Hardware Products

1. Important Hardware/Software Announcements
   
2. AFT Firmware Files & Update Instructions
   
3. AFT General Info Relating to all AFT hardware
   
   

   Card	Description
   AFT A101	Single port T1/E1 Card
   AFT A101D	Single Port T1/E1 Card with Hardware Echo Cancellation
   AFT A102	Dual port T1/E1 Cards
   AFT A102D	2 Port T1/E1 Card with Hardware Echo Cancellation
   AFT A104	Quad Port T1/E1 Card
   AFTA104D	Quad Port T1/E1 with Hardware Echo Cancellation
   AFT A108D	8 Port T1/E1 Card with Hardware Echo Cancellation
   AFT A200	Quad Port Analog FXO/FXS Card, expandable to 24 ports
   AFT A400	Twelve port Analog FXO/FSX card, expandable to 24 ports
   AFT A500D	2-24 Port Scalable S/T BRI
   AFT B600	Five port Analog  FXO/FXS Card
   AFT B601	Five port Analog FXO/FXS + Single Port T1/E1 Card
   AFT B700	Flex  BRI
   AFT A301	T3/E3 Clear Channel Card
   AFT A14X	AFT Series Serial Card
   S514X	S Series Serial Cards
   S519	ADSL2+ Card

   USB Device	Description
   U100 -USB FXO	2 port FXO device
   Voicetime	Voice Sync Tool for Zaptel

   
   
   
4. Sangoma Tapping Solutuion
   
5. Hardware Pinouts
6. Sangoma Hardware Matrix

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 Please read the latest announcements !

 

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  AFT Firmware Files / Update Instructions

AFT Card Model	Bin File Download	Change Log	Release Date
A108	v43	More info	(2010-08-24)
A104	v43	More info	(2010-08-20)
A102	v37	More info	(2010-02-22)
A101	v37	More info	(2010-02-22)
A200	v13	More info	(2009-12-10)
A400	v11	More info	(2008-07-10)
A104(pmc framer)	v26	More info	(2007-07-10)
A301	v11	More info	(2007-07-10)
A14X	v07	More info	(2008-10-28)
A500	v35	More info	(2009-04-30)
B600	v03	More Info	(2009-05-08)
B601	v04	More info	(2009-05-08)
B700	v35	More Info	(2009-07-03)
U100	v21	More Info	(2009-09-11)

 

  ->LINUX - AFT Firmware Update Instructions

->MS Windows - AFT Firmware Update Instructions

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AFT General Info

Back to Back T1/E1 Operation

All AFT T1/E1 Ports can be connected back to back using a T1/E1 cross-over cable.
T1/E1 Cross-Over Cable pins connections are:  1-4 and 2-5

In back to back operation between two T1/E1 devices, one device SHOULD be in MASTER clock mode and other in NORMAL (Slave) clock mode.   This relates to Sangoma back to back port operation as well as any other equipment connecting to Sangoma T1/E1 ports using a cross over cable, such as Channel Banks or external routers.

IMPORTANT: 
MASTER Clock mode should NEVER be used when connecting a Sangoma T1/E1 Port to a Telco T1/E1 line. 

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AFT A101D: Single Port T1/E1 Card (with Optional HW Echo Canceller)

AFT A101D Specifications

The A101D (formerly known as the A101dm) uses the Dallas/Maxim T1/E1 framer.

Firmware recovery jumpers, in case of emergency: 

Connect the only two jumpers, located on top right hand corner of the card: jumper JP5. Located beside resistor R152. (Same as A108D)

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AFT A102D: 2 Port T1/E1 Card (with Optional HW Echo Canceller)

AFT A102D Specifications

The A102D uses the Dallas/Maxim T1/E1 framer.

Firmware recovery jumpers, in case of emergency: 

Connect the only two jumpers, located on top right hand corner of the card: jumper JP5. Located beside resistor R152. (Same as A108D)

 

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AFT A108D: 8 Port T1/E1 Card (with Optional HW Echo Canceller)
 
AFT A108D: Specifications

The A108D uses the Dallas/Maxim T1/E1 framer.

Firmware recovery jumpers, in case of emergency: 

Connect the only two jumpers, located on top right hand corner of the card: jumper JP5.
Located beside resistor R152. (Same as A104D)

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AFT A200: Quad Port Analog Voice Card (with Optional HW Echo Canceller)

AFT A200 Specifications


To install AFT A200 Analog card download the above wanpipe release and proceed to driver installation/configuration instructions.

Firmware recovery jumpers, in case of emergency:

Connect the only two jumpers, located on top right hand corner of the card: jumper JP5.
Located beside resistor R152. (Same as A104D)

AFT Analog Power Connection for FXS Modules

AFT A200 card with FXS modules, or A200 cards connected via backplane bus, need much more power than a regular PCI bus can provide.  In order for an FXS module or multiple cards to work properly, a 4 pin computer power cable must be plugged in to the main card itself.  This is the same power cable, male connector, that one would connect to a hard driver or a cdrom.  Any regular computer power supply should provide more than enough power, however for best and most reliable performance, bigger the power supply the better (eg: 450W)

A SINGLE A200 with no Remora and only FXO modules (i.e.pnly 4 ports FXO) does not need to be connected to computer power supply!   All other combinations DO, including  any FXO combination that has more than 4 FXO ports! 

The external power cable should be used by default  on all systems, if possible.

FXO/FXS Modules on A200 Analog Card

FXO modules are RED in color
FXS modules are GREEN in color
An A200 Analog card can be outfitted with any combination of the two. All FXO or FXS or one of each.  Furthermore, each RJ4 pin port is either mapped to FXO or FXS module depending on the physical location of the FXO/FXS module on the card.

FXO/FXS Modules have RED/GREEN face and BLUE back.  This way the installation of FXO/FSX modules will be simplified.  The analog port will glow RED or GREEN depending on which type of modules is installed.

Module and Ports Mapping

The bottom port is port 1 and top port is port 4.
The module closest to the 12v molex connector corresponds to ports 1 and 2 and the module closest to the pci brackets corresponds to ports 3 and 4.

Multiple AFT A200 Analog Cards/Ports

A single AFT A200 card supports 4 Analog ports (FXS/FXO).  To increase capacity one can add on "Daughter Cards" labeled "Remoras", that connect to the main AFT200 card using a backplane bus. One can cascade up to 5 "Daughter Cards" increasing capacity to 24 Analog ports.  Moreover, daughter cards do not use the PCI bus nor do they need an extra power cables.    

Whenever you are using FXS modules or additional remora daughter cards, you still need to connect an internal 12V power to A200 main board.

Sangoma SLIM Telephone Cables Connectors

Sangoma A200 cards use SLIM 4 pin telephone cable connectors.  The initial shipment of telephone cables contained these SLIM connectors on both sides of the cable.  As it turns out, the SLIM 4pin connectors are not reliable when connected to a standard telephone 6pin female connector.  

Therefore, if you received a telephone cable from Sangoma with SLIM 4pin connectors on BOTH ends of the cable, CUT one end off and attach a standard 6pin telephone connector to that end of the cable. 

FXO FXS Module Installation

Slide the modules into the main card until you feel the modules click home properly. You should be able to read the designation FXO or FXS on the outside of the card (Remora) after installation.

NB: If you should make a mistake and install the modules the wrong way round, the modules will not work, but they will not be damaged.

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 AFT A400: Quad Port Analog Voice Card (with Optional Hardware Echo Canceller)

 

AFT A400 Specifications

Wanpipe Release to use is based on operational mode:

To install AFT A400 Analog card download the above wanpipe release and proceed to driver installation/configuration instructions.

Firmware recovery jumpers, in case of emergency: 

Connect the only two jumpers, located on top right hand corner of the card: jumper JP5.
Located beside resistor R152. (Same as A104D)

AFT Analog Power Connection for FXS Modules

The AFT A400 card needs much more power then a regular PCI bus can provide.  In order for an FXS module or multiple cards to work properly, a 4pin computer power cable must be plugged in to the main card itself.  This is the same power cable, male connector, that one would connect to a hard driver or a cdrom.  Any regular computer power supply should provide more than enough power, however for best and most reliable performance, bigger the power supply the better (eg: 450W). An extension power splitter cable is included with your card for this purpose.

FXO/FXS Modules

FXO modules are RED in color
FXS modules are GREEN in color
An A400 Analog card can be outfitted with any combination of the two. All FXO or FXS or one of each.  Furthermore, each RJ4 pin port is either mapped to FXO or FXS module depending on the physical location of the FXO/FXS module on the card.

The FXO/FXS Modules will have RED/GREEN face and BLUE back.  This way the installation of FXO/FSX modules will be simplified.  Furthermore, only the new BLUE back FXO/FXS modules support the LED indicator feature.  Where the analog port will glow RED or GREEN depending on which type of modules is installed. 

Cabling

The A400 comes complete with a cable with a DB25 connector for mating with DB25 on the card or REMORA faceplate and 12 pairs of standard telephone wiring ready for punching into a termination strip at the other end. Wiring is colour coded correctly for North America.

Module and Port Mapping

The module furthest from the mounting clip and DB25 is port 1 and 2 (BLUE-WHITE and ORANGE-WHITE) on the first REMORA and 14 and 14 on the next, etc. The cabling remains the same, so these ports are all the same colour code: BLUE-WHITE and ORANGE-WHITE for ports 1-2, 13-14, 25-26 etc.

Multiple AFT A400 Analog Cards/Ports

A single AFT A400 card supports 12 Analog ports (FXS/FXO).  To increase capacity one can add on a "Daughter Card" labeled "Remoras" that connect to the main card using a backplane bus. One can cascade one additional "Daughter Card" increasing capacity to 24 Analog ports.  Daughter cards do not use the PCI bus nor do they need an extra power cables. 

FXO FXS Module Installation

Slide the modules into the main card until you feel the modules click home properly. You should be able to read the designation FXO or FXS on the outside of the card (Remora) after installation.

NB: If you should make a mistake and install the modules the wrong way round, the modules will not work, but they will not be damaged.

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B600: Five port Analog card (4 FXO + 1 FXS) with optional HW Echo Cancellation 

Firmware: For the lastest firmware visit our firmware section -> AFT Firmware Files & Update Instructions

Fax Sync Pins: For general information visit our fax syncing section -> Fax Synchronization: T1/E1 & BRI -> Analog

For the B600 you will need to connect the fax sync cable to jumper JP6 as shown in the diagram below. 

Pin Out: As you can see from the diagrams below there is two lines in each RJ 11 connector. The first line is on the inner pair and the second line is on the outer pair. Also you can see the numbering of each line on the card. 

 

More Info: For more information please visit our B600 wiki page -> http://wiki.sangoma.com/sangoma-wanpipe-b600

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AFT-B601: Five port analog card + T1/E1 port

Firmware: For the lastest firmware visit our firmware section -> AFT Firmware Files & Update Instructions

Fax Sync Pins: For general information visit our fax syncing section -> Fax Synchronization: T1/E1 & BRI -> Analog

For the B601 you will need to connect the fax sync cable to jumper JP6 as shown in the diagram below. 

Pin Out: As you can see from the diagrams below there is two lines in each RJ 11 connector. The first line is on the inner pair and the second line is on the outer pair. Also you can see the numbering of each line on the card. 

 

More Info: For more information please visit our B601 wiki page -> http://wiki.sangoma.com/sangoma-wanpipe-b601

 

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AFT A104D: Quad Port T1/E1 with HW Echo Cancellation

AFT A104D Specifications

2006-10-06  IMPORTANT: Hardware Change
From Oct 2006 the A104D cards will contain a hardware change that will break backward driver compatablity.
The New A104D cards will only work with Latest BETA Release: beta9-2.3.4 or higher.

If your project depends on the OLD style A104D card (before the Oct 2006 hardware change) please request that from our sales department upon ordering.

To install AFT A104D card download the above wanpipe release.

Firmware recovery jumpers, in case of emergency: 

Connect the only two jumpers, located on top right hand corner of the card: jumper JP5.
Located beside resistor R152. 

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AFT A104: Quad Port T1/E1 Card

AFT A104 Specifications

Firmware recovery jumpers, in case of emergency: 

Connect bottom two jumper horizontally, on jumper J28.
Located beside resistor R21. 

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AFT A101/2: Single and Dual Port T1/E1 Cards

AFT A101/2 Specifications

Firmware recovery jumpers, in case of emergency:  

   New A101 and A102 cards have only 1 set of jumpers.

Connect jumpers 1 and 2 horizontally.
The only two jumpers on the board: connect horizontally.

   Original A101 and A102 cards Cards have 2 set of jumpers.

Connect jumpers 2 and 4. 
Top two jumpers: connect horizontally.

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AFT A301 T3/E3 Clear Channel Card

AFT A301 Specifications

Firmware recovery jumpers, in case of emergency:

Connect top two jumpers (2 and 4) horizontally, on jumper J28.
Located beside resistor R91. 

 

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S Series Serial Cards: S514X

S Series Specifications

Wanpipe Release to use based on operation mode:

WAN Protocols:  LEGACY STABLE or STABLE
API Protocols  :  LEGACY STABLE or STABLE

Legacy Protocols: LEGACY STABLE or STABLE
Legacy Protocols: X25, SDLC, LAPB, BiSync etc..

Asterisk TDM  :  Not Supported
TDM API          :  Not Supported

To install S514X serial card download the above wanpipe release and proceed to driver installation/configuration instructions.

NOTE: The S-Series cards are ARE  supported on 64bit kernels only on BETA wanpipe release.

 

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AFT A500D 2-24 Port Scalable S/T BRI (with Optional HW echo cancellation)

AFT A500D Specifications

Note: If you are using Additional remora than you need to connect internal 12V power connector with main A500 board.

Firmware recovery jumpers, in case of emergency: 

Connect the only two jumpers, located on top right hand corner of the card (the main board with PCI connector): jumper JP5. Located beside resistor R152.

Then proceed with the firmware recovery.

 

 

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AFT A14X: AFT Series Serial Card

New AFT Series serial card, available in RS232 or V.35/X.21 models.
Type "wanrouter hwprobe verbose" to confirm which model you have.

Dual port:  AFT-A142
Quad port: AFT-A144

A14X Serial Card FAQ

Configuration

Run:  /usr/sbin/wancfg

-> Select hardware from hardware list
-> Select A142/A144 hardware
-> Select Protocol
            HDLC Streaming:  No Protocol just hdlc framing
            CHDLC : Cisco HDLC protocol
            PPP : PPP protocol
            Frame Relay :  Frame Relay Protocol
-> Select Interface
            Configure Operation Mode
             -> API
             -> WANPIPE (IP mode)
            Configure HDLC Streaming option
             -> YES - enable hdlc engine
             -> NO   - disable hdlc engine (Bitstreaming)

Sample A142/144 config file is located here  wanpipe1.conf

 

Firmware recovery jumpers, in case of emergency:
Connect the only two jumpers, located on top right hand corner of the card: jumper JP5.
Located beside resistor R152. 

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S519 ADSL2+ Card

The S519 cards consists of a Realtek 8139 PCI network interface and an ADSL/ADSL2+ modem.  This design makes the installation of this card very simple, the Realtek 8139 drivers are very common and are included in almost every Operating System available.  The modem is configured either through your web browser or a telnet connection.

For installation instructions please see the ADSL2+ S519 section.

Power LED
Solid Green = Power on
Off = Power off
Red = POST (Power On Self Test) failure (not bootable) or Device malfunction

 

Ethernet LED
Solid Green = Powered device connected to the associated port
Flashing Green = LAN activity present (traffic in either direction)

DSL LED
Solid Green = DSL good sync
Off = Modem power off
Flashing Green = DSL attempting sync
Flashing at 2 Hz with a 50% duty cycle when trying to detect carrier signal
Flashing at 4 Hz with a 50% duty cycle when the carrier has been detected and the modem is trying to train

Internet LED
Solid Green = IP connected (the device has a WAN IP address from IPCP or DHCP and DSL is up or a static IP address is configured, PPP negotiation has successfully complete - if used - and DSL is up ) and no traffic detected.  If the IP or PPPoE session is dropped due to an idle timeout, the light will remain green if an ADSL connection is still present. If the session is dropped for any other reason, the light is turned off. The light will turn red when it attempts to reconnect and DHCP or PPPoE fails.
Off = Modem power off, modem in bridged mode or ADSL connection not present
Flickering Green = IP connected and IP Traffic is passing thru the device (either direction)
Red = Device attempted to become IP connected and failed (no DHCP response, no PPPoE response, PPPoE authentication failed, no IP address from IPCP, etc.)For bridged mode, the indicator light MUST be off.

PDF Documentation ftp://ftp.sangoma.com/ADSL

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Attached Files   

a500.jpg

jpatel

Apr 02, 2008

60 KB