CANADA ENGLISH
 | CONTACT | CAREERS | DEN | PARTNERS | SITEMAP
GO

Signaling Software

SIGDiA image Dialogic® Distributed Signaling Interface (DSI) supports a wide range of Signaling System 7 (SS7) and internet protocol capabilities to manage the signaling traffic between an application and the SS7 network over TDM or IP.  Together the Dialogic® DSI Network Interface Boards, DSI Protocol Libraries, and DSI Signaling Servers enable equipment manufacturers and developers to create cost-effective, scalable solutions for today’s modular networks. 

DSI components are linked into a run-time environment that coordinates the execution of signaling operations among separate processors in the configuration: the application host computer, the SS7 interface board with protocol acceleration capabilities, and remote signaling servers where messages can be processed without use of host computer cycles.  The DSI message handling software transports signaling information between protocol layers or between a protocol layer and an application layer in a totally transparent way, regardless of the physical source and destination of the messages.

DSI products deliver numerous benefits including:

  • Flexibility to meet diverse requirements worldwide with a mix of the best platforms and most suitable form factors for excellent price-performance and rapid time to market
  • Development investment protection through portability of the same applications from boards, to servers, to SS7 over IP (SIGTRAN)
  • Proven track record of deployment for more than a decade
  • Signal message monitoring on TDM and IP to enable distinctive service delivery and enhanced security
SoftwareOperating SystemDescription
SIGTRAN MonitorLinux
Solaris		Delivers high-performance, high-density protocol monitoring that enables applications to interrogate SIGTRAN traffic between active signaling points and trigger intelligent actions. SIGTRAN Monitor, a software only application, joins Dialogic® Network Interface Boards that have circuit-switched network monitoring capabilities.
MTPLinux
Solaris
Windows

(Message Transfer Part) as defined by the ITU-T, ANSI.

 

SCCPLinux
Solaris
Windows

(Signaling Connection Control Part class 0,1,2) ITU-T recommendations Q.711-Q.714, Q.791 and ANSI T1.112

 

TCAPLinux
Solaris
Windows

(Transaction Capabilities Application Part) ITU-T Q.771-Q.774 and ANSI T1.114

 

MAPLinux
Solaris
Windows

(Mobile Application Part) GSM TS 09.02, TS 29.002

 

INAP, AINLinux
Solaris
Windows

(Intelligent Networking) ITU CS1, ETSI CS1 & CS2 and GR-1299-CORE AIN

CAMELLinux
Solaris
Windows

CAMEL Application Part specifications v1-v4

IS41, WINLinux
Solaris
Windows

ANSI/TIA/EIA-41.5-D, Wireless Intelligent Networking (WIN) extensions ANSI/TIA/EIA-751, ANSI/TIA/EIA-764, ANSI/TIA/EIA-771, ANSI/TIA/EIA-826 [Prepaid]

ISUPLinux
Solaris
Windows

(ISDN User Part) ITU-T Q.761-Q.764, Q.767, ETS 300 356-1, ANSI T1.113, national variants including German ISUP, Japanese TTC ISUP.

M3UALinux
Solaris
Windows

(MTP3 User Adaptation Layer ASP and IPSP) IETF RFC 3332

SUALinux
Solaris
Windows

SUA (Signaling Connection Control Part User Adaptation) RFC 3868

M2PALinux
Solaris
Windows

(MTP2 User Peer-to-Peer Adaptation Layer) IETF RFC 4165

BICCLinux
Solaris
Windows

(Bearer Independent Call Control) Q.1902.1 – Q1902.5, Q.765.5, Signalling Transport Converter Q.1901

TUPLinux
Solaris
Windows

(Telephony User Part) Q.721 - Q.725, French SSUTR2, Chinese GF001-9001

SCTPLinux
Solaris
Windows

(Stream Control Transmission Protocol) IETF RFC2960, RFC3309


Making Innovation Thrive