

About This Information
Release Overview
System Requirements
Features by Product
Development Software
Operating Software
Supported Hardware
Separately Orderable Products
Release Documentation
Copyright Notice

Intel®
Dialogic® System Release
Version 5.1.1 Feature Pack 1 on PCI and CompactPCI for Microsoft* Windows NT/2000/XP
on Intel® Architecture
Release Guide

Copyright © 2003 Intel Corporation
05-1928-001
About
This Information
The following topics provide information about this publication:
- Purpose
- Intended Audience
- How to Use This Publication
- Related Information
Purpose
This Release Guide provides information about the products and features contained
in System Release 5.1.1 Feature Pack 1 for Windows* Operating Systems on Intel®
Architecture.
Intended
Audience
This release guide is intended for the following types of customers:
- Distributors
- System Integrators
- Toolkit Developers
- Independent Software Vendors (ISVs)
- Value Added Resellers (VARs)
- Original Equipment Manufacturers (OEMs)
How
to Use This Publication
This information found in this document is organized into the following sections:
- Release Overview - describes the highlights of this release
- System Requirements - describes what you need to install and use this release
- Features by Product - describes the hardware products and features supported
in this release
- Development Software - describes the software features supported in this
release
- Operating Software - describes the configuration, administration and diagnostic
software features supported in this release
- Supported Hardware - provides a list of all the hardware supported in this
release
- Separately Orderable Products - describes additional software that may
be required in order to utilize certain features of this release as well as
ordering information
- Release Documentation - provides a list of the documents that accompany
this release either on the CD or downloadable from the Intel Telecom Support
Resources website
Related
Information
See the following for additional information:
- NOTE:
- Refer to the Release Update for late-breaking changes or corrections
to the release information. Information is updated in the Release Update,
as needed, during the lifecycle of the system release.
Release
Overview
This chapter provides a high-level overview of the products and features that
are newly supported in the System Release 5.1.1 Feature Pack 1 for Windows*
Operating Systems on Intel® Architecture.
This release enables customers to build and deploy higher-density, more cost-effective
solutions. This release provides support for several new Intel® Dialogic®
building blocks in addition to now enabling solutions to be deployed on Windows
XP (in addition to Windows NT and Windows 2000).
Release
Highlights
System Release 5.1.1 Feature Pack 1 provides the following new products and
features:
- New Intel® Dialogic® Analog Loop Start Product
- New Intel® Dialogic® CPi/400 BRI PCI Product
- New Intel® Dialogic® DI/0408-LS-A Product
- New Intel® Dialogic® DI/SI Series Products
- New Intel® NetStructure DM/V Series Features
- New Intel® NetStructure DM/IP Series Features
Product
Naming Changes
As you use the documentation supporting this release, you will note certain
discrepancies regarding the product and feature names. Many of the products
supported by this release were re-branded as Intel® products after System
Release 5.1.1 became generally available. Many documents that have been revised
since System Release 5.1.1 reflect the new brand and product names, while documents
that are specific to System Release 5.1.1 and this feature pack release still
contain the older branding and naming conventions. The following table indicates
old and new names for many of the affected products in an effort to reduce the
confusion caused by the branding transition.
|
Old Product Name
|
New Product Brand and Name
|
|
DM3 MediaSpan
|
Intel® NetStructure DM/V-A, DM/V, DM/N, and
DM/T boards
|
|
DM3 Fax
|
Intel® NetStructure DM/F boards
|
|
DM3 VFN
|
Intel® NetStructure DM/VF boards
|
|
DM3 IPLink
|
Intel® NetStructure DM/IP boards
|
|
BoardWatch
|
SNMP software
|
|
DCM
|
Intel® Dialogic® Configuration Manager software
|
|
Septel
|
Intel® NetStructure SS7 boards
|
- NOTE:
- The term "Septel" has been removed from the documentation where
possible. However, for technical reasons (mostly relating to backward compatibility),
the term continues to be used in the software.
System
Requirements
This chapter describes the system requirements for the System Release 5.1.1
Feature Pack 1. This information is provided in the following sections:
- Basic Hardware Requirements
- Basic Software Requirements
Basic
Hardware Requirements
Minimum
Hardware Configuration
The minimum hardware configuration for this release is:
- 500 MHz Pentium® processor
- 128 MB RAM for a system that contains less than three Intel® NetStructure boards
- 256 MB RAM for a system that contains three or more Intel® NetStructure boards
- 500 MB free space on hard disk
- CD-ROM drive
- VGA display with 16 colors support
- Keyboard
- Pointing device
Recommended
Hardware Configuration
The recommended hardware configuration for this release is:
- 850 MHz or faster Pentium® processor
- 512 MB RAM
- 600 MB free space on hard disk
- CD-ROM drive
- VGA display with 256 colors support
- Keyboard
- Pointing device
Basic
Software Requirements
The operating system requirements are:
- Windows NT Version 4.0 (Workstation or Server) with Service Pack 6a
- Windows 2000 (Professional, Server, or Advanced Server) with SP3
- Windows XP Professional with SP1
Supported
Compilers
The following compilers are supported:
- Microsoft* Visual C++ Version 5.xx
- Microsoft Visual C++ Version 6.xx with Service Pack 5
- Microsoft Visual C++ .NET
SMP
Support
Our drivers are SMP-safe.
Features
by Product
This chapter describes the features that are supported on the System Release
5.1.1 Feature Pack. This information is provided in the following sections:
- New Intel® Dialogic® Analog Loop Start Product
- New Intel® Dialogic® CPi Fax Product
- Enhanced Intel® Dialogic® DI/0408-LS-A Product
- Enhanced Intel® Dialogic® DI/Sixx-R2 Series Products
- New Intel® NetStructure DM/IP Series Features
- New Intel® NetStructure DM/V Product Features
- Intel® NetStructure DM/F Fax Series Product
- Intel® NetStructure DM/VF Series Product
- Intel® NetStructure High Density Station Interface (HDSI) Product
- Intel® NetStructure SS7 Product Support
New
Intel® Dialogic® Analog Loop Start Product
The new Intel® Dialogic® DMV160LP is a next-generation, high-density
analog loop start voice processing board with Universal PCI form factor. Based
on DM3 Mediastream architecture, it provides 16 channels of voice processing,
16 analog loop start interfaces, and supports fax as well as continuous speech
processing.
Features
The Intel® Dialogic® analog loop start product provides the following
key features:
- 16 ports of voice processing and 16 ports of analog loop start interface
- up to 8 boards per chassis
- Universal PCI form factor
- H.100 connector (H.100 TDM Bus support)
- R4 API on DM3 support for voice, fax, continuous speech processing, and
Global Call APIs
- Analog Display Services Interface (ADSI) and 2-way FSK support
- fax capability for up to four channels of 14.4 kbps Tx/Rx Group 3 fax resources
with recommended T.30, T.4, and T.6 support (MH, MR, MMR with ECM)
- simultaneous voice record activity with continuous speech processing and
fax
- hook-flash through the Global Call API
- voice coders supported:
--OKI* ADPCM, 6 KHz sampling 24 kbps (4 bits) or 8 KHz sampling 32 kbps
(4 bits)
--G.711 mu-law PCM, 8 KHz sampling 64 kbps (8 bits) or 6 KHz sampling 48
kbps (8 bits)
--G.711 A-law PCM, 8 KHz sampling 64 kbps (8 bits) or 6 KHz sampling 48
kbps (8 bits)
--G.726 ADPCM
--GSM full rate at 13 kbps (ETSI 6.10 and RTP; both Microsoft and TIPHON
frame support)
--linear PCM, 11.025 KHz sampling, 88 kbps (8 bits)
--TrueSpeech* (8.5 kbps)
- NOTE:
- When using continuous speech processing, play and record activity is
only supported on a subset of these voice coders. For more information, see
the Continuous Speech Processing API Programming Guide.
- pitch-corrected speed control on playback (on 8 KHz coders only)
- automatic gain control configurable on a per-board basis through the configuration
file
- global approvals including U.S., Canada, European Union, Australia, China,
Hong Kong, India, Korea, Malaysia, New Zealand, Singapore, and Japan
- Caller ID in U.S., Japan, and U.K.
- SNMP supported administration, basic configuration (DLGHWINF MIB and DM3Extended
MIB support)
New
Intel® Dialogic® CPi Fax Product
The Intel® Dialogic® CPi Fax products support low-density to high-density
fax solutions. These products provide access through the GDK/GRT API.
- NOTE:
- Please go to http://www.intel.com/design/network/products/telecom/index.htm
for the latest information about our CPi Fax hardware.
New
Features
The Intel® Dialogic® CPi/400 BRI PCI fax board is newly supported
in this release. The CPi/400 BRI PCI is a DM3 architecture board used in the
ISDN BRI marketplace. This board offers a flexible and scalable solution that
incorporates computer-based fax into the ISDN environment. It is intended to
provide access through the GDK/GRT API.
- NOTE:
- Refer to the GDK Programming Reference Manual for additional information
The features supported on this board include the following:
- Two (2) Basic Rate Interface (BRI) ports (each with 2B + D) with Euro compatible
connectors (RJ45)
- Four (4) B channels
- Digital Network Interface:
--Standard Euro-ISDN S/T (CTR4) (Approval in Europe, Australia, and New
Zealand)
--NTT protocol support (implemented by a .config/.fcd file change)
- Point-to-point and point-to-multipoint configurations
- H.100 CT Bus, SCbus compatibility mode
- Universal PCI form factor
- ISDN Support:
--Restart Procedure
--Overlap Sending and Overlap Receiving
--Call Waiting support for BRI
- GDK/GRT API
- V.17 - 14.4 kbps data rate
- Modified Huffman (MH), Modified READ (MR), Modified Modified READ (MMR)
Compression modes
- TIFF Data compression
- ITU Error Correction Mode (ECM)
- ITU-T Group 3 compliant (T.4, T.6, T.30)
Other
Features
Intel® Dialogic® CPi Fax Series products continue to support the
following features:
- V.34 (33.6 kbps) high speed fax
- 2 or 4 channels of fax
- T.30 protocol support
- MH, MR, MMR compression
- Access to 24/30 channels of integrated fax on one single board in one single
PCI slot; 100% backwards compatible with all applications based on GDK 3.0
or later
- Support for 96 channels in a single chassis (Up to four CPi/2400-1T1-PCIU
or three CPi/3000-1E1-PCIU boards)
- GDK 5.0 (combines GDK 3.2x and 4.0x)
- One install for separate dispatchers based on hardware
- Support for the following protocols:
--4ESS
--5ESS
--DMS
--NTT
--NET5
- Support for resource boards (CPi/2400-PCIU & CPi/3000-PCIU) with DTI
as network interface
--In transparent mode (Fax only application)
--Transparent ISDN support for network interfaces
--NT EventViewer support
--Host and firmware ECR fixes
--Troubleshooting tips
- Support for resource boards (CPi/2400-PCIU & CPi/3000-PCIU) using GRT
SCbus functions
- Answer & Dial
- Error Correction Mode (ECM)
- MH-T.4 Compression
- MR Compression
- MMR-T.6 Compression
- Transmit & Receive
- Overlap Sending is supported by the following hardware:
--CPi/200-BRI and CPi/400-BRI: CP (BRI - EuroISDN (CTR4))
--DTI300 + (CP12/SC or CPi/3000-PCIU)
--Springware: (PRI - EuroISDN (CTR4))
--CPi/3000-1E1-PCIU: DM3 (PRI - EuroISDN(CTR4))
Enhanced
Intel® Dialogic® DI/0408-LS-A Product
The Intel® Dialogic® DI/0408-LS-A-R2 board is an update to the original
DM3 architecture, single-slot, PCI form factor, SCbus and CT Bus compatible
DI/0408-LS-A board. The new DI/0408-LS-A-R2 board has four analog loop start
interfaces and eight analog station interfaces. It has ring capability plus
an audio input port, and supports call processing, voice, conferencing, and
fax.
New
Features
The following new features are supported on the DI/0408-LS-A-R2 board:
- European support including selectable 20, 25, or 50 Hz ringer
- Japanese and UK Caller ID
- CSP support
- Universal PCI compliant
- Support for new DI Media Loads 2 and 4 (See DM3 Media
Loads for more information.)
Other
Features
The following features are supported on both the DI/0408-LS-A-R2 and the DI/0408-LS-A
boards:
- R4 on DM3 fax support on Dialogic Integrated Series Products
- Basic Voice: provides play, record, digit generation and detection. (Play
& Record are not simultaneously supported on a channel.)
- Supported coders:
--64 kbps & 48 kbps G.711 PCM VOX
--24 kbps & 32 kbps OKI ADPCM VOX
--88/176K Linear PCM VOX and WAV
--11 KHz 8 and 16 big WAV
--Speed Control on 8 KHz coders
- Volume Control
- GTG/GTD
- Transaction record (DI media load 2 only)
- Basic call control features for loop start interfaces including call analysis
and support for analog call ID
- Basic call control features for analog station interfaces including ring,
caller ID transmission, and MWI
- Global Call API for trunk call control
- R4 Voice APIs for voice and tone
--Play/Record
--Tone Generation/Signal Detection
- R4 MSI API for stations
--Transmit CallerID/MWI
--Distinctive ring cadences
- R4 MSI API for conferencing
- R4 DCB API for conferencing with extensions
--Active Talker
--Coach/Pupil mode
- R4 FX API for Fax
- Audio Input API for Music on Hold (MOH)
Exceptions:
- DI/0408-LS-A and DI/0408-LS-A-R2 support mu-law only
- No call control or call progress support with dx_dial( )
- For conferencing, tone clamping and digit detect via the conferencing resource
is not supported.
Enhanced
Intel® Dialogic® DI/SIxx-R2 Series Products
The Intel® Dialogic® DI/SIxx-R2 series is an update to the original
DM3 architecture, single-slot, PCI form factor, SCbus and CT Bus compatible
DI/SI32 board. The new DI/SIxx-R2 series is available with 16, 24, or 32 analog
station interfaces with associated model names DI/SI16-R2, DI/SI24-R2, and DI/SI32-R2.
It has ring capability plus an audio input port, and supports call processing,
voice, and conferencing.
New
Features
The following new features are supported on the DI/SIxx-R2 series boards:
- 16 conferees with Echo Cancellation
- European support including selectable 20, 25, or 50 Hz ringer
- Japanese and UK Caller ID
- Support for flash hook via the Global Call Tsc_MsgDial feature (FR 2117)
on all DI series products
Other
Features
The following features are supported on both the DI/SI32 and the DI/SIxx-R2
series boards:
- Basic Voice: provides play, record, and digit generation and detection.
(Play & Record are not simultaneously supported on a channel.) See DM3
Media Loads for more information.
- Supports multiple coder types, including:
--64 kbps & 48 kbps G.711 PCM VOX
--24 kbps & 32 kbps OKI ADPCM VOX
--88/176K Linear PCM VOX and WAV
--11 KHz 8 and 16 big WAV
--Speed control on 8 KHz coders
- Volume control
- Tone detection/generation:
--Global Tone Detection (GTD) for user-defined tones
--Global Tone Generation (GTG) for user-defined tones, including cadenced
tone generation
- Basic call control features for analog station interfaces, including ring,
caller ID transmission, and MWI
- R4 Voice APIs for voice and tone
--Play/Record
--Tone Generation/Signal Detection
- R4 MSI API for stations
--Transmit CallerID/MWI
--Distinctive ring cadences
- R4 MSI API for conferencing
- R4 DCB API for conferencing with extensions
--Active Talker
--Coach/Pupil mode
- Audio Input API for Music on Hold (MOH)
Exceptions:
- DI/SI32 and DI/SIxx-R2 series boards support mu-law only
- No call control or call progress support with dx_dial( )
- For conferencing, tone clamping and digit detect via the conferencing resource
is not supported.
New
Intel® NetStructure DM/IP Series Features
The Intel® NetStructure DM/IP platform (formerly known as DM3 IPLink)
allows a Voice Over IP (VoIP) call to be connected via the Intel® NetStructure platform to the CT Bus. Using DM/IP boards equipped with a PSTN network front
end, you can build a single-board digital IP-to-PSTN gateway application. Adding
boards for analog connectivity or station interface and technologies such as
conferencing, voice recognition, or text-to-speech makes a variety of applications
possible.
New
Features
The following new features are supported in the System Release 5.1.1 Feature
Pack 1:
- Call control implemented on the host with RTP/RTCP implemented on the board
(All NIC-enabled). For information about the configuration files that support
host-based (or embedded) call control, see the DM3 Configuration
File Reference.
- GC runtime parm setting on DM/IP boards on embedded H.323
call control
- RFC2833 support on IPVS_EVR_311 configurations
- Support 1.9 IPVSC firmware on cPCI and PCI boards. Besides RFC 2833, this
includes the ability to change from voice to fax coder without application
intervention, setting DTMF transfer mode on a per call basis and conferencing
on Voice Resources.
- NOTE:
- Please go to http://www.intel.com/design/network/products/telecom/index.htm
for the latest information about our IP hardware.
Other
Supported Features
The Intel® NetStructure DM/IP platform continues to support the following
features:
- Embedded call control on IPT prefixed configurations
- Global Call API support for IP and PSTN
- FCD file generation utility
- PCD file selection
- Support for Flexible Routing (exportable voice resources)
- Simple Network Management Protocol (SNMP): TCP/IP level SNMP
- Support for standard Internet protocols, including TCP/IP, UDP, and RTP/RTCP
- Coder support that includes GSM (TIPHON* and Full Rate), G.729 (G.729 Annex
A, G.729 Annex B, and G.729 Annex A with Annex B), G.723.1 (5.3 kbps and 6.3
kbps), and G.711
- Full-duplex communication with all coders
- Voice Activity Detection (VAD) support on G.723 and GSM
- RADVISION* stack; compliant with ITU-T H.323 specification, including provision
for periodic registration with gatekeeper
- Comprehensive support for industry-standard H.323 clients including Microsoft*
NetMeeting*, VocalTec* Iphone*, Intel® Video Phone, Intel® Internet
Phone
- Gatekeeper registration
- Non-standard RAS
- Fax over IP
- H.245 tunneling
- Improved 16 ms Echo Cancellation
- IP Media resource
- IP Precedence (100Base-T)
- Improved Fast Start compatibility
- IP switching (bridging two calls) with minimum latency for use in IP voice
mail applications
- IP Voice Stream resource
- Quality of Service (QoS)
- Packet redundancy; complies with RFC 2198 (Redundancy)
- RTCP time parameters
- DTMF volume/gain controls
- Object ID support when sending Non-Standard Command
- Q.931 Facility message: Support for non-standard information element in
the Facility message over Q.931 port
- Vendor-specific information sending during call setup
- Voice quality parameters
- Volume adjustment
- Volume control
- Gain control
- CauseReason field in H.323 ReleaseComplete message
- Support for digital and on-board PSTN interfaces
- Support for media load 1 (basic voice), media load 2 (enhanced voice),
media loads 11 and 11a (conferencing)
- Basic DTMF and MF detection
- Call analysis
- Call control functions
- Call progress analysis
- Continuous Speech Processing (CSP) support (as a shared resource that can
be routed to either the IP or PSTN interface)
- NFAS (on NI2 protocol only)
- R2MF hot download protocols
- Support for the following PSTN protocols:
--4ESS
--5ESS
--DMS
--NI2
--NTT
--QSIG (T-1)
--CAS
--NET5
--QSIG (E-1)
--R2MF
- Tone detection/generation
New
Intel® NetStructure DM/V, DM/N, and DM/T Product Features
The Intel® NetStructure DM/V, DM/N, and DM/T products (formerly known
as DM3 MediaSpan) that have network interfaces provide access to four T-1 or
E-1 digital networking interfaces with up to 120 ports of voice processing and
telephony signal processing on a single-slot board. DM/V-A resource products
(no network) provide 240 ports of voice processing on a single-slot board.
New
Features
The following new features are supported on the Intel® NetStructure DM/V, DM/N, and DM/T products:
- Media Load 5 (DM/V960A-4T1-PCI board only). Refer to section DM3 Media
Loads for more information.
--4 channels of fax
--96 channels of enhanced voice (media load 2)
- Universal Media Load (DM/V1200A-4E1-PCI board only). Refer to section DM3
Media Loads (found under Development Software) for more information.
--60 channels of voice (media load 1)
--8 channels of fax (media load 5)
--60 channels of conferencing (media load 9b)
- 8 KHz linear PCM coder supported at 64 Kbps (8 bits) and 128 Kbps (16 bits)
for play and record, VOX and WAVE file formats. For more information, see
the Documentation Updates section in the Release Update document for this
system release.
- ETSI compliant Frequency Shift Keying (FSK). For more information, see
the Documentation Updates section in the Release Update document for this
system release.
- Universal PCI on DM/V, DM/N, and DM/T products
- Activate and de-activate Layer 2 (D-Channel). The Global Call API can now
be used to set the logical data link (D-channel) state using the gc_Extension(
) function with extension ID (ext_id) of GDIS_EXID_SETDLINKSTATE. For more
information, see the Global Call ISDN Technology User's Guide and Global
Call ISDN Technology User's Guide.
- Support for Global Call Alarm Management System (GCAMS). See the Global
Call E-1/T-1 CAS/R2 Technology User's Guide and Global Call ISDN Technology
User's Guide for further information.
Other
Supported Features
Intel® NetStructure DM/V, DM/N, and DM/T products continue to support
the following features:
- Tone detection/generation:
--Dual Tone Multi Frequency (DTMF)
--Multi Frequency (MF)
--Global Tone Detection (GTD) for user-defined tones
--Global Tone Generation (GTG) for user-defined tones, including cadenced
tone generation
- Audio digitizing for play and record:
--OKI* ADPCM at 6 KHz with 4-bit samples (24 kbps) and 8 KHz with 4-bit
samples (32 kbps), VOX and WAVE file formats
--G.711 PCM at 6 KHz with 8-bit samples (48 kbps) and 8 KHz with 8-bit
samples (64 kbps) using A-law or mu-law coding, VOX and WAVE file formats
--G.721 at 8 KHz with 4-bit samples (32 kbps), VOX and WAVE file formats
--PCM at 11 KHz with 8-bit samples (88 kbps) and 11 KHz with 16-bit samples
(176 kbps) using linear coding, VOX and WAVE file formats
--TrueSpeech* at 8 KHz with 16-bit samples (8.5 kbps), VOX and WAVE file
formats
--GSM 6.10 full-rate voice coder at 13 kbps using Microsoft* format (VOX
and WAVE file formats) and TIPHON* format (VOX file format only)
--G.726 bit-exact voice coder at 8 KHz with 2-, 3-, 4-, or 5-bit samples
(16, 24, 32, 40 kbps), VOX and WAVE file formats
- Playback speed control
- Volume control
- Automatic gain control (AGC)
- Transmit/receive Analog Display Services Interface (ADSI)
- Transaction record
- Silence compressed record
- Conferencing
--Flexible routing of conferencing resources
--Coach/pupil feature
--Active talker status
--On-board digit detection
--Echo cancellation for each active talker
- High port density
- Continuous Speech Processing (CSP), featuring:
--Full duplex operation
--Echo cancellation (EC)
--Voice activity detector (VAD)
--Barge-in
--Voice event signaling
--Pre-speech buffering
- PerfectCall call progress analysis, featuring:
--Positive voice detection (PVD)
--Positive answering machine detection (PAMD)
--Frequency detection
--Special information tones (SIT) frequency detection
- Busy tone detection
- Fax modem tone detection
- Silence detection
- Flexible and fixed routing. Flexible routing is supported on the following
protocols:
--4ESS
--5ESS
--DMS
--NI2
--NTT
--QSIG (T-1)
--CAS
--NET5
--QSIG (E-1)
--R2MF
--Clear Channel
- Any Message/Any IE to support various Supplementary Services. The messages
support include:
--Information
--Congestion
--UUI, Facility
--Notify
--Status (not available on DM3)
--Status Enquiry (not available on DM3)
- Layer 2 access
- NFAS on NI2
- 2-way FSK
- Clear channel signaling support on T-1 and E-1
- H.110 (cPCI) CT Bus support
- Interoperability with Simple Network Management Protocol (SNMP)
- Support for the following media load configurations:
--Media load 1: Basic voice
--Media load 1b: Basic voice (media load 1) plus ADSI/2-way FSK
--Media load 2: Enhanced voice
--Media load 9b: Conferencing only
--Media load 10: Enhanced voice (media load 2) plus conference resource
- NOTE 1:
- For more information about the media loads supported by each board, see
the DM3 Configuration File Reference.
- NOTE 2:
- For information about conferencing, see the Dialogic Audio Conferencing
Programmer's Guide for Windows.
Intel®
NetStructure DM/F Fax Series Product
The Intel® NetStructure DM/F Fax Series Product (formerly known as DM3
Fax) gives fax-intensive applications robust processing power and messaging
flexibility. Compatibility with Network Interface products enables world-wide
deployment of high-density fax solutions.
New
Features
The Intel® NetStructure DM/F products newly support Universal PCI in
this release.
Other
Supported Features
The Intel® NetStructure DM/F Fax Series Product continues to support
the following features:
- ITU-T Group 3 (T.30) fully compliant
- Hardware-independent fax resource model (T.30, MH, MR, MMR, ECM, image
conversion, v.17, v.21, v.27, v.28, etc.)
- The boards support the R4 programming environment and use R4 and Global
Call application programming interfaces (APIs)
- Shareable fax resources
- High-density fax solution (up to 240 channels in a single chassis; maximum
density is 8 boards for E-1 or T-1)
- Fax resource boards compatible with Intel® NetStructure Network
Interface products
- Downloadable firmware allows simple software upgrades instead of hardware
replacement when new features are introduced
- Protocols supported:
- T-1 Robbed bit
--4ESS
--5ESS
--DMS
--NTT
--NI2
--QSIG (T-1)
--R2MF
--NET5
--QSIG (E-1)
- Advanced Call Progress Analysis features (integrated T-1 and E-1 versions
only)
--PerfectCall call progress analysis
--Positive Voice Detection (PVD)
--Positive Answering Machine Detection (PAMD)
--Frequency detection
--Special Information Tones (SIT) frequency detection
--Busy Tone detection
--Fax Modem tone detection
- Silence Detection
- Tone Detection/Generation software (integrated T-1 and E-1 versions only)
--R2MF Signaling (based on GTD and GTG)
--PerfectDigit DTMF signaling
--Global Tone Detection (GTD)
--Global Tone Generation (GTG)
--Disconnect Tone Supervision
--Dual Tone Multi Frequency (DTMF)
--Multi Frequency (MF) Dial and Detect
--Selectable Dual-Tone Resolution
- Serial # and Silicon Serial # retrieval
- T.30 state transition and resource trace
- Diagnostic tools (qscript files)
Intel®
NetStructure DM/VF Series Product
The Intel® NetStructure DM/VF Series Product (formerly known as DM3
VFN) consists of integrated T-1 and E-1 boards providing a full span of feature-rich
voice and fax processing in a single PCI slot. The availability of 24 or 30
universal voice and fax channels on each DM3 VFN Series board ensures that applications
will be able to process any incoming or outgoing voice and/or fax transaction
at any time, provided there is an open channel. Four DM3 VFN Series products
may be combined in a single chassis, enabling applications to support up to
120 channels of high-performance voice and fax.
New
Features
The Intel® NetStructure DM/VF products newly support Universal PCI on
in the System Release 5.1.1 Feature Pack 1.
Other
Supported Features
The Intel® NetStructure DM/VF Series Product continues to support the
following features:
- V.17 Fax
- Basic Voice (equivalent to Media Load 1 - for more information, see the
Media Load Table located in the Other Release Features section)
- SCbus
- H.100 CT Bus
- Single board start/stop
- The boards support the R4 programming environment and use Fax and Global
Call application programming interfaces (APIs)
- Pre-built clusters: Voice and fax features are clustered together and dedicated
to network interface channels. In this release, both fixed and flexible routing
are supported depending on the cluster configuration (.pcd file) that is used.
- Support for the following protocols:
--Robbed bit
--4ESS
--5ESS
--DMS
--NTT
--NI2
--QSIG (T1)
--R2MF
--NET5
--QSIG (E1)
- Simple Network Management Protocol (SNMP) provided through BoardWatch
- Basic play and record: Allows recording and playback of 48 kbps and 64
kbps mu-law and A-law G.711 PCM, 32 kbps OKI* ADPCM, and 24 kbps OKI
ADPCM
- Basic DTMF and MF detection
- Serial number and silicon serial number retrieval (of Intel® Dialogic®
boards)
- T.30 state transition and resource trace
- DLL version number retrieval
- Call analysis software
--PerfectCall call analysis
--Positive Voice Detection (PVD)
--Positive Answering Machine Detection (PAMD)
--Frequency detection
--Special Information Tones (SIT) frequency detection
--Ringback detection
--Busy tone detection
--FAX or modem tone detection
--Silence detection
- Tone detection/generation software (integrated T-1 and E-1 versions only)
--R2MF signaling (based on GTD and GTG)
--PerfectDigit DTMF signaling
--Global Tone Detection (GTD)
--Global Tone Generation (GTG)
--Dual Tone Multi Frequency (DTMF)
--Multi Frequency (MF) dial and detect
- DM3 fax software
- 14.4 Kb transmit/receive
- ITU T.30 compliant
- 100% Group 3 compatibility
- Error Correction Mode (ECM)
- Bad scan line detection and correction
- Image concatenation, compression formats, and resolutions
- Scaling to and from all supported page sizes, compression formats, and
resolutions
- Support for A3, A4, and B4 page sizes
- Receive MH, MR, and MMR advanced compression
- Send MH, MR, and MMR advanced compression
- Normal (100dpi) and fine (200dpi) resolution
- Image conversion: TIFF-F and ASCII
- Simple header overlay
Intel®
NetStructure High Density Station Interface (HDSI) Product
The Intel® NetStructure High Density Station Interface (HDSI) is an
open-architecture platform for computer telephony that integrates large-scale
switching and voice processing resources under a single hardware and software
architecture. The HDSI offers the industry's highest-density analog station
connectivity in a single PCI slot. This solution is also offered in a Compact
PCI (cPCI) configuration using a single HDSI-cPCI board assembly, consisting
of a cPCI Baseboard and a Rear I/O Module.
The HDSI is an Intel® NetStructure assembly consisting of a Station
Interface Box (SIB) connected to an HDSI-PCI board with H.100-compliant CT Bus
connectivity (or to an HDSI-cPCI board assembly with H.110-compliant CT Bus
connectivity). The CT Bus provides switching between trunks and stations and
also allows expansion for additional Dialogic network and resource boards. Utilizing
just one Intel® NetStructure PCI board (or one Intel® NetStructure HDSI-cPCI board assembly), this solution can support up to 120 stations with
tone detection and generation, and FSK Caller ID transmission. This product
uses the following application programming interfaces:
- Modular Station Interface (MSI) R4 API
- Voice (dx_) R4 API
The Intel® NetStructure Station Interface Box is a single unit that
supports 48 stations in the base model configuration. However, the SIB is a
modular unit that is designed to accept plug-in components to accommodate 72,
96, and 120 stations. The SIB features a "hot swap" capability, which
allows you to break and re-establish connections to the HDSI-PCI board (or to
the HDSI-cPCI board assembly) without powering down or rebooting the system.
- NOTE:
- For more detailed information about the Intel® NetStructure High
Density Station Interface product, refer to the High Density Station Interface
Series Hardware Installation Guide.
New
Features
There are no new Intel® NetStructure HDSI Software features in the System
Release 5.1.1 Feature Pack 1.
Other
Supported Features
System Release 5.1.1 Feature Pack 1 continues to support the following features:
- NOTE:
- For more detailed information, refer to the DM3 Configuration File Reference.
- Configurations of 48, 72, 96, and 120 station interfaces using a single
slot
- H.110-compliant CT Bus connectivity for switching between trunks and stations
and sharing resources
- On-board tone generation
- On-board DTMF detection
- FSK send Caller ID support
- FSK Message Waiting Indicator (MWI) support (on-hook only)
- Programmable ring cadence options
- The capability to ring telephones with a Ringer Equivalence Number (REN)
of two, per station
- SIB battery power provided to station sets
- Unobtrusive monitoring of connections
- International support of the HDSI/1200. Since HDSI does not have a PSTN
interface, there are no protocols such as T-1 CAS. Refer to the MSI Boards
Country Specific Parameter Files section in the DM3 Configuration
File Reference for a list of the supported countries and country codes.
- NOTE 1:
- (country)_hdsi configurations provide station with dedicated tone-only
channels (fixed routing). Tone-only channels provide dialing and digit detection
but cannot perform play or record.
- NOTE 2:
- (country)_hdsi_96_play configurations provide 96 stations with dedicated
voice channels (fixed routing). These voice channels provide Media Load equivalent
functionality however (1) they use fixed routing and (2) don't support transaction
record.
- The following telephone sets are supported on the HDSI/1200:
--AT&T* model 706
--Cidcon* model CT 250 (FSK enabled)
--ITT* 2500 Series
--Lucent* model 210
--Lucent* model 925
--Master* model MT-001
--Nortel* model 390 (FSK enabled)
--Panasonic* model KX-2315
--Southwestern Bell* Freedom Phone*
- NOTE:
- Most analog phones will work with the Intel® NetStructure High
Density Station Interface. However, for displaying messages like Caller ID,
only the telephones listed above have been tested.
Intel®
NetStructure SS7 Product Support
The Global Call software in this release provides a call control interface
that enables applications to perform basic call control on SS7 telephony circuits.
Global Call supports both single-board SS7 solutions provided by Intel®
NetStructure SS7 boards, and server solutions provided by Intel® NetStructure Signaling Interface Units (SIUs).
Development
Software
This chapter describes the features of the API libraries, demonstration programs,
and protocol stacks that are available in the System Release 5.1.1 Feature Pack
1. The development software is divided into the following categories:
- API Libraries
- Demonstration Programs
- Protocol Stacks
- Other Release Features
API
Libraries
This section describes the features of the following API libraries that are
available in the System Release 5.1.1 Feature Pack 1:
- Audio Conferencing API Library
- CSP (Continuous Speech Processing) API Library
- Fax API Library
- Global Call API Library
- IP Media Library API
- Modular Station Interface API
- NCM (Native Configuration Manager) API Library
- PBX Integration
- ISDN API
- Digital Network Interface API
- Standard Runtime Library API
- Voice API Library
Audio
Conferencing API Library
The Audio Conferencing API library supports development of host-based conferencing
applications on Springware DCB Series boards and certain Intel® NetStructure boards. The Audio Conferencing API library provides many features that can be
used to develop customized audio conferencing servers.
The Audio Conferencing software includes library functions, device drivers,
and firmware.
- NOTE:
- Refer to the Dialogic Audio Conferencing Software Reference for Windows
and the Compatibility Guide for Dialogic R4 API on DM3 Products for more information.
New
Features
No new audio conferencing features have been implemented in the System Release
5.1.1 Feature Pack 1.
Other
Supported Features
The following audio conferencing features, which were supported in System Release
5.1.1 for Windows, continue to be supported in this release:
- Coach/pupil feature allows two selected conferees to establish a private
communication link with respect to the overall conference. The coach is a
private member of the conference and is only heard by the pupil. However the
pupil cannot speak privately to the coach.
- DTMF digit detection for any conferee, allowing the application to determine
when or if any party has generated a DTMF digit.
- Volume control for any conferee by issuing pre-programmed DTMF digits.
- Tone clamping that allows each conferee to reduce the amount of DTMF tones
heard during a conference.
- NOTE:
- DTMF tones may be heard by conferees if the application encourages the
user to repeatedly press DTMF tones, for example, press 9 to raise the volume.
- Automatic Gain Control (AGC) for all conferees. AGC is an algorithm for
normalizing an input signal to a target level. The AGC algorithm discriminates
between voiced and unvoiced signals within a conference.
- Active talker indication to determine which conferees in any given conference
are currently talking. The active talker feature can be set to indicate which
conferees are talking the loudest or for the longest amount of time.
- Monitoring feature enabling many participants to monitor a single conference
without interrupting the conference.
- Echo cancellation for each active talker
- Flexible routing of conferencing resources on Intel® NetStructure boards
CSP
(Continuous Speech Processing) API Library
The CSP API Library supports development of host-based automatic speech recognition
(ASR) applications. CSP provides many features such as high-performance echo
cancellation, voice energy detection, barge-in, voice event signaling, pre-speech
buffering, and full-duplex operation.
The CSP software includes library functions, device drivers, firmware, and
demonstration programs.
- NOTE:
- Refer to the Continuous Speech Processing API Programming Guide and Continuous
Speech Processing API Library Reference for more information.
- NOTE:
- To run CSP on DM3 boards, please refer to the DM3 Media Loads (under
Development Software) section of this document.
New
Features
The CSP API Library offers the following new feature in the System Release
5.1.1 Feature Pack 1:
- Enhanced CSP demo that supports the new Intel® Dialogic® DMV160LP
board
Other
Supported Features
The following Continuous Speech Processing features, which were supported in
System Release 5.1.1 for Windows, continue to be supported:
- Full duplex operation
- Echo cancellation (EC)
- Barge-in
- Voice event signaling
- Pre-speech buffering
- Barge-in and play event generation
- Ability to re-arm the VAD
- Ability to send an echo-reference signal (also called external reference
signal) from another device across the TDM bus to the CSP voice channel
- Unified API
- Echo canceller convergence event notification (supported on DM3 boards
only)
- More powerful Voice Activity Detector (VAD) (supported on DM3 boards only)
including the ability to modify certain parameters on the fly
Fax
API Library
The Fax API library supports development of a wide variety of fax applications
such as fax mail, fax broadcast and fax-on-demand. The Fax software includes
library functions, device drivers, firmware, and demonstration programs.
- NOTE:
- Refer to the Fax Software Reference and the Compatibility Guide for Dialogic
R4 API on DM3 Products for more information.
New
Features
No new fax features have been implemented in the System Release 5.1.1 Feature
Pack 1.
Other
Supported Features
The following fax features continue to be supported and are divided into:
- R4 Fax
- DSP-Based Fax
- VFX Features
- BRI/2VFD
R4
Fax
The features for R4 Fax are:
- V.17 Fax
- ITU-T Group 3 (T.30) compliant
- Data rate
--Up to 14.4 kbps transmission
--Up to 14.4 kbps reception
--Selectable preferred data transmission and reception rates
- File storage format
--Raw MH, MR, and MMR encoded data
--TIFF/F MH, MR, and MMR encoded data
--ASCII for transmit only
- Data transmission encoding scheme with advanced compression
--MH, MR, and MMR
--ASCII
--Selectable data transmission encoding scheme
- Data reception encoding scheme with advanced compression
--MH, MR, and MMR
--Selectable data reception encoding scheme
- T.30 Error Correction Mode (ECM)
- T.30 Phase B event notification
- T.30 Phase D event notification
- Polling and turnaround polling
- Bad scan line detection and correction
- Image concatenation, compression formats and resolutions
- Scaling to and from all supported page sizes, compression formats and resolutions
- Support for A3, A4 and B4 page sizes
- Normal (100 dpi), fine (200 dpi), and superfine (400 dpi) resolution
- Simple header overlay
- Image bit order (MSB/LSB) conversion
- ASCII configuration:
--Left/right/top margin
--Line spacing
--Tab stop
--Wrapping
--Extended characters (above ASCII #127)
- Enhanced Color Fax
--Support for fx_originate( ) function
--Transmission and reception of JPEG-encoded color facsimile images to
and from color fax devices
--Encoding of color fax images using the JPEG format as specified in ITU
Rec. T.85 standard and the ITU Rec. T.4 Annex E standard (ITU Rec. T.85
defines a specific color profile for color fax images. ITU Rec. T.4 Annex
E defines the specific JPEG profile for color fax.)
DSP-Based
Fax
The features for DSP-Based Fax (formerly known as SoftFax) are:
- International standards support: ITU-T Group 3 fax (T.4 and T.30) and ETSI
NET/30.
- Software-based modem: Fax modem capability implemented in software rather
than in hardware.
- Maximum channels in a system: Up to 8 DualSpan boards can be put in a system,
allowing up to 64 (8x8) DSP-Based Fax resources or 480 (8x60) voice resources.
- Data transmission rate: Up to 14.4 Kbps.
- Data reception rate: Up to 9.6 Kbps.
- NOTE:
- 14.4 Kbps receive and enhanced error correcting schemes are available
when enhanced DSP-Based Fax is being used. Currently, only the VFX/41JCT-LS
has this capability.
- Data transmission encoding scheme: Modified Huffman (MH) and Modified Read
(MR).
- Data reception encoding scheme: Modified Huffman (MH) and Modified Read
(MR).
- File data format: TIFF/F (Tagged Image File Format) for transmit/receive
MH and ASCII text transmit.
- ASCII to fax conversion: Performed on the host CPU rather than in the firmware.
Supports multiple fonts and language character sets, including all Windows
fonts.
- File transfer: T.434 Binary File Transfer (BFT)
DSP
Fax Sample Code
In addition to demos, sample code for using the DSP Fax Resource Allocation
feature is provided. This feature allows your application to allocate and de-allocate
DSP Fax channels. The code can be found at:
<install drive>:\program files\Dialogic\samples\fax\sample.cpp
VFX
Features
VFX features for transmit and receive are as follows:
- Raw
- ASCII-to-FAX (transmit only)
- Fax Error Correction Mode (ECM) Switch
- Scan Line Error Correction
- MR and MMR Advanced Compression
- Subaddress Fax Routing
- Downloadable font file for VFX/40ESC+
- Single TIFF/F file
- Multi-page TIFF
- Fine Resolution
- Zero-fill ASCII-to-Fax conversion on the fly
BRI/2VFD
BRI/2VFD features are as follows:
- Support for R4 Fax API or GRT API
Global
Call API Library
The Global Call API library provides a uniform call control interface for developing
applications for multiple network interface technologies. The Global Call API
library supports a variety of protocols operating on Intel® NetStructure,
DM3, and Springware architectures.
The Global Call API library has the following fundamental characteristics:
- It is designed to support a variety of protocols, including E-1 CAS, T-1
robbed bit, analog loop start, ISDN, IP H.323, and SIP interfaces.
- It provides a consistent application interface for the various protocols
and technologies.
- It uses the same input and output parameters at the application level to
configure and control the different interfaces.
- NOTE:
- The generic functionality of Global Call is documented in the Global
Call API Library Reference and the Global Call API Programming Guide. Technology-specific
functionality is documented in the various Global Call Technology User's Guides.
New
Features
The Global Call API library provides the following new features in the System
Release 5.1.1 Feature Pack 1:
- H.323 and SIP host-based stacks
Global Call supports the development of applications that use the host-based
H.323 and SIP RADVISION* stacks supplied with the system software.
- NOTE:
- For more information on porting an existing Global Call H.323 application
developed for the embedded stack in System Release 5.1.1 for Windows to the
host-based stack implementation in this release, see the Porting Global Call
H.323 Applications from Embedded Stack to Host-Based Stack Application Note
included with the system release documentation.
- Multi-protocol support on Global Call devices when using host-based stacks
Applications can open and use devices that support the H.323 protocol, the
SIP protocol, or both protocols.
- Registration via application when using host-based stacks
Applications using one of the host-based stacks can use Global Call to register
with a Gatekeeper (H.323) or Registrar (SIP).
- Support for DTMF modes when using host-based stacks
Applications can configure the preferred DTMF mode: UII Alphanumeric (H.323
only), RFC 2833, or Inband. In addition, applications can initiate the generation
of DTMF, and receive notification of DTMF detection.
- Support for fax transmission and reception when using host-based stacks
Global Call supports the sending and receiving of fax information by the inclusion
of the T.38 UDP coder in the capability exchange. Applications can be configured
to receive notification of audio-to-fax and fax-to-audio transition as well
as notification of T.38 status changes.
- Support for Global Call Alarm Management System (GCAMS) on Intel®
NetStructure boards that use DM3 architecture. See the Global
Call E-1/T-1 CAS/R2 Technology User's Guide and Global Call ISDN Technology
User's Guide for further information.
Other
Supported Features
The following Global Call features continue to be supported in the System Release
5.1.1 Feature Pack 1:
- Support for PSTN and IP interfaces on Intel® NetStructure boards
- Support for PSTN and IP protocols including E-1 CAS, T-1 Robbed Bit, ISDN,
R2MF, and H.323 via embedded call control stack
- Basic call control that includes the ability to make a call, detect a call,
answer a call, release a call etc. The implementation of these capabilities
is based on a generic call state model that maintains a consistent call control
paradigm across all technologies supported by Global Call.
- Call progress and call analysis, including the ability to handle pre-connect
(Call Progress) information that reports the status of the call connection
and post connect (Call Analysis) information that reports the destination
party's media type.
- Call hold and transfer for ISDN and PDK protocols. Support includes the
ability to place a call on hold in order to answer a third party and/or transfer
a call to the third party.
- Support for supplementary services for applications that use ISDN protocols
including Any Message, Any IE, and User-to-User messaging.
- Feature Transparency and Extension (FTE), that is, the ability to extend
the capabilities of Global Call to handle features that are technology-specific
so that those features are accessible via the Global Call interface.
- Global Call Alarm Management System (GCAMS) that provides the ability to
manage alarms.
- Real Time Configuration Management (RTCM) that allows the modification
of call control and protocol elements in real time, providing a single common
user interface for configuration management.
- A generic service request facility that allows an application to send a
request for a service to a remote device. Examples of the types of services
that this feature supports are device registration, channel setup, call setup,
and information requests.
- Easy access to error information using gc_ErrorInfo( ) for
function failures and gc_ResultInfo( ) for event information.
- Selective call control library initialization using gc_Start( )
that allows applications to control which call control libraries are started
during initialization.
- Library information functions that enable an application to get information
about the call control libraries being used.
- Signal System 7 (SS7) is a public network signaling system used for call
control, routing and billing. Global Call provides a call control interface
that enables applications to perform basic call control on SS7 telephony circuits.
Global Call supports both single-board SS7 solutions and Signaling Interface
Unit (SIU) solutions. Global Call support for SS7 helps programmers develop
applications without needing a detailed knowledge of the underlying SS7 technology.
- NOTE:
- System Release 5.1.1 for Windows required the use of Third Party Support
software to manage the CT Bus. In Feature Pack 1, this Third Party Support
software is no longer required. The equivalent CT Bus management capability
is provided using the Intel® Dialogic® Configuration Manager (DCM).
See the Global Call SS7 Technology User's Guide for Windows for more information.
IP
Media Library API
The IP Media Library (IPML) API is used to control media on IP devices. Voice
over IP applications that use IP signaling stacks other than those supplied
with Intel® products may use this library for application development.
- NOTE:
- IP Media Library functionality is documented in the IP Media Library
API for Linux and Windows Operating Systems Library Reference and the IP Media
Library API for Linux and Windows Operating Systems Programming Guide.
New
Features
The IP Media Library (IPML) provides the following new features in the System
Release 5.1.1 Feature Pack 1:
- Support for RFC 2833
Applications can configure the preferred DTMF mode: UII Alphanumeric, RFC
2833, or Inband. In addition, applications can initiate the generation of
DTMF, and receive notification of DTMF detection.
- Support for T.38 Fax
IPML provides an event when CNG or CED tone is detected allowing applications
to switch to T.38.
- IP Media Gateway (IPML) Demo
The IP Media Gateway (IPML) Demo demonstrates using the IPML API to build
a PSTN-IP gateway.
- NOTE:
- Refer to the IP Media Gateway (IPML) Demo Guide for complete information
on the demo.
Other
Supported Features
The following IPML features continue to be supported in the System Release
5.1.1 Feature Pack 1:
- Media resource management and media resource operations functionality
- Quality of Service (QoS) threshold alarm configuration and status reporting
- Support of Standard Runtime Library (SRL) event management routines for
error retrieval
Modular
Station Interface API
The Modular Station Interface (MSI) API is used by the following products:
- Intel® Dialogic® DI/0408-LS-A-R2 boards
- Intel® Dialogic® DI/SI Series boards
- Intel® NetStructure High Density Station Interface (HDSI) boards
New
Features
The following new MSI features have been implemented in the System Release
5.1.1 Feature Pack 1:
- Three new APIs: ms_SendData( ), ms_ResultMsg( ), ms_ResultValue( )
- One new data structure: MS_DataInfo
For more information on these new features, refer to the MSI
API for Linux and Windows Library Reference and the MSI API for Linux
and Windows Programming Guide.
Other
Supported Features
The following MSI features, which were supported in System Release 5.1.1 for
Windows, continue to be supported in this release:
- Conference Management functions to control conferencing features
- Configuration functions to set and retrieve device parameters
- Device Management functions to open and close devices
- Diagnostic functions to test devices
- Routing functions to allow communication between devices connected to time
slots on the CT Bus
- Station functions to control station interfaces
NCM
(Native Configuration Manager) API Library
The NCM API library provides an interface for developing customized system
configuration and administration applications. The NCM API functions operate
on the complete Intel® Dialogic® system, individual Intel® NetStructure and Intel® Dialogic® boards or the TDM bus settings.
- NOTE:
- Refer to the Customization Tools for Installation and Configuration for
Windows document for complete information about the NCM API.
New
Features
The NCM API provides the following new features in the System Release 5.1.1
Feature Pack 1:
- Add third-party devices to a system with Intel® Dialogic® boards
The NCM library includes functions that allow third-party devices to be added
to a system with Intel® Dialogic® boards. You can set the TDM bus
capabilities of the third-party device and define a third party device as
the primary or secondary clock master.
- Reserve TDM bus time slots for exclusive use by third party devices
You can dynamically allocate and deallocate TDM bus time slots for use by
third party devices. This allows Intel® Dialogic boards to share the
TDM bus with third party devices. The reserved time slots can be arbitrary
(i.e. determined by the system software) or specific (i.e. determined by the
user).
Other
Supported Features
The following NCM API features, which were supported in System Release 5.1.1
for Windows, continue to be supported in this release:
- Modifying board-level and system-level configuration data
- Querying board-level and system-level configuration data
- Starting, stopping and checking the status of the Intel® Dialogic®
system
- Starting and stopping individual boards
- Setting the TDM bus clock master fallback list
- Getting Intel® Dialogic® System Software version information
PBX
Integration
Intel® Dialogic® PBX Integration products offer direct connectivity
to the most popular private branch exchanges (PBXs) for unified and Internet-ready
call, voice, and fax processing applications.
New
Features
No new PBX integration features have been implemented in the System Release
5.1.1 Feature Pack 1.
Other
Supported Features
The PBX Integration products (D/82JCT-U and D/42JCT-U) continue to provide
the following PBX integration features:
ISDN
API
- NOTE:
- The Global Call API is the preferred call control API for all technologies
including ISDN. However, certain features that are not supported by Global
Call may be supported by the underlying ISDN API. See the ISDN Software Reference
for more information.
- NOTE:
- The ISDN API is not supported when using DM3 boards.
New
Features
No new features have been enabled for the ISDN API in the System Release 5.1.1
Feature Pack 1.
Other
Supported Features
The following features continue to be supported:
- BRI Call Waiting
- PRI Support
--Generic support for supplementary services
--Programmable start-up conditions
--Access to protocol timers for performance tuning
--Support for all specified PRI messages
--Two B Channel Transfer (TBCT)
--Non-Call-Associated Signaling (NCAS)
--Vari-A-Bill
--ANI-on-demand
--User-to-user information
--Dialed Number Identification (DNIS)
--Non-Facility Associated Signaling (NFAS)
--Supported under Global Call for Springware and DM3 products
--B channel negotiation
--Multinational approvals with all popular protocols
--Automatic Number Identification (ANI)
--LAP-D Layer 2 access
--DialView Suite:
----ISDN Diagnostic Program (isdiag)
----ISDN Trace Utility (isdtrace)
----ISDN Network Protocol Firmware (NT1, NE1, ETN, VNNT, TPHNT, QNT, QTE)
- BRI/SC Support
--ISDN API
--User-to-user information
--Dialed Number Identification (DNIS)
--Multinational approvals with all popular protocols
--Automatic Number Identification (ANI)
--LAP-D Layer 2 access
--DialView Suite:
----ISDN Diagnostic Program (isdiag)
----ISDN Trace Utility (isdtrace)
----ISDN Network Protocol Firmware (NT1, NE1, ETN, VNNT, TPHNT, QNT,
QTN)
--Basic Call Control
----Makecall
----Rejectcall
----Layer 2 Access
----Layer 3 Access
--8 or 16 S/T interface supporting the following protocols:
----National ISDN-1
----Euro-ISDN
----INS64
----5ESS
----DMS
--Layer 3 supplementary services
----Hold and Retrieve
----Messaging
----In-band tone generation
----Multiple D channel configuration
----5ESS custom messages
--Broadcast handling in point-to-multipoint configuration
- NOTE:
- Each BRI is configurable as a TE (station) or as an NT (PSTN)
Digital
Network Interface API
New
Features
No new Network Interface Support features have been enabled in the System Release
5.1.1 Feature Pack 1.
- NOTE:
- Refer to the Digital Network Interface Software Reference and the Compatibility
Guide for Dialogic R4 API on DM3 Products for more information.
Other
Supported Features
The following features continue to be supported:
- T-1 digital telephony signaling
- E-1 digital telephony signaling
- Digital Network Interface API (dt_ functions) including alarm, diagnostic,
extended attribute, parameter request and setting, resource management, SCbus
routing, and time slot audio and signaling functions.
- CAS DTI signal pattern transmission and detection functions:
The CAS DTI extensions permit higher-density systems to perform the signaling
operations needed for CAS protocols within strict protocol time specifications.
Standard
Runtime Library API
The Standard Runtime Library (SRL) API provides a common interface for event
handling and other functionality common to all Intel® Dialogic® and
Intel® NetStructure devices. The Standard Runtime Library provides the
framework for implementing the supported programming models and serves as the
central dispatcher for events that occur on all devices. Through the Standard
Runtime Library, events are handled in a standard manner.
- NOTE:
- Refer to the Voice Software Reference - Standard Runtime Library and
the Compatibility Guide for Dialogic R4 API on DM3 Products for more information.
New
Features
No new Standard Runtime Library (SRL) features have been implemented in the
System Release 5.1.1 Feature Pack 1.
Other
Supported Features
The following Standard Runtime Library (SRL) features, which were supported
in System Release 5.1.1 for Windows, continue to be supported in this release:
- Support for the following programming models:
--Synchronous model
--Synchronous with SRL callback model
--Asynchronous polled model
--Asynchronous with SRL callback model
--Asynchronous with Windows callback model
--Asynchronous with Win32 Synchronization
--Extended asynchronous model
- Device event management
- Device information retrieval using ATDV_ prefixed functions
- The ability to set and retrieve user-specific context using the sr_setparm( )
and sr_getparm( ) functions
Voice
API Library
The Voice API library provides a rich set of features for building a wide range
of high-density call processing applications such as voice messaging, interactive
voice response, telemarketing/call center, operator services, and more. Features
include tone signaling, global tone detection and generation, call progress
analysis, and a variety of voice encoding algorithms selectable on a channel-by-channel
basis.
- NOTE:
- For more information, see the Voice Software Reference documentation
set (which includes the Features Guide, the Programmer's Guide, and the Standard
Runtime Library Guide) and the Compatibility Guide for Dialogic R4 API on
DM3 Products. Also see the Documentation Updates section in the Release Update
for this system release.
New
Features
The Voice API library provides the following new features and enhancements
in the System Release 5.1.1 Feature Pack 1:
- New 8 KHz linear PCM coder
The 8 KHz linear PCM coder is supported at 64 Kbps (8 bits) and 128 Kbps (16
bits) for play and record, VOX and WAVE file formats. This coder is newly
supported on DM3-based boards. For more information, see the Documentation
Updates section in the Release Update document for this system release.
- ETSI compliant Frequency Shift Keying (FSK) support
The following parameters, set through dx_setparm( ), have been added
to comply with ETSI requirements: DXCH_FSKSTANDARD, DXCH_FSKCHSEIZURE, DXCH_FSKMARKLENGTH.
For more information, see the Documentation Updates section in the Release
Update document for this system release.
- Enhanced CT_DEVINFO structure
The CT_DEVINFO structure used by xx_getctinfo( ) routing functions is
now defined in its own header file, called ctinfo.h. For more information,
see the Documentation Updates section in the Release Update document for this
system release.
Other
Supported Features
The following Voice software features, which were supported in System Release
5.1.1 for Windows, continue to be supported:
- Tone detection/generation:
--Dual Tone Multi Frequency (DTMF)
--Multi Frequency (MF)
--Global Tone Detection (GTD) user-defined tones
--Global Tone Generation (GTG) user-defined tones, including Cadenced Tone
Generation
--Global Dial Pulse Detection (not supported on DM3 boards)
--Tone set file (not supported on DM3 boards)
--Adjustable built-in beep tone length through dx_settonelen( )
(not supported on DM3 boards)
- Data formats for play and record:
--OKI* ADPCM at 6 KHz with 4-bit samples (24 kbps) and 8 KHz with 4-bit
samples (32 kbps), VOX and WAVE file formats
--G.711 PCM at 6 KHz with 8-bit samples (48 kbps) and 8 KHz with 8-bit
samples (64 kbps) using A-law or mu-law coding, VOX and WAVE file formats
--G.721 at 8 KHz with 4-bit samples (32 kbps), VOX and WAVE file formats
(not supported on Springware boards)
--PCM at 11 KHz with 8-bit samples (88 kbps) and 11 KHz with 16-bit samples
(176 kbps) using linear coding, VOX and WAVE file formats
--TrueSpeech* at 8 KHz with 16-bit samples (8.5 kbps), VOX and WAVE file
formats (not supported on Springware boards)
--GSM 6.10 full-rate voice coder at 13 kbps using Microsoft* format (VOX
and WAVE file formats) and TIPHON* format (VOX file format only)
--G.726 bit-exact voice coder at 8 KHz with 4-bit samples (32 kbps), VOX
and WAVE file formats (WAVE file format not supported on Springware)
--G.726 bit-exact voice coder at 8 KHz with 2-, 3-, or 5-bit samples (16,
24, 40 kbps), VOX and WAVE file formats (not supported on Springware boards)
- NOTE:
- When using Continuous Speech Processing, play and record activity is
only supported on a subset of these voice coders. For more information, see
the Continuous Speech Processing API Programming Guide.
- Speed Control (not all coders supported)
- Volume Control (not all coders supported)
- Transmit/receive Analog Display Services Interface (ADSI) 2-way FSK through
the dx_RxIottdata( ), dx_TxIottdata( ), and dx_TxRxIottdata( )
functions (supports FSK Bellcore and ETSI standards)
- Call Progress Analysis
- Transaction Record
- Bulk data buffer sizing through the dx_setchxfercount( ) function
- Silence Compressed Record (not all coders supported)
- Echo Cancellation
- NOTE:
- For enhanced echo cancellation, use the Continuous Speech Processing
software.
- Caller ID (international caller ID support varies by board)
GDK/GRT
API
New
Features
No new features have been implemented in the System Release 5.1.1 Feature Pack
1.
- NOTE:
- For more information about the API, refer to the GDK Version 5.0 Programming
Reference Manual for Windows for more information. For information about installing
the GDK software, refer to the GDK Version 5.0 Installation and Configuration
Guide for Windows.
Other
Supported Features
The following features, continue to be supported:
- Interactive and batch programming models
- GDK system service (the Dispatcher)
- Queue file database
- Status files
- Device drivers for ISA and PCI
- Firmware Download Utility
Demonstration
Programs
Demonstration programs are provided to demonstrate the functionality and features
of Intel® Dialogic® and Intel® NetStructure products and serve
as examples of application programming using Intel® Dialogic® API
libraries. All demo programs are supplied as source code which users may modify
to explore other capabilities of the products.
All demo programs listed below are located in C:\Program_Files\Dialogic\samples
following standard installation of the System Release 5.1.1 Feature Pack 1.
New
Demo Programs
The following new demo programs are included in the System Release 5.1.1 Feature
Pack 1:
- IP Gateway (Global Call) Object Oriented Demo (two separate demos for host
based and embedded stack)
The IP Gateway (Global Call) Object Oriented demo demonstrates using the Global
Call API to build a PSTN-IP gateway. The demo implements an object-oriented
design.
- NOTE:
- Refer to the IP Gateway (Global Call) Object Oriented Demo Guide for
complete information.
- IP Media Gateway (IPML) Demo
The IP Media Gateway (IPML) demo demonstrates using the IPML API to build
a PSTN-IP gateway. The demo illustrates how to add a proprietary host-based
protocol stack and implements an object-oriented design.
- NOTE:
- Refer to the IP Media Gateway (IPML) Demo Guide for complete information.
Updated
Demo Programs
The following demo programs have been updated, modified, or enhanced since
System Release 5.1.1 for Windows:
- Continuous Speech Processing (CSP) demo
The Continuous Speech Processing (CSP) demo is a single-threaded program that
illustrates key CSP features such as barge-in, voice activity detection, echo-cancelled
recording and echo-cancelled streaming. This demo was enhanced to support
the DMV160LP board.
- NOTE:
- For more information, see the Continuous Speech Processing Demo Guide.
- IP Gateway (Global Call) Demo
The IP Gateway demo shows how to use the Global Call API to build a PSTN-IP
gateway. New features include support for Quality of Service (QoS) and RAS.
A new state, gateRelease, was added. This demo was called the IPT Media Gateway
Demo in System Release 5.1.1 for Windows.
- NOTE:
- For complete information, refer to the IP Gateway (Global Call) Demo
Guide.
- IP Mail (Global Call) Demo
The IP Mail demo illustrates how to build a simple Internet telephony voice
mail application using the Global Call API.
- NOTE:
- For more information, see the IP Mail (Global Call) Demo Guide.
Other
Supported Demo Programs
The following demo programs continue to be supported in the System Release
5.1.1 Feature Pack 1. These programs have not changed since System Release 5.1.1
for Windows.
- DSP Fax Sample Code
In addition to demos, sample code for using the DSP Fax Resource Allocation
feature is provided. This feature allows your application to allocate and
de-allocate DSP Fax channels. The code can be found at:
<install drive>:\program files\Dialogic\samples\fax\sample.cpp
- Fax demos
The following fax demonstration programs are supported. See the Fax
Software Reference for more information.
--axsr-sends or receives faxes on a single voice/fax channel (not supported
on DM3 boards)
--scfaxdem-sends or receives faxes using the SCbus configuration (only
supported on VFX40ESCplus boards)
--dspfaxsr-sends or receives faxes using DSP Fax (SoftFax) on a single
voice/fax channel
- Global Call Basic Call Control Demo Program
A demonstration program that exercises some of the capabilities of Global
Call. See the Global Call API Demo Guide for more information.
Protocol
Stacks
System Release 5.1.1 Feature Pack 1 includes new implementations of two IP
signaling protocol stacks which enable the establishment of calls over an IP
network. These stacks include:
- New Host-Based H.323 Protocol Stack
- New Host-Based SIP Protocol Stack
New
Host-Based H.323 Protocol Stack
The host-based H.323 RADVISION* protocol stack, which is new to the System
Release 5.1.1 Feature Pack 1, provides features that enable the establishment
of calls over an IP network using the H.323 protocol. This IP signaling stack
is compliant with ITU H.323 Revision 2.0 and supports some of the features of
revision 3.0 and 4.0. Refer to the features section of each product family in
this document to identify the products that support the host-based H.323 protocol
stack and for any deviations from the feature support described here.
Features
The features provided by the host-based H.323 protocol stack include:
- Slow start
Slow start is the original call setup method proposed in H.323 Revision 1.0
and continues to be supported in subsequent versions. Using this method several
steps (up to 18) were involved in setting up the connection for a call. An
alternative connection method, known as fast connect, that involves
fewer steps was adopted in H.323 Revision 2.0 (see below).
- Fast connect
Fast connect (also known as fast start) is a method of call setup that bypasses
some of the usual steps in order to reduce the connection setup time. A fast
connect setup can be achieved in as little as one round trip. Fast Connect
enables the media channels to be operational before the CONNECT message is
sent, which is a requirement for certain billing procedures.
- NOTE:
- The audio is enabled only when the application gets GCEV_CONNECTED event.
- Tunneling
Tunneling is the process of sending H.245 Protocol Data Units (PDUs) through
the Q.931 channel (that is, the signaling channel).
- Call identifier
The call identifier is a globally unique ID that can be used to always correctly
identify which call a packet is referencing, even when going through a gatekeeper.
- Progress message
The Progress message is used to indicate that a Gateway in the call is inter-working
with the switched-circuit network (SCN) or to indicate the presence of in-band
information.
- Alias type support
The following alias types are supported:
--E-mail
--H.323 ID
--IP Address
--Phone Number
--URL
- Time to live
Time to live is a parameter that can be requested by an endpoint or specified
by the gatekeeper during registration. It indicates the duration (in seconds)
for which that registration is valid. Using this mechanism, a gatekeeper does
not need to be concerned about its database filling up with entries from endpoints
that are no longer active.
- Keep alive
The keep alive parameter is sent in a lightweight Registration Request from
an endpoint to its gatekeeper to indicate a desire to keep the registration
active for a given amount of time. This is useful if the registration is about
to expire based on the endpoint's time to live value described above.
- Caller ID
Caller ID is a feature found in traditional telephone networks. It also includes
the ability of the caller to request that the name and address information
be withheld from the called party and the ability of network equipment (for
example, the gatekeeper) to screen caller information.
- Real-time fax
Real-time fax enables fax devices to initiate a voice call and then switch
to fax at some point during the call. Along with the obvious benefit of allowing
an IP-based fax device to operate in a manner similar to today's PSTN fax
devices, the media switch is performed in such a way that DSP resources are
conserved, which reduces the overall cost of equipment. Support for carrying
fax data over TCP is also included. Previously, UDP provided the only viable
option for carrying fax data.
- Gatekeeper support
Functionality for interaction with a gatekeeper including the ability to:
--locate a gatekeeper via a multicast or unicast
--specify one-time or periodical registration
--register with a gatekeeper
--change registration information
--remove registration information by value
--send non-standard registration messages
--deregister
--handle calls according to the gatekeeper policy for directing and routing
calls
- RFC 2833
The ability to advertise support for RFC 2833. Also, the ability to use RFC
2833 on the media when enabled at the local side and supported at the remote
side. This capability also includes the ability to use the same RFC 2833 payload
type number as the remote side.
New
Host-Based SIP Protocol Stack
The host-based SIP RADVISION* protocol stack, which is new to the System Release
5.1.1 Feature Pack 1, provides features that enable the establishment of calls
over an IP network using the SIP protocol. Refer to the features section of
each product family in this document to identify the products that support the
SIP protocol stack and for any deviations in feature support described here.
Features
The features provided by the host-based SIP protocol stack include:
- UDP support
The ability to convey SIP messages over a UDP/IP transport and to deploy a
retransmission mechanism that assures reliability and that duplicated packets
are ignored.
- Audio support
The ability to start Audio media sessions using RTP.
- Registration
The ability to register and un-register with SIP registrar using the REGISTER
method.
- Re-Invite capability
The ability to generate a modification request internally to switch to T.38
after detecting a CNG/CED tone. Also, the ability to process an incoming modification
request to switch to T.38. The parameters currently supported by re-invite are
the parameters used to switch between Audio and T.38 fax.
- SRV support
The ability to locate a SIP server using a DNS record, for example "sip11.intel.com",
and to resolve it without an IP address for the remote side. Adding a record
to the DNS is outside the scope of SIP.
- RFC 2833
The ability to advertise support for RFC 2833. Also, the ability to use RFC
2833 on the media when enabled at the local side and supported at the remote
side. This capability also includes the ability to use the same RFC 2833 payload
type number as the remote side.
Other
Release Features
The Development software provided with the System Release 5.1.1 Feature Pack
1 also includes the following features:
- DM3 Media Loads
- Dialogic Integrated (DI) Device Enumerations
- Intel® Dialogic® Analog Loop Start Device Enumerations
DM3
Media Loads
The media loads provided in this release are for the DM3 products. There are
new PCD/FCD files for different media loads. A media load consists of Product
Configuration Description (PCD) and Feature Configuration Description (FCD)
files and associated firmware loads, which are downloaded to each DM3 board.
The PCD/FCD files are customized by feature set as well as by protocol. The
feature sets are available in different media loads as shown in the following
section. Refer to the DM3 Configuration File Reference accompanying
this release for information regarding the DM3 configuration files applicable
to each board.
Intel®
NetStructure DM/V, DM/N, DM/T, DMF, DM/VF, and DM/IP Media Loads
The following media loads are supported in the System Release 5.1.1 Feature
Pack 1:
|
Media Load
|
Description
|
|
1
Basic Voice
|
- Provides play, record, digit generation and detection
- All half duplex voice operations
- Supported Coders:
- kbps, 64 kbps, & 48 kbps G.711 PCM VOX and WAV
- kbps & 32 kbps OKI ADPCM VOX and WAV
- Linear PCM VOX and WAV
- Speed Control on 8 KHz coders
- Volume Control
- GTG/GTD
- dx_dial() for call analysis (post connect only)
- Transaction Record
- All call control features when using a board with a network interface
|
|
1b
2-Way FSK
|
Basic Voice (Media Load 1) plus ADSI/2-way FSK
|
|
2
Enhanced Voice
|
Basic Voice (Media Load 1) plus:
|
|
5
Fax _
|
Enhanced Voice (Media Load 2) plus V.17 Fax
|
|
6
Ultra Voice
|
Enhanced Voice (Media Load 2) and TrueSpeech coder
|
|
9b
Conferencing
Resource
|
Conferencing only resource. It is very much like a traditional DCB with
added conferencing capabilities like Echo Cancellation:
- Conferencing with Echo Cancellation and basic DTMF and basic tariff
tone support.
- Conferencing (up to 60 conferences per DCB DSP device)
- No Voice channels
- Adds 16 ms Echo Cancellation
|
|
10
Voice and Conferencing
|
Enhanced Voice (Media Load 2) plus Conference Resource.
Conferencing and Voice devices are independent (not mutual exclusion).
This Media Load instantiates both enhanced voice devices as well as DCB
DSP conferencing resources.
|
|
11
Enhanced Voice Plus Conferencing_
|
Enhanced Voice (Media Load 2) plus Conferencing resources
- NOTE:
- Media Load 11 applies to IPLink boards only.
|
|
Universal Media Load _
|
- Basic Voice (Media Load 1)
- Fax (Media Load 5)
- Conferencing Resource (Media Load 9b)
|
_ These media loads are new to the Feature Pack 5.1.1 Feature
Pack 1 for Windows Operating Systems on Intel® Architecture.
The following tables shows product configurations based on the media loads
supported in this release:
DM/V
Board Density and Media Load
|
|
|
|
|
|
|
|
|
|
Board
|
Basic Voice
(1)
|
Two Way FSK
(1b)
|
Enhanced Voice
(2)
|
Fax
(5)
|
Ultra Voice
(6)
|
Conf Only
(9b)
|
Voice/ Conf
(10)
|
Universal
(1+5+9b)
|
|
DM/V480-4T1-PCI
|
48
|
|
|
|
|
|
|
|
|
DM/V600-4E1-PCI
|
60
|
|
|
|
|
|
|
|
|
DM/V960-4T1-PCI
|
96
|
|
|
|
|
|
|
|
|
DM/V1200-4E1-PCI
|
120
|
|
|
|
|
|
|
|
|
DM/V480-4T1-cPCI
|
48
|
|
|
|
|
|
|
|
|
DM/V600-4E1-cPCI
|
60
|
|
|
|
|
|
|
|
|
DM/V960-4T1-cPCI
|
96
|
|
|
|
|
|
|
|
|
DM/V1200-4E1-cPCI
|
120
|
|
|
|
|
|
|
|
|
DM/V480A-2T1-PCI
|
|
48
|
48
|
|
48
|
|
48 / 60
|
|
|
DM/V600A-2E1-PCI
|
|
60
|
|
|
60
|
|
60 / 60
|
|
|
DM/V960A-4T1-PCI
|
|
96
|
96
|
96 / 4
|
96
|
|
|
|
|
DM/V1200A-4E1-PCI
|
|
120
|
120
|
|
120
|
120
|
|
60 / 8 / 60
|
|
DM/V480A-2T1-cPCI
|
|
|
|
|
|
|
48 / 60
|
|
|
DM/V600A-2E1-cPCI
|
|
|
|
|
|
|
60 / 60
|
|
|
DM/V960A-4T1-cPCI
|
|
96
|
96
|
|
96
|
|
|
|
|
DM/V1200A-4E1-cPCI
|
|
120
|
120
|
|
120
|
120
|
|
|
|
DM/V2400A-PCI
|
240
|
|
|
|
|
120
|
60 / 60
|
|
|
DM/V2400A-cPCI
|
240
|
|
|
|
|
120
|
120 / 60
|
|
|
The channel densities for media loads 5, 10 and Universal are additive;
in addition to the number of voice channels supported on a board,
an additional number of fax or conferencing channels can run simultaneously
with the voice channels. On the DM/V1200A-4E1-PCI board, the Universal
Media Load can simultaneously run 60 channels of voice, 8 channels
of fax, and 60 channels of conferencing.
|
DM/IP
Board Density and Media Load
|
|
|
|
|
Board
|
Basic Voice
(1)
|
Enhanced Voice
(2)
|
Voice/Conferencing
(11)
|
|
DM/IP241-1T1-PCI
|
24 / 24
|
|
|
|
DM/IP241-1T1-cPCI
|
24 / 24
|
|
|
|
DM/IP2431A-1T1-PCI
|
24 / 24
|
|
|
|
DM/IP301-1E1-PCI
|
30 / 30
|
|
|
|
DM/IP301-1E1-cPCI
|
30 / 30
|
|
|
|
DM/IP3031A-1E1-PCI
|
30 / 30
|
|
|
|
DM/IP241-1T1-PCI-100BT
|
24 / 24
|
24 / 24
|
24 / 24 / 30
|
|
DM/IP301-1E1-PCI-100BT
|
30 / 30
|
30 / 30
|
30 / 30 / 30
|
|
DM/IP481-2T1-PCI-100BT
|
48 / 48
|
48 / 48
|
|
|
DM/IP481-2T1-cPCI-100BT
|
48 / 48
|
48 / 48
|
48 / 48 / 60
|
|
DM/IP601-2E1-PCI-100BT
|
60 / 60
|
60 / 60
|
60 / 60 / 60 *
|
|
DM/IP601-2E1-cPCI-100BT
|
60 / 60
|
60 / 60
|
60 / 60 / 60
|
|
DM/IP601-cPCI-100BT
|
|
60 / 60
|
60 / 60 / 60
|
|
DM/IP0821A-T1
|
8 / 24
|
|
|
|
DM/IP0821A-E1-120
|
8 / 30
|
|
|
|
For media loads 1 and 2, the table indicates the
number of IP and voice instances supported on the board. For media
load 11, the table indicates the number of IP and voice instances
supported on the board and the number of conferencing channels that
can run simultaneously with the voice channels.
* A special load is available that supports 60
channels IP (G.711 only), 60 channels of voice with CSP (G.711 only),
and 60 channels of conferencing (no echo cancellation). To implement
this load, use the ipvs_evt_r_ml10.pcd file.
|
Dialogic
Integrated (DI) Media Loads
This release contains DI media loads specific to the Dialogic Integrated DI/SIxx
boards and DI/0408-LS-A-x boards. There are three DI media loads provided for
the DI/0408-LS-A-x boards, and there is a single DI media load provided for
the DI/SIxx boards. This section describes the DI media loads and the device
enumeration rules which take effect upon successful download.
DI media loads that are supported in this release include:
|
Media Load
|
Description
|
|
DI Media Load 1 for DI/0408-LS-A and DI/0408-LS-A-R2
|
- Trunks: call control, Caller ID, and dedicated voice (player, recorder,
tone generator, signal detector) for the 4 analog loop start interfaces.
- Stations: call control, Caller ID, and dedicated voice (player,
recorder, tone generator, signal detector) for the 8 analog station
interfaces.
- Capability to switch the signal from the audio input to the CT
Bus / SCbus.
- Support for up to three conferences with a total of 9 parties max
between all conferences. Conference resources are shareable across
the system via the CT Bus / SCbus.
- Two channels of V.17 fax sharable across the system via the CT
Bus / SCbus.
|
|
DI Media Load 2 for DI/0408-LS-A-R2 only
|
- Eight (8) channels of voice (player, recorder, tone generator,
signal detector) sharable across the system via the CT Bus / SCbus.
- Trunks: call control, Caller ID, and dedicated tone generation
and signal detection capability for the 4 analog loop start interfaces.
- Stations: call control, Caller ID, and dedicated tone generation
and signal detection capability for the 8 analog station interfaces.
- Capability to switch the signal from the audio input to the CT
Bus / SCbus.
- Support for up to three conferences with a total of 9 parties max
between all conferences. Conference resources are shareable across
the system via the CT Bus / SCbus.
- Two channels of V.17 fax sharable across the system via the CT
Bus / SCbus.
|
|
DI Media Load 4 for DI/0408-LS-A-R2 only
|
Same as DI media load 2 with the addition of four channels of continuous
speech processing (CSP) resources, which are shareable across the system
via the CT Bus / SCbus.
|
|
DI Media Load 1 for DI/SI32, DI/SI16-R2, DI/SI24-R2,
and DI/SI32-R2
|
- Call control and dedicated voice (player, recorder, tone generator,
signal detector) for the appropriate number analog station interfaces.
That is, for DI/SI32 there are 32 voice resources and MSI devices.
- Capability to switch the signal from the audio input to the CT
Bus / SCbus.
- For DI/SI32 only: support for up to five conferences with a total
of 16 parties max between all conferences, without echo cancellation.
Support for up to five conferences with a total of 12 parties max
between all conferences, with echo cancellation.
- For DI/SIxx-R2: support for up to five conferences with a total
of 16 parties max between all conferences, with or without echo cancellation.
- Caller ID transmission to stations
|
Intel®
Dialogic® Analog Loop Start Media Load
The Intel® Dialogic® DMV160LP board uses the DMV160LP media load,
which supports the following features:
- Play, record, digit generation and detection
- All half duplex voice operations
- Supported coders:
--OKI* ADPCM at 6 KHz with 4-bit samples (24 kbps) and 8 KHz with 4-bit
samples (32 kbps), VOX and WAVE file formats
--G.711 PCM at 6 KHz with 8-bit samples (48 kbps) and 8 KHz with 8-bit
samples (64 kbps) using A-law or mu-law coding, VOX and WAVE file formats
--PCM at 11.025 KHz sampling with 8-bit samples (88 kbps), using linear
coding
--G.726 ADPCM
--GSM full-rate voice coder at 13 kbps (ETSI 6.0 and RTP; both Microsoft
and TIPHON frame support)
--TrueSpeech* at 8 KHz with 16-bit samples (8.5 kbps), VOX and WAVE file
formats
- Speed control on 8 KHz coders
- Volume control
- GTG/GTD
- dx_dial() for call analysis (post connect only)
- Transaction Record
- All call control features when using a board with a network interface
- Silence compressed record (G.711, ADPCM, G.726)
- ADSI/2-way FSK
- Caller ID in U.S., Japan and Europe
- Fax
Dialogic
Integrated (DI) Device Enumerations
This section describes the device enumeration rules which take effect upon
successful download.
Device
Enumerations for DI/0408-LS-A and DI/0408-LS-A-R2:
For the DI/0408-LS-A and DI/0408-LS-A-R2 DI media loads, device enumeration
follows the rules listed below:
- NOTE:
- The scenario below assumes that the DI/0408-LS-A-x is the only board
in the system. Call the dx_getfeaturelist( ) function to return
information about the features supported on the device. (Refer to the Voice
Software Reference - Programmer's Guide for function details.)
- The four loop start analog interfaces are enumerated as dtiB1T1-dtiB1T4.
Trunk call control is supported via Global Call APIs.
- Voice devices associated with the four loop start interfaces are dxxxB1C1-dxxB1C4.
For DI media load 1: a subset of the dx_ APIs provides support for basic voice
functionality.
For DI media load 2 and DI media load 4: a subset of the dx_ APIs provides
tone generation and detection support.
- The eight analog station interfaces are enumerated as msiB1C1-msiB1C8.
Station call control is supported via the msi_ APIs.
- Voice devices associated with the eight analog station interfaces are dxxxB2C1-dxxB2C4,
and dxxxB3C1-dxxB3C4.
For DI media load 1: a subset of the dx_ APIs provides support for basic voice
functionality.
For DI media load 2 and DI media load 4: a subset of the dx_ APIs provides
tone generation and detection support.
- For DI media load 2 and DI media load 4: eight channels of voice are enumerated
as dxxxB4C1-dxxB4C4, and dxxxB5C1-dxxB5C4. A subset of the dx_ APIs provide
support for basic voice including transaction record.
- The audio input is enumerated as aiB1. Switching is controlled via the
ai_ APIs.
- Conferencing is enumerated as dcbB1D1. Application control of conferencing
is provided by either the dcb_ APIs or the ms_ conferencing APIs.
- The two fax channels are enumerated as described below. Application control
is provided by the fx_ APIs.
For DI media load 1: dxxxB4C1 & dxxxB4C2
For DI media load 2: dxxxB6C1 & dxxxB6C2
For DI media load 4: dxxxB7C1 & dxxxB7C2
- For DI media load 4 only: the four channels of Continuous Speech Processing
(CSP) are enumerated as dxxB6C1-dxxB6C4. Application control is provided by
the ec_ APIs.
Device
Enumerations for DI/SI32 and DI/SIxx-R2:
For the DI/SI32 and DI/SIxx-R2 DI media load, device enumeration follows the
rules listed below:
- NOTE:
- The scenario below assumes that the DI/SI32 or DI/SIxx-R2 is the only
board in the system.
- The analog station interfaces are enumerated as msiB1C1-msiB1Cxx, where
xx may be 16, 24, or 32 depending on the board type. Station call control
is supported via the ms_ APIs.
- Voice devices associated with the analog station interfaces follow the
convention dxxxBnCn. The following example shows enumeration for 32 analog
station interfaces: dxxxB1C1-dxxB1C4, dxxxB2C1-dxxB2C4, dxxxB3C1-dxxB3C4,
dxxxB4C1-dxxB4C4, dxxxB5C1-dxxB5C4, dxxxB6C1-dxxB6C4, dxxxB7C1-dxxB7C4, dxxxB8C1-dxxB8C4.
A subset of the dx_ APIs provide support for basic voice.
- The audio input is enumerated as aiB1. Switching is controlled via the
ai_ APIs.
- Conferencing is enumerated as dcbB1D1. Application control of conferencing
is provided by either the dcb_ APIs or the ms_ conferencing APIs.
Intel®
Dialogic® Analog Loop Start Device Enumerations
For the Intel® Dialogic® DMV160LP board, device enumeration follows
the rules listed below:
- NOTE:
- This scenario assumes that the DMV160LP is the only board in the system.
Call the dx_getfeaturelist( ) function to return information about
the features supported on the device. (Refer to the Voice Software Reference
- Programmer's Guide for function details.)
- The sixteen loop start analog interfaces are enumerated as:
dtiB1T1 to dtiB4T4
Trunk call control is supported via the Global Call API (gc_ functions).
- Voice devices associated with the sixteen loop start interfaces are enumerated
as:
dxxxB1C1 to dxxB4C4
- The four fax channels are enumerated as:
dxxxB5C1 to dxxxB5C4
Application control is provided by the Fax API (fx_ functions).
Operating
Software
This chapter describes the operating software features that are supported in
the System Release Version 5.1.1 Feature Pack 1. This information is organized
into the following sections:
- Configuration Software
- Administration Software
- SNMP Agent Administrative Software
- Diagnostics Software
Configuration
Software
This section describes the configuration software that is supported in the
System Release Version 5.1.1 Feature Pack 1. Configuration is performed after
the system release software is installed, using the Intel® Dialogic®
Configuration Manager (DCM). Detailed procedures are given Intel®
Dialogic System Release Version 5.1.1 Feature Pack 1 on PCI and CompactPCI for
Microsoft* Windows NT/2000/XP on Intel® Architecture Installation &
Configuration Guide.
New
Features
The Intel® Dialogic® Configuration Manager (DCM) provides the following
new feature in the System Release 5.1.1 Feature Pack 1:
- Adding third-party devices to an Intel® Dialogic® system and
reserving TDM bus time slots for third-party devices. You can use the ThirdPartyTech
family in the DCM's Add Hardware Wizard to set the TDM bus capabilities of
third party devices and reserve TDM bus resources (time slots) for third-party
devices. This allows third-party devices to co-exist on the TDM bus with Intel®
NetStructure and/or Intel® Dialogic boards. You can also define the
third party device as either the primary or secondary TDM bus clock master.
- NOTE:
- In System Release 5.1.1, third party device support was provided by a
standalone Third Party Configuration GUI and documented in the Third Party
Hardware TDM Bus Administration for Windows guide. Third party device support
has been integrated into the DCM for System Release 5.1.1 Feature Pack 1.
Refer to the Intel® Dialogic System Release Version 5.1.1 Feature Pack
1 on PCI and CompactPCI for Microsoft* Windows NT/2000/XP on Intel® Architecture
Installation & Configuration Guide for more information about reserving
TDM bus resources for third party devices.
Other
Supported Features
The following configuration features, which were supported in the System Release
5.1.1 for Windows release, continue to be supported in this release:
- DCM for configuring boards and TDM bus clocking setup
- Media loads and configuration file sets for board feature selection
- PDKManager for downloading Global Call protocol firmware and country-dependent
parameter (CDP) configuration files
Administrative
Software
This section describes the system administration software that is available
in the System Release Version 5.1.1 Feature Pack 1. Administrative software
allows the administrator to perform such tasks as starting and stopping the
Intel® Dialogic® System, running demo programs, monitoring performance,
and replacing a board in an active system with the same board type.
New
Features
Administrative software features that are new since System Release 5.1.1 for
Windows include:
- Managing a system remotely using Windows 2000 Terminal Services. This feature
allows you to manage a server that contains the Intel® Dialogic®
System Software and associated boards from a remote client computer using
Windows 2000 Terminal Services on both the client and server computers.
Other
Supported Features
The following administration features, which were supported in System Release
5.1.1 for Windows, continue to be supported in this release:
- Like-for-Like Replacement of any Intel® NetStructure CompactPCI
(cPCI) board. This feature allows you to physically remove an Intel®
NetStructure cPCI board from the system and replace it with an identical
device model without shutting down the Intel® Dialogic® System Service.
- The Selective Startup Mode (Start Devices Preference) provides the ability
to continue initializing a group (or set) of Intel® NetStructure boards
regardless of a single board failure. This means that firmware download and
initialization of the system will occur even if one or more Intel® NetStructure boards fail to initialize properly.
--Selecting Start All Device(s) or Start None causes the Intel®
Dialogic System Service to run only if all Intel® NetStructure devices
have downloaded the firmware. If at least one device fails to download,
the Intel® Dialogic System Service will not start.
--Selecting Start Selective (Good Devices Only) causes the Intel®
Dialogic System Service to run even if one or more devices fail to download
the firmware. The system will bypass the problematic device(s) and the Intel®
Dialogic System Service will start.
SNMP
Agent Administration Software
New
Features
There are no new SNMP Agent Administration Software features in System Release
5.1.1 Feature Pack 1.
Other
Supported Features
The following SNMP Agent administration software features, which were supported
in System Release 5.1.1 for Windows, continue to be supported in this release:
- Detection and monitoring of Intel® Dialogic® boards, including
model, type, firmware name and version, memory address, IRQ, BLT ID, PCI slot
ID, and current operational status
- Detection and monitoring of Intel® Dialogic® devices, including
voice channels, DTI time slots, ISDN B channels, and MSI station sets
- Tracking of information common to all devices, such as name, type, open
count, TDM bus transmit and receive time slot, and physical device table
- Automatic pinging to detect failed hardware or firmware
- Remote resetting of the Intel® Dialogic® System Service
- Tracking of lost messages and errors
- Maintenance of statistics over a user-specified interval
Diagnostics
Software
This section describes the diagnostics software that is available in System
Release 5.1.1 Feature Pack 1. Diagnostics software allows the administrator
to perform such tasks as determining the status of Intel® NetStructure boards, printing standard errors that are produced by Intel® NetStructure boards and verifying the network connections of Intel® NetStructure boards.
The diagnostics software provides a number of tools that are useful when troubleshooting
a board or a system.
- NOTE:
- Refer to the DM3 Diagnostic Utilities Reference for more information.
However, this document does not contain information about the new Snapshot
Tool.
New
Features
The following new diagnostic utility for Intel® NetStructure DM/IP Series
and Intel® NetStructure DM/V Series boards has been added in the System
Release 5.1.1 Feature Pack 1:
- snapshot tool -The snapshot tool uses Intel® Dialogic system software
fault monitoring components to generate a core dump file when a Control Processor
(CP), Signal Processor (SP) or Shared RAM (SRAM) fault is detected on certain
Intel® NetStructure board models. When a fault is detected, a core
dump file is created in the Program Files\Dialogic\LOG
directory and the board that the fault occurred on is taken out-of-service
(stopped) without causing any other interruptions to the system. To reactivate
the out of service board, you must restart it.
Each core dump file is named according to the type of fault detected and the
date/time the fault occurred. The naming convention of the core dump files is
faulttype MM_DD_YY HH_NNxx .bin, where:
- faulttype denotes the type of fault (CPDump, SPDump or SRAM)
- MM is a two digit number indicating the month
- DD is a two digit number indicating the day
- YY is a two digit number indicating the year
- HH is a two digit number indicating the hour
- NN is a two digit number indicating the minute
- xx indicates whether the fault occurred in the AM or PM
- a core dump file is generated, you can send a .zip file containing the
contents of the Program Files\Dialogic\LOG directory
along with the Windows* event viewer system log file (*.evt) to Intel®
Dialogic support services for debugging purposes.
Other
Supported Features
The following diagnostic utilities, previously supported in System Release
5.1.1 for Windows, continue to be supported on Intel® NetStructure boards
in this release:
- Alarms utility-monitors the alarms on a T-1 or E-1 line
- Audio Control utility-controls the Player and Recording resources
- CallInfo-detects call information using the Telephony Service Provider
(TSP) resource
- CAS Signal Editor utility-allows you to dynamically view and modify CAS
signal identification parameters (transitions, pulses, trains, or sequences)
so you can test them before changing the config file.
- DebugView-allows you to monitor debug output on the local system or any
networked system that can be reached via TCP/IP
- DigitDetect-provides the ability to detect digits at the local end of a
channel connection
- Dm3Insight- allows you to capture message and stream traffic from the DM3
driver
- Dm3KDebug-queries the kernel of DM3 boards for debug information
- Dm3post-performs Power On Self Test (POST) for a specified board
- Dm3StdErr-polls the board and posts statements from the board's resources
and kernel to the screen and a designated output file
- DM3Trace-polls the board and posts statements from the board's resources
and kernel to the screen and a designated output file
- GetVer-prints the version of a DM3 binary file to the screen
- LineAdmin utility-puts lines into service so you can run a number of the
other utilities. Also, monitors T-1 and E-1 alarms
- Listboards utility-displays information for boards present in the system
and recognized by the device driver
- ISDNtrace-provides the ability to track Layer 3 (Q.931) messages on the
ISDN D channel of Intel® NetStructure products. ISDNtrace prints the
messages on the screen in real time. This trace information also can be captured
into a file
- Phone-provides control for a single DM3 resource channel (make calls, wait
for calls, etc.), monitors channel and call states, and sends call control
operations to the DM3 Global Call resource
- Qerror-displays error code strings for DM3 Kernel errors
- STD Config utility-compares component parameters
- StrmStat-displays the status of specified DM3 streams
- TSP Config utility-allows you to change T-1 CAS or ISDN protocol variant
parameters
- TSP Monitor utility-allows you to monitor the Global Call Resource protocol
- TSP Tracer utility-allows you to trace CAS protocol operations and includes
timing information
Supported
Hardware
This chapter describes the hardware products that are supported in System Release
Version 5.1.1 Feature Pack 1. This information is organized into the following
categories:
- New Intel® Dialogic® Analog Loop Start Product
- New Intel® Dialogic® DI/0408-LS-A-x
- New Intel® Dialogic® DI/SIxx Products
- Intel® Dialogic® CPi Fax Products
- Intel® Dialogic® Springware Fax Products
- Intel® Dialogic® Springware Voice Products
- Intel® Dialogic® Springware Single Span Products
- Intel® Dialogic® Springware Dual Span Products
- Intel® NetStructure DM/F Fax Products
- Intel® NetStructure DM/VF Products
- Intel® NetStructure High Density Station Interface (HDSI) Products
- Intel® NetStructure DM/IP Series Products
- Intel® NetStructure DM/IP Resource Products
- Intel® NetStructure DM/V Products
- Intel® NetStructure DM/N and DM/T DTI Series Products
- Intel® Dialogic® PBX Integration Products
- Intel® Dialogic® Conferencing Products
- Intel® Dialogic® Analog Network Interface Products
- Intel® Dialogic® Digital Network Interface Products
- Intel® Dialogic® Station Interface Products
- Intel® NetStructure SS7 Products
- Intel® NetStructure Signaling Interface Units
- NOTE 1:
- Those boards formerly known as DM3 boards: DM3 Fax (now known as DM/F
products), DM3 VFN (now known as DM/VF products), DM3 IPLink (now known as
DM/IP products), and DM3 MediaSpan (now known as DM/V products), are now known
as Intel® NetStructure boards. For more detailed information about
these products, please refer to the datasheets found at: http://developer.intel.com/design/network/products/telecom/boards/index.htm
- NOTE 2:
- Those boards formerly known as Septel boards are now known
as Intel® NetStructure SS7 boards.
New
Intel® Dialogic® Analog Loop Start Product
The following new Intel® Dialogic® analog loop start product is supported:
New
Intel® Dialogic® DI/0408-LS-A-x
The following DI/0408-LS-A-x boards are supported:
- DI/0408-LS-A-R2 (new)
- DI/0408-LS-A
New
Intel® Dialogic® DI/SIxx Products
The following Intel® Dialogic® DI/SIxx Station Interface boards are
supported:
- DI/SI32
- DI/SI16-R2 (new)
- DI/SI24-R2 (new)
- DI/SI32-R2 (new)
Intel®
Dialogic® CPi Fax Products
Intel®
Dialogic® CPi Fax Series Products
The following Intel® Dialogic® CPi fax products are supported:
- CPI/200BRI
- CPi/400BRI
- CPi/200PCI
- CPi/400PCI
- CPi/2400CT-T1
- CPi/3000CT-E1
- CPi/2400-1T1-PCIU
- CPi/3000-1E1-PCIU
- CPi/100
- CPi/200
- CPi/400
- CPi/200B
- CPi/400B
- CPi/200B2
- CPi/400B2
- CPD/220
- XPi/200
Intel®
Dialogic® CPi Fax Resource Only Series Products
The following Intel® Dialogic® CPi fax resource-only products are
supported:
- CP6/SC
- CP12/SC
- CPi/2400CT
- CPi/3000CT
- CPi/2400-PCIU
- CPi/3000-PCIU
Intel®
Dialogic® Springware Fax Products
The following Intel® Dialogic® Springware fax products are supported:
- VFX/40ESCplus
- VFX/40PCI
- VFX/41JCT-LS
Intel®
Dialogic® Springware Voice Products
The following Intel® Dialogic® Springware voice products are supported:
- Dialog4
- ProLine/2V
- D/21E
- D/41ESC
- D/41EPCI
- D/41JCT-LS
- D/41H
- D/4-PCI
- D/80SC
- D/80-PCI
- D/160SC
- D/160SC-HS
- D/160SCLS-HiZ
- D/160JCT
- D/240SC
- D/320SC
- D/320SC-IDPD
- D/320-PCI
- D/320JCT
- D/640SC
Intel®
Dialogic® Springware Single Span Products
The following Intel® Dialogic® Springware single span products are
supported:
- D/80SC-4LS
- D/160SC-LS
- D/160SC-LS-IDPD
- D/160SC-8LS
- D/120JCT-LS
- BRI/2VFD
- D/240SC-T1
- D/240SC-T1-IDPD
- D/300SC-E1
- D/300SC-E1-IDPD
- D/240JCT-T1
- D/300JCT-E1
- D/240PCI-T1
- D/300PCI-E1
- D/480JCT-1T1
- D/600JCT-1E1
Intel®
Dialogic® Springware Dual Span Products
The following Intel® Dialogic® Springware dual span products are
supported:
- D/240SC-2T1
- D/300SC-2E1
- D/480SC-2T1
- D/600SC-2E1
- D/480JCT-2T1
- D/600JCT-2E1
Intel®
NetStructure DM/F Fax Products
Intel®
NetStructure DM/F Fax Products
The following Intel® NetStructure DM/F Fax products are supported:
- DM/F240-1T1-PCI
- DM/F300-1E1-PCI
- DM/F240-1T1-PCIU
- DM/F300-1E1-PCIU
Intel®
NetStructure DM/F Fax Resource Products
The following Intel® NetStructure DM/F Fax resource products are supported:
- DM/F240-PCI
- DM/F300-PCI
- DM/F240-PCIU
- DM/F300-PCIU
- DM/F240-cPCI
- DM/F300-cPCI
Intel®
NetStructure DM/VF Products
The following Intel® NetStructure DM/VF products are supported:
- DM/VF240-1T1-PCI
- DM/VF300-1E1-PCI
- DM/VF240-1T1-PCIU
- DM/VF300-1E1-PCIU
Intel®
NetStructure High Density Station Interface (HDSI) Products
The following Intel® NetStructure High Density Station Interface Series
products are supported:
- HDSI/480-cPCI
- HDSI/720-cPCI
- HDSI/960-cPCI
- HDSI/1200-cPCI
- HDSI/480-PCI
- HDSI/720-PCI
- HDSI/960-PCI
- HDSI/1200-PCI
Intel®
NetStructure DM/IP Series Products
The following Intel® NetStructure DM/IP Series products are supported:
- DM/IP241-1T1-PCI
- DM/IP301-1E1-PCI
- DM/IP241-1T1-cPCI
- DM/IP301-1E1-cPCI
- DM/IP2431A-T1
- DM/IP3031A-E1-120
- DM/IP241-1T1-PCI-100BT
- DM/IP301-1E1-PCI-100BT
- DM/IP481-2T1-PCI-100BT
- DM/IP481-2T1-cPCI-100BT
- DM/IP601-2E1-PCI-100BT
- DM/IP601-2E1-cPCI-100BT
Intel®
NetStructure DM/IP Resource Products
The following Intel® NetStructure DM/IP resource products are supported:
- DM/IP241-1T1
- DM/IP601-cPCI-100BT
- DM/IP0821A-1T1
- DM/IP0821A-E1
Intel®
NetStructure DM/V Products
Intel®
NetStructure DM/V-A Multifunction Series Products
The following Intel® NetStructure DM/V-A Multifunction Series products
are supported:
- DM/V480A-2T1-PCI
- DM/V600A-2E1-PCI
- DM/V960A-4T1-PCI
- DM/V1200A-4E1-PCI
- DM/V480A-2T1-cPCI
- DM/V600A-2E1-cPCI
- DM/V960A-4T1-cPCI
- DM/V1200A-4E1-cPCI
Intel®
NetStructure DM/V-A Multifunction Resource Series Products
The following Intel® NetStructure DM/V-A Multifunction Resource Series
products are supported:
- DM/V2400A-PCI
- DM/V2400A-cPCI
Intel®
NetStructure DM/V Voice Series Products
The following Intel® NetStructure DM/V Voice products are supported:
- DM/V480-4T1-PCI
- DM/V600-4E1-PCI
- DM/V960-4T1-PCI
- DM/V1200-4E1-PCI
- DM/V480-4T1-cPCI
- DM/V600-4E1-cPCI
- DM/V960-4T1-cPCI
- DM/V1200-4E1-cPCI
Intel®
NetStructure Dual Span HiZ Series Products
The following Intel® NetStructure DualSpan HiZ products are supported:
- DM/V480-2T1-PCI-HiZ
- DM/V600-2E1-PCI-HiZ
Intel®
NetStructure DM/N and DM/T DTI Series Products
The following Intel® NetStructure DM/N and DM/T Digital Telephony Interface
(DTI) Series products are supported:
- DM/N960-4T1-PCI
- DM/N1200-4E1-PCI
- DM/N960-4T1-cPCI
- DM/N1200-4E1-cPCI
- DM/T960-4T1-PCI
- DM/T1200-4E1-PCI
- DM/T960-4T1-cPCI
- DM/T1200-4E1-cPCI
Intel®
Dialogic® PBX Integration Products
The following Intel® Dialogic® PBX integration products are supported:
- D/42JCT-U
- D/82JCT-U
- D/82JCTUPCIUNIV
Intel®
Dialogic® Conferencing Products
The following Intel® Dialogic® conferencing products are supported:
- DCB/320SC
- DCB/640SC
- DCB/960SC
Intel®
Dialogic® Analog Network Interface Products
The following Intel® Dialogic® analog network interface products
are supported:
Intel®
Dialogic® Digital Network Interface Products
The following Intel® Dialogic® digital network interface products
are supported:
- DTI/240SC
- DTI/241SC
- DTI/300SC
- DTI/301SC
- DTI/480SC
- DTI/481SC
- DTI/600SC
- DTI/601SC
Intel®
Dialogic® Station Interface Products
The following Intel® Dialogic® station interface products are supported:
- MSI/80SC-Global
- MSI/160SC-Global
- MSI/240SC-Global
- MSI/80PCI-Global
- MSI/160PCI-Global
- BRI/80SC
- BRI/160SC
- BRI/80PCI
- BRI/160PCI
Intel®
NetStructure SS7 Products
The following Intel® NetStructure SS7 products are supported:
- Intel® NetStructure PCCS6 (ISA form factor)
- Intel® NetStructure SPCI4 (PCI form factor)
- Intel® NetStructure CPM8 (CompactPCI* form factor)
Intel®
NetStructure Signaling Interface Units
The following Intel® NetStructure Signaling Interface Units (SIUs) are
supported:
- Intel® NetStructure SIU131
- Intel® NetStructure SIU231
- Intel® NetStructure SIU520
Separately
Orderable Products
This chapter describes separately orderable products that are not part of the
System Release Version 5.1.1 Feature Pack 1 but are required to perform some
of the functions supported by the system release.
The Intel® Dialogic® Global Call Protocols Version 3.00 for Linux
and Windows introduces support for PDK protocols on Intel® NetStructure boards. This release also includes enhancements to the PDK protocols to support
additional countries and switches.
The Global Call Protocols Version 3.00 Package contains:
- Global Call PDK and ICAPI protocol binaries and country-dependent parameter
(CDP) files
- Intel® Dialogic® Global Call Protocols
Version 3.00 for Linux and Windows Release Notes, which provides information
about installing and using the Global Call protocols
- Global Call Country Dependent Parameters (CDP) Reference, which
describes the parameters associated with each of the countries needed for
utilizing Global Call protocols
- NOTE:
- The Global Call Protocols Version 3.00 package can be downloaded from
the Intel® Telecom Support Resources web site at http://developer.intel.com/design/telecom/support/
Release
Documentation
This chapter provides information about the documentation that has been developed
to accompany the System Release Version 5.1.1 Feature Pack 1. This information
is organized into the following sections:
- Documentation Highlights
- System Release Documentation
- Development Software Documentation
- Operating Software Documentation
Documentation
Highlights
The System Release Version 5.1.1 Feature Pack 1 documentation referenced in
this Release Guide is available only on CD or downloadable from the support
website located at: http://resource.intel.com/telecom/support/documentation/releases/index.htm
The new documentation uses a new presentation format and a more customer-focused
information architecture. There will be a transition period during which some
documents will be in the new format and structure, while others will remain
in the old format and structure. You will notice the changes in a variety of
ways: some documents may be re-titled, some may be split into several documents,
and some may be retired altogether. As this migration takes place, the changes
will be highlighted in this section.
Among the more notable changes in the System Release Version 5.1.1 Feature
Pack 1 are the following:
- The GlobalCall API Software Reference for Linux and Windows
has been re-titled to the Global Call API for Linux and Windows Operating
Systems Library Reference.
- The GlobalCall Application Developer's Guide for Linux
and Windows has been re-titled to the Global Call API for Windows Operating
Systems Programming Guide.
- Two versions of the Global Call IP Technology User's
Guide for Linux and Windows Operating Systems are provided in this release:
--The Global Call IP over Embedded Stack Technology User's
Guide for Linux and Windows Operating Systems provides information for
the development of Global Call applications where the IP protocol stack
is running on the board. This configuration, supported in System Release
Version 5.1.1, continues to be supported in Feature Pack 1.
--The Global Call IP over Host-based Stack Technology
User's Guide for Linux and Windows Operating Systems provides information
for the development of Global Call applications where the IP protocol stack
is running on the host. This configuration is new in System Release Version
5.1.1 Feature Pack 1.
- The Global Call E-1/T-1 Technology User's Guide for Linux
and Windows has been renamed the Global Call E-1/T-1 CAS/R2 Technology
User's Guide for Linux and Windows.
If you are new to Intel® Dialogic® products or some of the
latest technology and don't want to search through the documentation to find
the information you need, use the Learn About website to get an overview of
our products and what is required to use them. The URL for Learn About is: http://resource.intel.com/telecom/support/documentation/learnabout/index.htm
System
Release Documentation
The following system release documentation is provided to support System Release
Version 5.1.1 Feature Pack 1:
- Intel® Dialogic System Release Version 5.1.1 Feature Pack 1 on
PCI and cPCI for Microsoft* Windows NT/2000/XP on Intel® Architecture
Release Guide (this document)
- Intel® Dialogic System Release Version 5.1.1 Feature Pack 1 on
PCI and cPCI for Microsoft* Windows NT/2000/XP on Intel® Architecture
Release Update (Web download only)
- Intel® Dialogic System Release Version 5.1.1 Feature Pack 1 on
PCI and CompactPCI for Microsoft* Windows NT/2000/XP on Intel® Architecture
Installation & Configuration Guide
- NOTE:
- A dagger () next to a document title indicates that the document
has either been updated since System Release 5.1.1 for Windows or is an entirely
new document.
Development
Software Documentation
The following development software documentation is provided to support this
release:
- BRI/2 User's Guide
- Call Logging API Software Reference for Windows
- Compatibility Guide for Dialogic R4 API on DM3 Products for Linux and
Windows
- Continuous Speech Processing API for Linux and Windows Library Reference
- Continuous Speech Processing API for Linux and Windows Programming Guide
- Continuous Speech Processing API for Linux and Windows Demo Guide
- Customization Tools for Installation and Configuration for Windows
- Error and Status Code Guide (05-7034-001)
- NOTE:
- This manual is available online only and can be found at http://resource.intel.com/telecom/support/download/gammalink/links.htm
- D/42 Software Reference
- D/42 User's Guide
- Dialogic Audio Conferencing Programmer's Guide for Windows
- Digital Network Interface Software Reference for Linux and Windows
- Fax Software Reference for Windows
- GDK Version 5.0 Programming Reference Manual for Windows
- Global Call Analog Technology User's Guide for Linux and Windows
- Global Call API for Linux and Windows Operating Systems Demo Guide
- Global Call API for Linux and Windows Operating Systems Library Reference
- Global Call API for Windows Operating Systems Programming Guide
- Global Call E-1/T-1 CAS/R2 Technology User's Guide for Linux and Windows
- Global Call IP over Embedded Stack Technology User's Guide for Linux
and Windows Operating Systems
- Global Call IP over Host-based Stack Technology User's Guide for Linux
and Windows Operating Systems
- Global Call ISDN Technology User's Guide for Linux and Windows Operating
Systems
- Global Call SS7 Technology User's Guide for Windows Operating Systems
- IP Gateway (Global Call) Demo Guide for Linux and Windows
- IP Gateway (Global Call) Object Oriented Demo Guide
- IP Mail (Global Call) Demo Guide for Linux and Windows Operating Systems
- IP Media Library API for Linux and Windows Operating Systems Library
Reference
- IP Media Library API for Linux and Windows Operating Systems Programming
Guide
- IP Media Gateway (IPML) Demo Guide for Linux and Windows
- IPTMail_R4 Demo Guide for Windows and Linux
- ISDN Software Reference
- Learn Mode API Software Reference for Windows
- MSI API for Linux and Windows Library Reference
- MSI API for Linux and Windows Programming Guide
- PBX Integration Software Reference
- PBX Integration User's Guide
- Porting Global Call H.323 Applications from Embedded Stack to Host Based
Stack Application Note
- SCbus Routing Guide
- SCbus Routing Software Reference for Windows
- SCX160 SCXbus Adapter's User's Guide for Windows
- Voice Software Reference: Features Guide for Windows
- Voice Software Reference: Programmer's Guide for Windows
- Voice Software Reference: Standard Runtime Library for Windows
- NOTE:
- A dagger () next to a document title indicates that the document
has been updated since System Release 5.1.1 for Windows or is an entirely
new document.
Operating
Software Documentation
The following operating software documentation is provided to support this
release:
- Dialogic Universal Hardware Diagnostics Guide
- DM3 Configuration File Reference
- DM3 Diagnostic Utilities Reference Guide
- GDK Version 5.0 Installation & Configuration Guide for Windows
- SNMP Agent Software for Windows Operating Systems Administration Guide
- NOTE:
- A dagger () next to a document title indicates that the document
has been updated since System Release 5.1.1 for Windows or is an entirely
new document.
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The information in this manual is furnished for informational use only, is subject
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Corporation. Intel Corporation assumes no responsibility or liability for any
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Publication Date: February, 2003
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