen pop, "Create New" contact record or "Add Additional"
to the current contact record in GoldMine®.
You have the choice to do either on each of the PCs. You simply specify
your choice in the Setup Tapi Link for GoldMine®
dialog box.
Some users prefer to see the details of all callers in the Incoming Call Pop-Up
screen and auto-hide the screen if the call is answered by someone else. Other
users prefer to wait until the call is answered before bringing up the Incoming
Call Pop-Up Screen.
Telephone system manufacturers that bundle integration to GoldMine® (as well as other contact managers) with their
telephony devices are looking to provide "tick in the box"
integration. In other words if a prospective purchaser of their telephone
system asks "Will it work with GoldMine®?", the answer would be Yes. In practice the integration
relies on a simple DDE call that on larger systems will cause GoldMine® to crash and on smaller systems is impractical to
use. It only searches Phone1, often screen pops internal callers and has no
facility to bring up complete call dialog boxes on outgoing or incoming calls.
Tapi Link is DESIGNED for GoldMine®
users to integrate with telephony. It has been developed with years of user
feedback that has resulted in a product that is fast, practical and provides
real user benefits.
The delivery of a screen pop to an agent's screen when the call is
transferred from another extension is fully supported by Tapi Link. However, in
order to function correctly, the Tapi driver provided by the telephone system
manufacturer needs to pass the CallerID when a call
is transferred.
Tapi Link is fully compatible with Windows Terminal Services though does
require some extra configuration. You will, however, need to check that the
Tapi driver provided by the telephone system manufacturer supports Windows
Terminal Services as well. Generally speaking you will require a third party
Tapi driver.
Yes, Tapi Link can screen pop using data such as an Account Number or
PIN entered into an IVR (Interactive Voice Response) system though does require
some extra configuration. You will, however, need to check that the IVR system
and the Tapi driver provided by the telephone system manufacturer is capable of passing this data.
Call Recorder For GoldMine® is
supplied with a tiny hardware unit that will be suitable for any telephone that
uses a standard connector on the coiled cable between the telephone base and
the handset. The audio signal is passed into the computer through a standard
3.5mm audio jack that is connected to the microphone port of the PC. The units, are approx 75mm x 35mm x
25mm.
For your convenience we have compiled the UK Call Recording Laws into a
PDF. To download the document click on the link below.
In the
Currently Call Recorder will support any format selectable within
"Sound Recorder" on the PC. The default option is GSM 6.10 which
consumes about 100kb per minute. If you wish to change this, please contact
technical support. The files will be played back by the default player for .wav
files - usually Media Player.
Call Recorder for GoldMine®
can store the recordings in any location reachable from the computer. This
includes UNC paths and drive letters that have been assigned to network shares.
The link that is created on the Links tab of the GoldMine® record will include the path you specify.
In order to record all calls, the application needs to know when the
telephone is in use. Call Recorder for GoldMine®,
on its own, is not able to determine when a new call is connected, nor when a
call is hung up. When using Call Recorder for GoldMine® integrated into Tapi Link for GoldMine®, the application is updated through the Tapi driver
when a call is connected and hung up. If dialing from a contact record, or
screen popping a contact record, the combined application also knows which
contact record to attach the recording to, and can also do this automatically.
Call recordings can be stored in any reachable location on the network, generally the workstations are set to store the
recordings on a server share that all GoldMine®
users can access, this enables the linked recordings to be accessed from any
GoldMine® workstation by any user with
appropriate rights.
The size of the files generated is approximately 100kb per minute (6Mb per
hour).
Because each recording has a unique file name, recordings can safely be
archived to tape (or other backup device) periodically and retrieved by exact
file name at a later date if necessary. The link that is created on the Links
tab of the GoldMine®
record will include the path you specify in the configuration of the product.
The Norstar telephone system can be configured
in both first party and third party configuration.
In first party configuration, a device called a CTA100 is attached to
the telephone extension line of the user. The device is connected to the
workstation using a serial cable. The TSP that comes with the device is installed
on the workstation and Tapi Link talks to this driver.
In third party configuration, a device called a CTA100 is attached to
any digital extension line on the telephone system. The device is connected to
a WinNT server using a serial cable. The third party TSP that comes with the
device is installed on the server and is enabled using a license key available
from Nortel. In addition to the device, an appropriate user license needs to be
purchased. Using "Tapi Remote Service Provider", a component of Tapi
2.1 and greater, the call control capability distributed to the workstations
and Tapi Link talks to this driver.
Information on the CTA100 can be found on their website at http://www.nortelnetworks.com/products/01/norstar/cti/cta.html
The Toshiba DK Range can only be configured in first party
configuration.
A device called a PCIU (Personal Computer Interface Unit) or Toshiba
part number RPCI-D1 is attached to the handset. This is a replacement base for
a digital telephone with an RS232 port at the back. The device is connected to
the workstation using a serial cable. The TSP that comes with the device is
installed on the workstation and Tapi Link talks to this driver.
The Nortel Meridian can be configured in both first party and third
party configuration.
In first party configuration, a device called a CTIA or an MCA
(depending on the handset in use) is attached to the telephone extension of the
user. The device is connected to the workstation using a serial cable. The TSP
that comes with the device is installed on the workstation and Tapi Link talks
to this driver.
Information on the Meridian Communications Adapter can be found on their
website at http://www.nortelnetworks.com/corporate/news/newsreleases/1999a/3_1_9999159_if_tapi21.html
In third party configuration, a product called Tapi Service Provider
Direct Connect is installed on a WinNT/Win2K server. The server connects to a
Information on the Meridian 1 Tapi 2.0 server can be found on their
website at http://www.nortelnetworks.com/products/04/sym/stsp/index.html
The Avaya Definity can be configured in both first
party and third party configuration. It can also be configured in first
party configuration with Tone Commander handsets (US
customers) or other ISDN devices.
In first party configuration, a product called the IP Softphone is
installed on the workstation in "Telephone Configuration". This
communicates via TCP/IP with the telephone system. The TSP that comes with the
device is installed on the workstation and Tapi Link talks to this driver.
In third party configuration, a product called an Adjunct Switch
Application Interface (ASAI) in installed in the Definity
which is connected to the LAN via an Ethernet port. This communicates via
TCP/IP with a WinNT server running Intel (formerly Dialogic) CT Connect
software. The call control capability is distributed to the workstations using
the CT Connect Tapi software which is installed on the workstations. Tapi Link
then talks to this driver.
Information on the Avaya Definity IP Softphone
can be found on their website at http://www.avaya.com/ac/common/index.jhtml?location=M1H1005G1011F2052P3126N4872
Information on the Avaya Definity ASAI device
can be found on their website at http://www1.avaya.com/enterprise/who/docs/computertelephony/index.html
The Tone Commander is a first party CTi device
that can be connected to various telephone systems or directly to ISDN lines.
The Tone Commander 6210 and 6110 ISDN telephones have a replacement base
called a 6001TA Terminal Adapter. The device is connected to the workstation
using a serial cable. The TSP that comes with the device is installed on the
workstation and Tapi Link talks to this driver.
Information on the Tone Commander device can be found on their website
at http://www.tonecommander.com/phones/6001TA.htm
The Hi-Phone Desktop is a first party CTi
device that can be connected to various telephone systems or directly to analog
lines.
The Hi-Phone Desktop is a standalone telephony device
that can be connected to a standard (analog) telephone line and provide support
for Power Dialer, Tapi Link and Call Recorder without the need for further
hardware. The device is connected to the workstation using a serial cable. The
TSP that comes with the device is installed on the workstation and Tapi Link talks
to this driver.
Information on the Hi-Phone Desktop device can be found on their website
at http://www.way2call.com/frame2.htm
The IP Office, Argent Branch, Argent Office and Cybergear
Gold telephone systems can only be configured in first party configuration
though the communication is via the local area network.
The IP Office, Argent Branch, Argent Office and Cybergear
Gold telephone systems are hub/router based. The telephone system has a static
IP address on the LAN. The TSP that comes with the telephone system is installed
on the workstation. Using TCP/IP the call control capability is distributed to
the workstations and Tapi Link talks to this driver.
Information on the Ayaya Argent telephone
systems can be found on their website at http://www.avaya.co.uk/Solutions_Products_&_Services/Products/Alchemy_Products/Default.asp
The Alcatel 4200/4400 telephone systems can be configured in both first
party and third party configuration.
In first party configuration, a device called an Alcatel 4961 module is
slotted into the digital telephone of the user. The device is connected to the
workstation using a serial cable. The TSP that comes with the device is
installed on the workstation and Tapi Link talks to this driver.
In third party configuration, a product called a CSTA card is installed
in the Alcatel telephone system which is connected to the LAN via an Ethernet
port. This communicates via TCP/IP with a WinNT server. The third party TSP that comes
with the device is installed on the server. Using "Tapi Remote Service
Provider", a component of Tapi 2.1 and greater, the call control
capability distributed to the workstations and Tapi Link talks to this driver.
Information on the Alcatel 4961 can be found on their website at http://www.ind.alcatel.com/omnipcx/cti_apps/index.cfm?cnt=4961
Information on the Alcatel CSTA cards and the Alcatel Tapi Premium
server can be found on their website at http://www.ind.alcatel.com/omnipcx/cti_apps/index.cfm?cnt=tapi_prem
The Comdial telephone systems can be
configured in both first party configuration and third party configuration.
In first party configuration, a device called a PCIU is attached to the
handset. The device is connected to the workstation using a serial cable. The
TSP that comes with the device is installed on the workstation and Tapi Link
talks to this driver.
In third party configuration a server is connected to the telephone
system using a serial cable. The third party TSP that comes with the device is
installed on a WinNT server. Using "Tapi Remote Service Provider", a
component of Tapi 2.1 and greater, the call control capability distributed to
the workstations and Tapi Link talks to this driver.
Some Information on the CTi capabilities of
the Comdial telephone systems can be found on their
website at http://www.comdial.com/products_pages/cti_apps.asp
The Siemens HiCom telephone systems can be
configured in both first party configuration and third party configuration.
In first party configuration, a device called a Data Adaptor is attached
to the Optiset E handset. The device is connected to
the workstation using a serial cable. The TSP that comes with the device is
installed on the workstation and Tapi Link talks to this driver.
Information on the Siemens Optiset E Data
Adaptor First party solution can be found on their website at http://www.siemens.ie/enterprise/workpoint_clients/optiset_e_adaptors.htm
Another first party configuration is possible, a USB cable is attached
to an Optipoint 500 Basic, Standard or Advance
handset. A product called CallBridge TU TSP is
installed on the workstation and Tapi Link talks to this driver.
Information on Optipoint 500 handsets in PDF
format can be downloaded from their website at optiPoint 500 Family
In third party configuration a product called a HiPath
HG1500 is installed in the HiCom which is connected
to the LAN via an Ethernet port. This communicates via TCP/IP with a WinNT
server.
The third party TSP that comes with the device is installed on the server.
Using "Tapi Remote Service Provider", a component of Tapi 2.1 and
greater, the call control capability distributed to the workstations and Tapi
Link talks to this driver.
Information on the Siemens HiPath third party
solution can be found on their website at http://www.siemens.ie/enterprise/access_points/pdf/HiPath%20HG%201500.pdf
The Samsung telephone system can be configured in both first party and
third party configuration.
In first party configuration, a device called a CTM (Computer Telephony
Module) is attached to the telephone extension line of the user. The device is
connected to the workstation using a serial cable. The TSP that comes with the
device is installed on the workstation and Tapi Link talks to this driver.
In third party configuration, a device is attached to the telephone
system. The device is connected to a WinNT or Win2K server using a SIM (Serial
Interface Module). The third party TSP that comes with the device is installed
on the server. Using "Tapi Remote Service Provider", a component of
Tapi 2.1 and greater, the call control capability distributed to the
workstations and Tapi Link talks to this driver.
The Mitel SX Range can only be configured in first party
configuration.
In first party configuration, a device called a Mitel Desktop Tapi
device is attached to the telephone handset of the user. The device is
connected to the workstation using a serial cable. The TSP that comes with the
device is installed on the workstation and Tapi Link talks to this driver.
Technical Note: The TSP must match the level of software on the
telephone system.
The Panasonic KXTD range can only be configured in third party
configuration.
A serial cable is connected between the RS-232 port on the telephone
system and a COM port on a WinNT or Win2K server. The Panasonic Tapi Service
Provider that is freely available from Panasonic is installed on the server.
Using "Tapi Remote Service Provider", a component of Tapi 2.1 and
greater, the call control capability is distributed to the workstations and
Tapi Link talks to this driver. Panasonic Desktop Telephony Assistant is not
required.
The 3COM NBX is an IP based telephone system that can only be configured
in first party configuration though the communication is via the local area
network.
The 3COM NBX is hub/router based. The telephone system has a static IP
address on the LAN. The TSP that is downloaded from the telephone system is
installed on the workstation. Using TCP/IP the call control capability is
distributed to the workstations and Tapi Link talks to this driver.
Information on the 3COM NBX 100 telephone system can be found on their
website at 3Com®
NBX® 100 Communications System
The Zultys MX250 is a SIP IP telephone system
that can only be configured in first party configuration though the
communication is via the local area network.
The Zultys MX250 is VOIP gateway based. The
VOIP gateway has a static IP address on the LAN. The TSP that comes with the
telephone system is installed on the workstation. Using TCP/IP the call control
capability is distributed to the workstations and Tapi Link talks to this
driver.
Information on the Zultys MX250 telephone
system can be found on their website at Zultys MX250
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