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Dialogic® IP Signaling Series 3 Card - EXS-SCS-1001/EXS-SCS-1001R

Description

The Dialogic® IP Signaling Series 3 card provides call server services for the Converged Services Platform (CSP) fully integrating switching and call processing applications. The IP Signaling Series 3 card enables the CSP to communicate with H.323 gateways in the call server network architecture.

Microprocessor

The IP Signaling Series 3 card is a Power PC-based controller card.

Placement

Each CSP 2090, CSP 2110 or CSP 2040 chassis accommodate IP Signaling Series 3 cards which reside in the front line card slots.

I/O

The CCS I/O Series 3 card is the I/O card for the IP Signaling Series 3 card.

Configuration Information

The part number, serial number, model number, and revision are located on the back of the board.

Specifications

The IP Signaling Series 3 card is designed to the following electrical, physical and environmental specifications.

Electrical | Specification
--- | ---
Supply Voltage, Vcc | 5.00V
Supply Current, Vcc @ 5.0V | 5.5A (typical)

Physical | Specification
--- | ---
Height | 236.2 mm (9.3 in.)
Depth | 317.5 mm (12.5 in.)
Width | 19.7 mm (0.775 in.)

Environmental | Specification
--- | ---
Temperature - Storage | -40~C to 70~C (-40~F to 158~F)
Temperature - Operation | 0~C to 50~C (32~F to 122~F)
Temperature Shock - Storage | -40~C to 70~C to -40~C (-40~F to 158~F to -40~F) @ 5~C/min.
Temperature Shock - Operation | 0~C to 50~C (32~F to 122~F) @ 10~C/min.
Humidity - Operating | 5% to 85%
Altitude | Up to 4000 m (13,123 ft.)

Related Products

The products related to the IP Signaling Series 3 card are listed below.

Product | Model No. | Ro HS Model No.
--- | --- | ---
CCS I/O Series 3 Card | EXS-7IO-1300 | EXS-7IO-1300R

Front View

The front view shows the LEDs, push button switches and Monitor connector.

Controls and Indicators

The table below describes the LEDs and push button switches as shown in the front view of the card.

LED | Color/Status | Description
--- | --- | ---
Diag | Green | This LED is green except during a card reset when this LED goes out briefly. This LED is normally OFF.
Red | Redundancy has been configured.
Off | No diagnostics running
Status | Green | The card is connected to the system buses.
Red | The Stop push button has been pressed. The card is disconnected from the system buses.
Off | Not applicable.
Halt | Green | The CPU is running.
Red | The CPU has halted. This LED is red briefly during card reset.
Off | CPU hard reset
Power | Green | Good power
Off | Bad power
Push Buttons | Description |
Stop | Removes card from the system buses. Always press the Stop push button before removing the card from the chassis.
Stop and S Reset together | Initiates a Hard Reset. The Flash and SDRAM are reset, as is the processor and all of its internal registers. A Hard Reset also occurs when the Watchdog times out twice in a row.
S Reset | Initiates a Soft Reset. The code running on the processor is reset, and the Flash is put into a read state.

DIP Switch SW1

The table below describes the DIP switch SW1 settings. The shading (asterisk* for html documents) indicates factory-installed settings.

Position | Setting | Function
--- | --- | ---
1 | ON* | Disables Debug 1 Mode
OFF | Enables Debug 1 Mode
2 | ON* | The Monitor port setting is 19200 baud and is not selectable.
OFF | Reserved
3 | ON* | Disables Debug 2 Mode
OFF | Enables Debug 2 Mode
4 | ON* | Ethernet Link, Auto-Negotiate Mode (Default)
OFF** | Ethernet Link, Force 100 Mbps/Full Duplex Mode
5 | ON* | Disables Layer 5
OFF | Enables Layer 5
6 | ON | Reserved
OFF* | API
7 | ON* | Reserved, normally should be ON
OFF | Reserved
8 | ON* | If RARP and BOOTP can not obtain an IP address, the static IP address will be used.
OFF*** | If RARP and BOOTP can not obtain an IP address, the static IP address will not be used.

** Enables Ethernet Link, Force 100 Mbps/Full Duplex feature.
*** Enables No Static IP Address feature.

Jumpers

The table below indicates the jumper settings.

Jumper | Setting | Description
--- | --- | ---
JP1 | Installed (default) | Factory use only
JP2 | Installed (default) | Factory use only
JP3 | Installed (default) | Factory use only
JP4 | Not Installed (default) | Hardware Watchdog Timer enabled
JP5 | Installed (default) | Factory use only
JP7 | Not Installed (default) | Factory use only
JP8 | Installed (default) | Factory use only
JP9 | Installed (default) | Factory use only
JP10 | Installed (default) | Factory use only
JP11 | Installed (default) | Factory use only

Side View

The side view shows DIP switch SW1 and jumper JP4.

Internet Protocol. Part of the TCP/IP family of protocols used to route messages and tracks the addresses of nodes.
An Internet Protocol enhanced service node that supports the deployment of voice and data services in circuit, packet, and converged networks. The Converged Services Platform (CSP) features an open and multi-functional platform design that enables developers to quickly create and deliver new revenue-generating services for both legacy and next-generation networks.
ITU-T standard defines a set of call control, channel setup, and codec specifications for transmitting real-time voice and video over networks that do not offer guaranteed service or quality of service.
See Common Channel Signaling.
Quick depress and release of the phone plunger of a handset to signal the PBX or Centrex of instructions to follow (e.g., Call Transfer).
The protocol used in most local area PC networks. Typically, most Ethernet networks support data transmission speeds up to 10 Mbps, but 100 Mbps is also possible.
Application layer of the CSP.
See Reverse Address Resolution Protocol.
Boot protocol for TCP/IP
A 32-bit address, used in IP routing, which includes a Network address identifier assigned by a central authority and a Host ID (an end station identifier assigned by a LAN administrator).