Dialogic SPCI2S and SPCI4 SS7 Boards

DSI SPC Signalling Boards
SPCI2S and SPCI4 SS7 Boards User Manuals and Downloads

Overview

The Dialogic® SPCI2S and SPCI4 SS7 boards are entry-level products offering support for up to 4 SS7 links and 4096 ISUP circuits.  The SPCI2S and SPCI4 combine SS7 protocol support with up to four digital line interfaces (T1/E1/J1) and an H.100 PCM highway.

The SPCI2S and SPCI4 are part of the Dialogic® Distributed Signaling Interface (DSI), which enables affordable, high-performance, distributed, cross-platform, cross-operating-system signaling applications.

Key Features

Conforms with DSI, enabling MTP and ISUP protocols to be supported onboard or used with DSI SS7 host protocol layers (MTP3, ISUP, TUP, SCCP, TCAP, MAP, IS41, INAP)

Ensures reliable global deployment using protocols that are currently deployed in many networks worldwide
Ensures easy integration into third-party applications or protocol stacks at any level above MTP2

Entry-level product offering with support for up to 4 SS7 links and 4096 ISUP circuits  

SPCI "low density SS7 bundles" include SS7 board and MTP and ISUP software for most circuit-based, low-density market segments

H.100 CT Bus compliant interface

Allows easy integration with other technologies, as well as the ability to transport signaling to other boards in a system or to external hosts

Resource Links

Product Brief
SPCI2S and SPCI4 SS7 Boards User Manuals and Downloads
Global Product Approvals
DSI Software and Documentation for Signaling Servers
DSI Protocol Documentation and Development Packages

Specifications

System size Small-to-Medium Enterprise
Form factor PCI
Resource bus H.100 SCbus with PEB connectors
Ports Software-selectable T1/E1/J1 digital network interfaces, up to 4 SS7 links
Operating systems

Linux
Windows
Solaris
Network interface

SPCI4 - 4 T-1/E-1 network interfaces
SPCI2S - 2 T-1/E-1 with serial network interfaces
Onboard signaling support
 SS7 MTP / ISUP / TUP
Applications

Call control/call routing (i.e., migration of ISDN-based networks to SS7 networks)
Wireless messaging (i.e., short message service [SMS], televoting, short message service centers [SMSC], location-based services)
Advanced intelligent networking/Intelligent networking (i.e., Service Control Points, local number portability, network access, 800/free-phone services, premium rate numbers, virtual call centers, pre-paid calling, virtual private network [VPN], mobile office, unified messaging)

Documents

Find related manuals, data sheets, whitepapers, case studies and more. Click the icon to expand.

Application Notes

Developing Call Monitoring Applications Using Dialogic® SS7 Signaling and Media Products
This application note provides information about developing a call monitoring application using the Dialogic® SS7 signaling and media products. Dialogic developed a sample application that provides both a starting point and a reference for those who choose to develop an SS7-based application that monitors SS7 links and records calls on the links. Call recording can be triggered based on information related to the call. Calls may be recorded to multiple files or streamed through the data network for real-time monitoring.
USSD Services for Interactive Mobile Users
The application note describes the implementation of an interactive Unstructured Supplementary Service Data (USSD) service for GSM mobile users.  Sample code is included within the document.
Configuring an SS7 Demo System Using Dialogic® DSI Components with Dialogic® HMP Software Release 3.1LIN

This application note presents an SS7 demo system using Dialogic® DSI Components (SS7) with Dialogic® HMP Software Release 3.1LIN to demonstrate to users familiar with SS7 concepts that the SS7 configuration process can occur very quickly.
Using Dialogic® Distributed Signaling Interface Components for IS-41 Short Message Service
This application note provides a demonstration and information about developing an IS-41 SMSC application that combines the functions of SMSC and SME using Dialogic® DSI Components.
Enabling Dual Chassis Fault Tolerance with Dialogic® Signaling Boards
In order to achieve “five nines” availability and a high degree of fault tolerance in an SS7 signaling environment, an SS7 end point can be spread over two chassis using Dialogic® Signaling Distributed Architecture (SigDiA) enabled components. Dialogic® SS7 components are designed for this dual chassis approach and provide the architecture for splitting a point code over two active SS7 protocol engines. This application note discusses the design and implementation of such a dual chassis method for achieving high availability and fault tolerance using Dialogic® SS7 signaling boards.
Color Ring Back Tone — Building Feature-Rich Wireless Applications with Dialogic® Signaling Solutions
This application note describes the implementation of a Color Ring Back Tone (CRBT) wireless service. Focusing on the technologies and signaling involved, this document demonstrates how service providers can integrate CRBT into an existing Signaling System 7 (SS7) wireless application using Dialogic® Signaling Distributed Architecture (SigDiA) enabled building blocks.
Creating SS7 Circuit-Switched Applications using Dialogic® Global Call API
This application note describes the installation and configuration of circuit-switched telephony systems that combine Dialogic® Signaling Boards and Dialogic® DM3 Media Boards on platforms based on Linux and Windows® operating systems.
Adding Location-Based Services to Existing Architectures
This application note provides an overall view of Location-Based Services (LBS), describes the signaling and technology involved, and discusses how Dialogic® signaling components can be used in implementing such services.

Brochures

Dialogic World Wide Services Brochure
Overview of the different services provided.

Case Studies

JSC Ingenium Allows CELL C to Offer SIP-Based Services via SS7 to Its Subscribers
With its CAMEL IWF (InterWorking Function) Gateway, JSC Ingenium is allowing CELL C, the third largest mobile operator in South Africa, to integrate exciting next-generation SIP-based value-added mobile services into its conventional SS7 network. JSC Ingenium uses Dialogic® Distributed Signaling Interface (DSI) Components for signaling, switching, and transcoding in its CAMEL IWF Gateway and other solutions because DSI Components help to make these solutions easy to deploy, interoperable with TDM or IP, and very scalable.
Etisalat Sri Lanka Deploys Globitel's Roaming Solutions for Its More Than 3.5 Million Customers

Etisalat Sri Lanka understands both the challenges and the importance of providing unique and sustainable roaming services to attract customers, whether inbound or outbound. Because quality and user satisfaction are top criteria, Etisalat Sri Lanka chose three of Globitel's Roaming Solutions (Feel@Home, RoamSalute, and Intelligent Traffic Steering) because they aim to provide high levels of reliability and interactivity. These services also encourage roamer loyalty with superior quality and a user-specific interface that easily promotes SMS and data usage while allowing insight into roamer behaviors and service usability tracking.
CCMENA Develops Advanced Integrated IVR, CRM, and Contact Center for Thuraya
CCMENA designed an integrated IVR, CRM, and contact center solution that would allow the international mobile satellite service provider Thuraya to manage its customer care operations more efficiently.
Call Notify SMS Service Helps GloBul Build Customer Satisfaction
GloBul, the second-largest wireless operator in Bulgaria, has added a new service to help its customers handle missed calls. The new service, known as Call Notify, was built on the JN Missed Call Notification (MCN) system from Bulgarian telecom solution supplier Applicata, and was based on a fully redundant SS7 configuration from Dialogic.

Ordering Information

Use the Purchase page linked below to find partners to purchase Dialogic products. The order codes below are for your reference when making a purchase.

Where to Buy
ProductOrder CodeDescription

SS7SPCI2SQ

881-589

2 T1/E1, 4 LSL, 2 V.11

SS7SPCI4Q

881-590

4 T1/E1, 4 LSL

SS7SBPCIMTP2Q

883-136

MTP2, 4 LSL license

SS7SBPCIMTPQ

883-135

MTP2 & MTP3, 4 LSL license

SS7SBPCIISTUPSQ

883-171

ISUP, TUP, 1K circuits license

SS7SBPCIISTUPQ

883-817

ISUP, TUP, 2K circuits license

SS7SBPCIISTUPLQ

883-816

ISUP, TUP, 4K circuits license

SS7SBPCIMONQ

883-133

Monitoring license

SS7SPCI2SL2C1KQ

884-715

Kit: 2 LSL, 1K circuits, MTP2, MTP3, ISUP, TUP

SS7SPCI2SL4C2KQ

884-714

Kit: 4 LSL, 2K circuits, MTP2, MTP3, ISUP, TUP

SS7SPCI2SL4C4KQ

884-713

Kit: 4 LSL, 4K circuits, MTP2, MTP3, ISUP, TUP

SS7SPCI4L2C1KQ

884-717

Kit: 2 LSL, 1K circuits, MTP2, MTP3, ISUP, TUP

SS7SPCI4L4C2KQ

884-716

Kit: 4 LSL, 2K circuits, MTP2, MTP3, ISUP, TUP

SS7SPCI4L4C4KQ

884-711

Kit: 4 LSL, 4K circuits, MTP2, MTP3, ISUP, TUP