Computer Telephony |
| Media Processing BoardsIP BoardsSignalling BoardsSwitching BoardsHMP Interface Boards |
|
|
|
Media Processing Boards
|
|
|
|
Dialogic media processing boards provide solutions that range from 4-port analog interface boards to quadspan T1/E1 media and network interface boards. These products support a full suite of media processing features, including voice play and record, advanced conferencing, high-speed fax, and speech integration. Products in this category are grouped by media capability and APIs supported.
|
|
|
IP Boards
|
|
|
|
Dialogic® DM/IP boards can be used to build next-generation IP telephony solutions for the enterprise and service provider marketplace. Original equipment manufacturers (OEMs), application developers, and IP telephony integrators can use these open, standards-based IP-enhanced services platforms to create high-performance, next-generation media processing subsystems. These IP telephony boards support the H.323 and SIP standards for communication across Internet Protocol (IP) networks and a wide variety of voice coder algorithms.
|
|
|
SS7 Signalling Boards
|
|
|
|
Dialogic® SS7 boards are designed to meet the needs of telecommunications equipment manufacturers, systems integrators, and service providers deploying solutions worldwide. SS7 boards are part of the Dialogic® Signaling Distributed Architecture (SigDiA), which enables affordable, high-performance,distributed, cross-platform, cross-operating-system signaling applications. The SS7 boards are grouped into three families: SS7HD, SS7SPCI, and SS7AM.
|
|
|
Switching Boards
|
|
|
|
The following Dialogic switching boards provide low and high density connectivity and media for analog station sets. These boards are designed for integration in advanced converged communication applications. These boards are available in PCI and cCPI form factor for a broad range of deployment options.
|
|
|
HMP Interface Boards
|
|
|
|
Dialogic® Digital Network Interface Boards enable all the flexibility of host-based media resources (scalable and licensed in single-unit increments) to mate with the network interface, providing developers and system integrators with a new level of configuration flexibility and cost efficiency. This is a departure from traditional media span products that require onboard digital signal processors (DSPs) to provide media and audio transcoding resources, which creates fixed costs and often fixed or limited configurations of media to complement the network interface density.
|
|
|
Related Links: Markets and Industry Applications
|
