Synway DST Series User manual

Synway DST Series
DST-24B/PCI
DST-24B/PCI+
DST-24B/PCI(2.0)
DST-24B/PCI+(2.0)
DST-24B/PCIe(2.0)
DST-24B/PCIe+(2.0)
Digital Station Tap Board
Version 2.0
Synway Information Engineering Co., Ltd
www.synway.net

Synway Information Engineering Co., Ltd
Contents
Contents ...........................................................................................i
Copyright Declaration ....................................................................ii
Revision History ............................................................................iii
Chapter 1 Overview ........................................................................1
1.1 Functions............................................................................................... 1
1.2 Features ................................................................................................ 1
1.3 Advantages (vs. A-type Boards) ............................................................ 4
1.4 Operation Principle................................................................................ 4
1.5 Functional Modules ............................................................................... 5
Chapter 2 Installation .....................................................................6
2.1 Hardware Structure ............................................................................... 6
2.2 System Requirements ......................................................................... 11
2.3 Installation Procedure.......................................................................... 11
Appendix A Technical Specifications..........................................17
Appendix B Technical/sales Support..........................................18
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Synway Information Engineering Co., Ltd
Copyright Declaration
All rights reserved; no part of this document may be reproduced or transmitted in any form
or by any means, electronic or mechanical, without prior written permission from Synway
Information Engineering Co., Ltd (hereinafter referred to as ‘Synway’).
Synway reserves all rights to modify this document without prior notice. Please contact
Synway for the latest version of this document before placing an order.
Synway has made every effort to ensure the accuracy of this document but does not
guarantee the absence of errors. Moreover, Synway assumes no responsibility in obtaining
permission and authorization of any third party patent, copyright or product involved in
relation to the use of this document.
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Revision History
Version Date Comments
Version 1.0 2008-10 Initial publication
Version 1.1 2009-5 New revision
Version 2.0 2010.5
Add description on new board models
DST-24B/PCI(2.0) and DST-24B/PCI+(2.0).
Note: Please visit our website http://www.synway.net to obtain the latest version of this document.
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Chapter 1 Overview
The DST Series DST-24B/PCI, DST-24B/PCI+, DST-24B/PCI(2.0), DST-24B/PCI+(2.0),
DST-24B/PCIe(2.0) and DST-24B/PCIe+(2.0) are 24-channel digital station tap boards with
PCI/PCIe bus, used especially for recording of digital subscriber lines (extension lines).
1.1 Functions
zHigh-impedance recording of digital phone lines through parallel connection
zA variety of ways to start/stop recording
zSupports simultaneous recording on 24 channels, each with a different format
zSupports independent-recording of incoming, outgoing and mixed-recording
modes
zANI and DNIS support
zSynchronous acquisition of the information displayed on digital phones during
recording
zDetects all modes of keying supported by user phones
zActivity/silence detection
zAutomatic Gain Control (AGC) support in recording operation
zCall progress monitoring
zAutomatically checks board to see if modules are correctly inserted and to
determine the number of modules on the board
zSupports detection and alarming of line faults, including line break and errors in
voltage level, signal-to-noise ratio and synchronization
zSwitches flexibly between voice channels B1 and B2
zBesides, DST-24B/PCI+, DST-24B/PCI+(2.0) and DST-24B/PCIe+(2.0) boards
support MS-GSM, G.729A and MP3 for encoding in hardware
1.2 Features
zPCI 2.2 Bus Support
(DST-24B/PCI & DST-24B/PCI+ & DST-24B/PCI(2.0) & DST-24B/PCI+(2.0))
These four boards include PCI 2.2 bus with burst data transmission rate up to 132
MB/s; the PNP (plug and play) feature they have eliminates the need for jumper
leads; in the universal PCI design, they support 3.3V/5V slot voltage and PCI-X.
zPCIe Bus Support
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(DST-24B/PCIe(2.0) & DST-24B/PCIe+(2.0))
Developed with the design of PCIe X1, these two boards support PCIe X1, X2, X4,
X8 and X16 slots.
zDMA Transfer Support
The DMA transfer of recording data does not cost any of the host CPU resources,
which helps extend the capacity of recording lines on a single board to an extreme.
zModularized Design
This board is designed with modularized structure and can be configured in
flexible ways. Besides the 8 on-board recording channels, each board can be fitted
with up to 2 recording modules, and each module can support recording of up to 8
digital phone lines. Now it is widely used in various systems.
zAvailable RJ21 Connector
This board has a 50-pin RJ21 connector which is often used for PBXs, making
connection easy and malfunctions rare. With the help of a 24-port RJ21-to-RJ11
adapter that is supplied with the board, users can use the RJ11 jack for direct
connection.
zFits Modules via Inter-plane Connectors
The use of high-precision, streamlined, inter-plane connectors highlights the
characteristic compact and highly-reliable advantage of Synway’s all-in-one
boards.
z1 to 24 Port Hi-Z Monitoring of Digital Lines
This board connects to monitored phone lines via high-impedance and parallel
connection of 2 or 4-lead lines, with the access points flexibly positioned on
communication lines between a digital PBX and some digital phones. In such way,
it is widely used for recording multiple digital PBX and phone models.
zProgrammable Tone Detector
Detects single or dual tones at any frequency, offering facility for use with a variety
of PBXs and key telephone systems.
zRecording of Source Code Stream
When using the board, any problem found on the monitored line can be located
and settled by remote debugging with the cooperation of users.
zRemote Support for New PBX Models
New PBX models can be supported by remote operation, not requiring on-site
helps.
zHigh-impedance Recording
The recording impedance is over 1KΩAC, ruling out interruption on transmission
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of monitored signals.
zInstantly-upgradeable Hardware Circuit
Using instantly-upgradeable hardware circuits, the board can support different
models of PBXs and digital phones simply through software reconfiguration, i.e.
there is no need to replace any hardware components. So far, a dozen of
mainstream PBXs, such as Alcatel, Avaya, NEC, Siemens, Nortel, are supported.
zVoice Processing & Signaling Analysis
A single board is capable of processing voices and handling call-signaling analysis,
and can constitute a recording system by itself without the need for supplementary
boards or external devices.
zVarious CODECs Support
Offers a large selection of voice CODECs, including hardware-based A-Law
(G.711), μ-Law, IMA-ADPCM, and software-based 16-bit linear PCM, MP3. In
addition, the DST-24B/PCI+, DST-24B/PCI+(2.0) and DST-24B/PCIe+(2.0) boards
support hardware-based MP3, MS-GSM and G.729A for encoding.
zSupports WAV File
The recorded voice files can be edited and played by audio tools such as Cooledit.
zAudio Output Interface
Equipped with an analog tone amplifier circuit and an output interface, the first
channel on the board can directly connect to the headset or sound box, allowing
monitoring of a specified channel in real time and voice playback only via a simple
function call.
zUnique Hardware Serial Number
Each board has a unique hardware serial number written in the firmware to
distinguish itself from other boards and prevent piracy. The number is available via
an easy function call with applications.
zAuthorization Code Identification Circuit
The on-board authorization code identification circuit is designed for software
safety. Users can apply to our company for the authorization code.
zSynway’s Unified SynCTI Driver Development Platform
Synway owns the intellectual property rights for the unified high-intelligence
SynCTI driver development platform. Each system supports up to 2048 channels.
Functions such as the detection and analysis of rings, tones and Caller IDs, are
available via simple function calls on the driver platform, without having to
understand complex call procedures.
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1.3 Advantages (vs. A-type Boards)
Compared with the old A-type boards (e.g. SHR-16DA-CT/PCI, SHR-24DA-CT/PCI), the
DST-24B/PCI, DST-24B/PCI+, DST-24B/PCI(2.0), DST-24B/PCI+(2.0), DST-24B/PCIe(2.0)
and DST-24B/PCIe+(2.0) boards (hereinafter referred to as B-type boards) are endowed
with the following advantages:
zEnabled to perform digital adjustment of front-end analog circuits in software, to
optimize the input signals before they come into the processor.
zEnhanced capability to detect line faults.
zUse of FPGA chip, to improve the ability of handling complex signals.
zDMA support, to minimize the CPU cost for data transfer.
zEnabled to record on-line source code streams, to locate problems as soon as
possible with the cooperation of users.
zSupport of new PBX models through remote debugging.
zEnabled to configure a monitored voice channel to B1 or B2 in software, provided
the monitored signal is 2B+D.
zFor boards having greater power (e.g. DST-24B/PCI+, DST-24B/PCI+(2.0) and
DST-24B/PCIe+(2.0)): Support of GSM (by default), G.729A and MP3 (by
modifying driver configuration items) compressions.
PS: A-type boards don’t support GSM and MP3 compressions.
1.4 Operation Principle
Figure 1-1 Operation Principle
Host Computer Interface ( PCI /PCIe)
∑
Phone
interface Encoder Decoder
AGC
AGC
Energ
y
Detector DTMF Detector
Tone
Detector
Signal
Decoder
D-Ch
Processor
B-Ch
Processor
LIU
Speake
r
Jack

CODEC
AMP
Recording
Data Buffer Playback
Data Buffer
V1
V2 V3
V4
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1.5 Functional Modules
zMOD-24DB High-impedance Recording Module
This module embraces 8 ports for recording digital phone lines (See Figure 2-10,
Figure 2-11). A board, allowed to have up to 2 modules, is able to identify the
number of on-board modules. Together with the board’s firmware-loading feature,
this module can be used to perform recording of most digital PBXs and telephones
connected via parallel lines.
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Chapter 2 Installation
2.1 Hardware Structure
zDST-24B/PCI, DST-24B/PCI+ Boards
CH24—-CH17 CH16—-CH09
CH08—-CH01
Audio
Jack
Figure 2-1 DST-24B/PCI (Front View)
Figure 2-2 DST-24B/PCI+ (Front View)
Figure 2-3 DST-24B/PCI, DST-24B/PCI+ (Rear View)
Board Model &
Serial
N
umber
CH16—-CH09
CH24—-CH17
CH08—-CH01
Audio
Jack
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zDST-24B/PCI(2.0), DST-24B/PCI+(2.0) Boards
CH24-CH17 CH16-CH09
Audio
Jack
CH08-CH01
Figure 2-4 DST-24B/PCI(2.0) (Front View)
CH24-CH17 CH16-CH09
Audio
Jack
CH08-CH01
Figure 2-5 DST-24B/PCI+(2.0) (Front View)
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Figure 2-6 DST-24B/PCI(2.0), DST-24B/PCI+(2.0) (Rear View)
Board Model &
Serial Numbe
r
zDST-24B/PCIe(2.0), DST-24B/PCIe+(2.0) Boards
CH24-CH17 CH16-CH09
Audio
Jack
CH08-CH01
Figure 2-7 DST-24B/PCIe(2.0)(Front View)
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Figure 2-8 DST-24B/PCIe+(2.0) (Front View)
Figure 2-9 DST-24B/PCIe(2.0), DST-24B/PCIe+(2.0) (Rear View)
Board Model &
Serial Number
CH24-CH17 CH16-CH09
CH08-CH01
CH24-CH17 CH16-CH09
Audio
Jack
CH08-CH01
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zMOD-24DB High-impedance Recording Module
Figure 2-10 MOD-24DB (Version 1.10)
Figure 2-11 MOD-24DB (Version 2.00)
zInterface description: The physical pin layout of the on-board RJ-21 connector is
shown in Figure 2-12. Chn-a and Chn-b are a pair of phone lines, and an RJ-21
connector can connect with 24 pairs of phone lines at a same time.
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Figure 2-12
2.2 System Requirements
Host System Requirements
CPU: 300MHz Intel® Pentium® or aboveⅡ
Memory: 256M or more
HD: Depends on individual requirements
Supported Operating Systems
9Windows 2000/2003/XP
9Linux RH7.2/RH9.0/AS4/FC4/SUSE10
2.3 Installation Procedure
Note: Always turn off the power before installation!
Step 1: Properly fit the required module(s) into the on-board module slot and
then install the board onto the PC chassis.
Step 2: Connect the board to digital phone lines.
In parallel, connect one end of the phone line to a point on the communication line
between the PBX and a digital phone, and the other end to the on-board RJ21
connector or to the RJ21-to-RJ11 adapter linked with the board.
Interface description:
The DST-24B/PCI or DST-24B/PCI+ digital station tap board has a 50-pin RJ21
connector (often used for PBXs), which can be converted into twenty-four 2-pin RJ11
jacks through an RJ21-to-RJ11 adapter. See Figure 2-12 above for the physical layout
of the connector.
Ch1-a
Ch2-a
Ch3-a
Ch4-a
Ch5-a
Ch6-a
Ch7-a
Ch8-a
Ch9-a
Ch11-a
Ch10-a
Ch12-a
Ch13-a
Ch14-a
Ch15-a
Ch16-a
Ch17-a
Ch18-a
Ch19-a
Ch20-a
Ch21-a
Ch23-a
Ch22-a
Ch24-a
Ch1-b
Ch2-b
Ch3-b
Ch4-b
Ch5-b
Ch6-b
Ch7-b
Ch8-b
Ch9-b
Ch11-b
Ch10-b
Ch12-b
Ch13-b
Ch14-b
Ch15-b
Ch16-b
Ch17-b
Ch18-b
Ch19-b
Ch20-b
Ch21-b
Ch23-b
Ch22-b
Ch24-b
25
1
50
26
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Notes on Connection:
① In case of connection with RJ11 jacks, our company provides an RJ21 connecting
line and an RJ21-to-RJ11 adapter and recommends the following connection
methods:
Method 1:
Connection by 2-lead lines: See Figure 2-13 below. Connect the 2-lead line to the
middle 2 pins of each jack which correspond to one channel. Note that the outer 2 pins
of each jack cannot be used for connection in this case.
Figure 2-13
However, the Panasonic PBX makes an exception. It requires the access point for
parallel connection at the outer two pins of the transmission line, as shown in Figure
2-14 below.
Ch11a
Ch11b
Figure 2-14
Method 2:
Connection by 4-lead lines: Directly insert the phone lines into odd-numbered RJ11
jacks on the RJ21-to-RJ11 adapter. See below for details.
1) eON and AVAYA-4W digital phones: See Figure 2-15 below. In parallel,
connect the 1st and 2nd leads of the communication line between the PBX and
a phone to the 1st and 4th pins of each odd-numbered RJ11 jack on the
adapter, and the 3rd and 6th leads to the 2nd and 3rd pins.
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Figure 2-15
2) PHILIPS-4W and ISDN digital phones: Just follow the one-to-one relationship
as shown in Figure 2-16 below to perform a parallel connection.
Figure 2-16
3) NOTEL M2250 digital phones: See Figure 2-17 below. In parallel, connect the
1st and 2nd leads of the communication line between the PBX and a phone to
the 2nd and 3rd pins of each odd-numbered RJ11 jack on the adapter, and the
3rd and 4th leads to the 1st and 4th pins.
Figure 2-17
② In case of direct connection to the on-board RJ21 connector, we suggest the
following connection methods:
Method 1:
Connection by 2-lead lines: Simply perform a corresponding connection with CHn-a
and CHn-b as shown in Figure 2-18 below.
Phone
Ch6-1
Ch6-2 Ch6-3 Ch6-4
PBX
Ch6-1 Ch6-2 Ch6-3 Ch6-4
Phone
Ch6-1
Ch6-2 Ch6-3 Ch6-4
PBX
Ch6-4 Ch6-2 Ch6-1 Ch6-3
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Figure 2-18
Method 2:
Connection by 4-lead lines (e.g. eON, ISDN, AVAYA-4W and PHILIPS-4W): See below
for details.
1) eON and AVAYA-4W digital phones: See Figure 2-19 below. In parallel,
connect the 1st and 2nd leads of the communication line between the PBX and
a phone to CHn Tx-a and CHn Tx-b, and the 3rd and 6th leads to CHn Rx-a
and CHn Rx-b.
2) PHILIPS-4W and ISDN digital phones: See Figure 2-19 below. In parallel,
connect the 2nd and 3rd leads of the communication line between the PBX and
a phone to CHn Rx-a and CHn Rx-b, and the 1st and 4th leads to CHn Tx-a
and CHn Tx-b.
Ch1 R
x
-a
Ch1 T
x
-a
Ch2 R
x
-a
Ch2 T
x
-a
Ch3 R
x
-a
Ch3 T
x
-a
Ch4 R
x
-a
Ch4 T
x
-a
Ch5 R
x
-a
Ch6 R
x
-a
Ch5 T
x
-a
Ch6 T
x
-a
Ch7 R
x
-a
Ch7 T
x
-a
Ch8 R
x
-a
Ch8 T
x
-a
Ch9 R
x
-a
Ch9 T
x
-a
Ch10 R
x
-a
Ch10 T
x
-a
Ch11 R
x
-a
Ch12 R
x
-a
Ch11 T
x
-a
Ch12 T
x
-a
Ch1 R
x
-b
Ch1 T
x
-b
Ch2 R
x
-b
Ch2 T
x
-b
Ch3 R
x
-b
Ch3 T
x
-b
Ch4 R
x
-b
Ch4 T
x
-b
Ch5 R
x
-b
Ch6 R
x
-b
Ch5 T
x
-b
Ch6 T
x
-b
Ch7 R
x
-b
Ch7 T
x
-b
Ch8 R
x
-b
Ch8 T
x
-b
Ch9 R
x
-b
Ch9 T
x
-b
Ch10 R
x
-b
Ch10 T
x
-b
Ch11 R
x
-b
Ch12 R
x
-b
Ch11 T
x
-b
Ch12 T
x
-b
25
1
50
26
eON and AVAYA-4W digital phones:
PBX Phone
ChnTX-a
ChnTX-b
ChnRX-a ChnRX-b
PHILIPS-4W and ISDN digital phones:
PBX Phone
ChnTX-a
ChnRX-a ChnRX-b ChnT
X
-b
Ch1-a
Ch2-a
Ch3-a
Ch4-a
Ch5-a
Ch6-a
Ch7-a
Ch8-a
Ch9-a
Ch11-a
Ch10-a
Ch12-a
Ch13-a
Ch14-a
Ch15-a
Ch16-a
Ch17-a
Ch18-a
Ch19-a
Ch20-a
Ch21-a
Ch23-a
Ch22-a
Ch24-a
Ch1-b
Ch2-b
Ch3-b
Ch4-b
Ch5-b
Ch6-b
Ch7-b
Ch8-b
Ch9-b
Ch11-b
Ch10-b
Ch12-b
Ch13-b
Ch14-b
Ch15-b
Ch16-b
Ch17-b
Ch18-b
Ch19-b
Ch20-b
Ch21-b
Ch23-b
Ch22-b
Ch24-b
25
1
50
26
PBX Phone
Chn a Chn b
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Synway Information Engineering Co., Ltd
Figure 2-19
3) NOTEL M2250 digital phones: See Figure 2-20 below. In parallel, connect the
1st and 2nd leads of the communication line between the PBX and a phone to
CHn-1 and CHn-2, and the 3rd and 4th leads to CHn-3 and CHn-4.
Figure 2-20
Note: The RJ21 connecting line we provide has 3 specifications (3m, 5m and 10m)
for you to choose. They are all 25-twisted-pair communication cables using the
international standard spectrum, can connect directly to our board. The 25 pairs of
pins in RJ21 can be arranged by color in two different ways.See Table 2-1 and
Table 2-2 for details. (To be exact, the 1st and the 26th pins are the first pair; the 2nd
and the 27th pins constitute the second pair; …; the 24th and the 49th pins are the
24th pair; the 25th and the 50th pins constitute the 25th pair. Actually, only the first 24
pairs are used by 24-channel boards.)
Pair
Number 1 2 3 4 5 6 7 8
Color White
Blue
White
Orange
White
Green
White
Brown
White
Grey
Red
Blue
Red
Orange
Red
Green
Pair
Number 9 10 11 12 13 14 15 16
Color Red
Brown
Red
Grey
Black
Blue
Black
Orange
Black
Green
Black
Brown Black Grey Yellow Blue
Pair
Number 17 18 19 20 21 22 23 24
Color Yellow
Orange
Yellow
Green Yellow Brown Yellow Grey Purple Blue Purple
Orange Purple
Green Purple Brown
Table 2-1
Pair
Number 1 2 3 4 5 6 7 8
Color Black
Grey
Black
Brown
Black
Orange
Black
Green
Black
Blue
Red
Grey
Red
Brown
Red
Orange
Ch1-1
Ch1-3
Ch2-1
Ch2-3
Ch3-1
Ch3-3
Ch4-1
Ch4-3
Ch5-1
Ch6-1
Ch5-3
Ch6-3
Ch7-1
Ch7-3
Ch8-1
Ch8-3
Ch9-1
Ch9-3
Ch10-1
Ch10-3
Ch11-1
Ch12-1
Ch11-3
Ch12-3
Ch1-2
Ch1-4
Ch2-2
Ch2-4
Ch3-2
Ch3-4
Ch4-2
Ch4-4
Ch5-2
Ch6-2
Ch5-4
Ch6-4
Ch7-2
Ch7-4
Ch8-2
Ch8-4
Ch9-2
Ch9-4
Ch10-2
Ch10-4
Ch11-2
Ch12-2
Ch11-4
Ch12-4
25
1
50
26
Phone
Chn-1
Chn-2 Chn-3 Chn-4
PBX
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Pair
Number 9 10 11 12 13 14 15 16
Color Red
Green
Red
Blue
Yellow
Grey
Yellow
Brown
Yellow
Orange
Yellow
Green Yellow Blue Purple Grey
Pair
Number 17 18 19 20 21 22 23 24
Color Purple
Brown
Purple
Orange Pruple Green Purple Blue White Grey White Brown White Orange White Green
Table 2-2
③For above parallel connections, the phone lines between the access point and the
board should be limited to 15 meters to minimize interruption on monitored lines and
to improve monitoring accuracy.
Step 3: Connect the sound box or other proper sound devices.
Skip this step if there is no need to ‘monitor in real time’ or ‘play’.
Regarding how to choose proper sound devices, refer to ‘Input/output Interface’ and
‘Audio Specifications’ in Appendix A Technical Specifications.
Step 4: Boot your computer and install the driver.
Regarding driver installation, refer to SynCti_InstManual.pdf.
Key Tips:
zAs the system is expected to run for long hours unmanned, ‘energy-saving’ mode
should be turned off for both the CPU and the HD in CMOS or WINDOWS
operating system. This is to ensure full-speed operation of the computer, or it may
lead to a drop in performance or unexpected errors after running for some time.
zA chassis installed with digital station tap boards must be grounded for safety
reasons, according to standard industry requirements. A simple way is earthing
with the third pin on the plug. No or improper grounding may cause instability in
operation as well as decrease in lightning resistance.
DST-24B/PCI(+), DST-24B/PCI(+)(2.0), DST-24B/PCIe(+)(2.0) Hardware Manual (Ver.2.0) Page 16