Dialogic® PowerMedia™ Host Media Processing Software Release 3.0 for Windows

PowerMedia HMP 3.0 WIN

Media processing software for building innovative voice and native video solutions.

Note: Dialogic® Host Media Processing Software has joined the Dialogic® PowerMedia™ Product Family and is now known as Dialogic® PowerMedia™ Host Media Processing Software (PowerMedia HMP).

Dialogic® PowerMedia™ Host Media Processing Software (PowerMedia HMP) performs media processing tasks on general-purpose servers without requiring specialized hardware. The software provides media services for building flexible, scalable, and cost-effective next-generation IP media servers and converged telephony applications. Because it is implemented as a software-only product with a variety of media processing configurations, PowerMedia HMP minimizes investment, development, deployment, and operational costs.

Release 3.0 for Windows extends the capabilities of software-based IP media processing by introducing security features, video messaging, and remote interface support. In addition, Release 3.0 scales up to 5000 SIP signaling sessions or 1000 concurrent voice user sessions per system.

To help customers accelerate their time-to-market and migrate existing applications to IP, the software also supports three direct application programming interfaces (APIs): R4 for media processing, MM for Multimedia, and Global Call for call control. These APIs are consistent with DM3 architecture to enable quick development and migration to a platform using PowerMedia HMP.

Features and Benefits
Supports up to 1000 channels of G.711 and voice play and record on platforms with dual-core processors Allows high-density media processing on standard servers
Supports up to 500 fax terminations Support of V.17, T.38  and G.711 fax pass-through enables unified messaging applications
Supports play, record, and synchronization of voice and H.263-format video in a multimedia stream that includes video I-frame detection to trigger start of record as well as transmit-of-tone notification when recording begins Enables media processing for video-based messaging and content delivery media servers
Supports Dialogic® HMP Interface Boards (DNI Boards) for T1/E1 and Dialogic® Analog Interface Boards
Enables converged solutions in enterprise and service provider environments with easy migration to pure IP platforms
Security support of SRTP and SIP TLS
Provides encryption protection at the media layer with SRTP and at the signaling layer with TLS.
Support for local Global Call, MM, and R4 APIs and MSML for remote support
Uses MSML to allow a remote application to use an HMP-based media server in an IMS environment. MM, R4, and Global Call APIs allow easy migration of existing applications by providing compatibility at the API level with other Dialogic telecom products
Conferencing features include coaching, active talker notification, tone clamping, echo cancellation, and scalability with a maximum of 580 conferees per system Facilitates development of advanced conferencing applications
Product Highlights

Operating system (64-bit)


Windows Server 2008 R2
Windows Server 2008 (with Service Pack 2)
Windows 7

Operating system (32-bit) Windows Server 2008
Windows 7
Windows XP (including Service Pack 3)
Windows Server 2003
Windows Server 2003 R2 Enterprise Edition
Memory Up to 2 GB recommended (application dependent)
Programming environment
C
C++
Microsoft Visual Studio 6.0

Manuals

Application Notes

  • Dialogic® Continuous Speech Processing (CSP) is a feature available with select Dialogic® boards supporting high-performance, speech-enabled applications. CSP is also available with Dialogic® Host Media Processing (HMP) Software, enabling customers with board-based speech solutions to easily add VoIP to their product portfolio.
  • This application note describes Global Call and associated API usage and protocol configurations recommended for obtaining CPA results with Dialogic® products. A sample test application (sr6callp) is included for exercising CPA scenarios on HMP 2.0, Dialogic interface boards for HMP, and Dialogic boards with DM3 and Springware architectures.
  • This application note describes the design and implementation of Application Server software that provides voice mail, video mail, and conferencing features using an MSML Media Server included in Dialogic® products.
  • This application note provides information about developing media solutions using the Real Time Streaming Protocol (RTSP) and Dialogic® Host Media Processing Software. Included (as a download) with this application note is a sample RTSP client library and a sample Dialogic® application, which serve as a reference for developing media streaming applications using RTSP.
  • This application note describes a way of using a tap to build a high density call logging application with Dialogic® HMP Software as the control and recording medium. A working demo application can also be downloaded.
  • Knowing how to configure a Dialogic HMP Software runtime license enables you to choose the exact functionality that benefits your customers using Dialogic® Host Media Processing Software Release 3.0 for Windows®, including the support of the Dialogic® HMP Interface Boards that provide PSTN connectivity for building converged TDM and IP solutions.
  • This application note provides information regarding a study of a high density, high performance conferencing application utilizing Dialogic® HMP Software and Dialogic® HMP DNI Boards.
  • As part of Dialogic’s ongoing series of application notes discussing technologies related to using Dialogic® HMP Software, this application note discusses how to balance SIP calls using the Open Source SIP Server (OpenSER). Test data is included and configuration files are provided for download.
  • This document provides architectural guidelines for migrating an existing application written for media boards with Dialogic® Springware Architecture to media products with Dialogic® DM3 architecture.
  • This application note discusses a way of using Dialogic® APIs in .NET applications that are written in managed high-level .NET programming languages, such as Visual Basic.NET or Visual C#.
  • This application note covers a broad range of topics on T1 telephony interfaces, including configuring Dialogic® boards for T1 and troubleshooting.
  • This application note describes a VoIP Gateway Demonstration Application that uses the MSP 1010 Multi-Services Platform and PowerMedia HMP to create a TDM-to-IP gateway that routes an incoming PSTN call to SIP.
  • This application note provides guidelines for migrating existing applications from Dialogic PacketMedia HMP Software 2.0 to PowerMedia HMP. Two demo applications can be downloaded and used to compare call flows.
  • This application note explains how to set up, configure, and use the Open Source, PC-based network protocol analyzer Ethereal with Dialogic® voice over Internet Protocol (VoIP) telephony products. Setting up and using Ethereal in a telephony hardware and software environment involves some special considerations, which this application note addresses. This note also serves as a beginning installation, configuration, and user’s guide for Ethereal with Dialogic VoIP products. It explores the use of Ethereal in a VoIP test environment by describing how to get started debugging VoIP protocols using Ethereal, providing debugging guidelines, and showing examples of real-world problem scenarios.
  • This application note describes methods for streaming audio between the host and voice resources on Dialogic® boards in low-density environments. It is intended for solution designers and application developers who need to use such streaming functions for speech technology integration, host-based voice processing, or customized voice streaming needs.
  • This guide is designed to provide updated information in table format about currently available system releases and the operating systems they support. This information can help you choose the telecom board you need for a particular operating system configuration.
  • Building Cost-Effective Network Elements for Voice and Data with Dialogic® Host Media Processing Software and the Intel® NetStructure™ MPCBL0001 High-Performance Single Board Computer
  • Host Media Processing (HMP) software performs media processing tasks on general-purpose host processors in servers based on Intel® Architecture without the use of specialized digital signal processors (DSPs). This application note describes HmpConfDemo, a sample audio conferencing application that uses release 1.1 of HMP software for the Windows operating system to demonstrate its capabilities, including its use of H.323 and the Session Initiation Protocol (SIP) for call control.
  • To help architects and programmers who only have experience in a Windows® environment move their telephony applications to Linux, this application note provides information that aims to make the transition easier. At the same time, it takes into account that the original code for Windows may not be abandoned. The ultimate goal is to demonstrate how to create flexible OS-agnostic telephony applications that are easy to build, deploy, and maintain in either environment.
  • Combining the SIP proxy and DNS-SRV load balancing and faulthandling techniques provides a cost-effective way to develop higherdensity solutions using Dialogic® Host Media Processing (HMP)software. This application note describes the two techniques, explainshow to combine them, and provides a test configuration for a solutionusing the combined techniques and Dialogic HMP software.
  • The VoIP Media Gateway Reference Platform is an integrated white box media gateway designed to introduce Voice over IP (VoIP) application developers and system integrators to the flexibility and media-processing-specific features of a VoIP solution built with powerful modular Dialogic® building blocks, such as Dialogic® Host Media Processing Software, Dialogic® HMP Interface Boards, and Paraxip Gateway software.

Brochure

Case Study

Data Sheet

Technology Brief

  • Dialogic® Diva® SIPcontrol™ software converts Dialogic® Diva® boards into SIP-enabled PSTN/IP gateways. When SIPcontrol software is used with Dialogic® Host Media Processing (HMP) Software for Windows and Dialogic® Diva® BRI and/or Analog boards, HMP-based applications can connect seamlessly through ISDN BRI and/or analog interfaces in a hybrid TDM/IP environment, using SIP. See Figure 1 for an illustration of how the elements work together.
  • The Dialogic® Diva® Software Development Kit (Diva SDK) offers a powerful set of Application Programming Interfaces (APIs) that can be used for implementing telephony applications, that is, applications that accept and process phone calls.

White Paper

  • Enterprises strive for service excellence to win new accounts and to serve existing customers, establishing long-term purchasing loyalty. The contact center, as the focal point of communications, is a strategic asset in achieving this goal. Customers have ever-rising expectations of service quality, and enterprises need to invest heavily in systems and staff to meet their demands. An alternative for these enterprises is outsourcing, in which some or all of the contact center operation is managed by one or more third-party organizations.
  • Successful Voice over IP (VoIP) deployments can deliver solutions that provide voice quality that is comparable to traditional circuit-switched telephone networks, but at a lower cost. Builds on the background information provided in Overcoming Barriers to High-Quality Voice over IP Deployments.
  • For both large and small enterprises, the contact center often provides the first interaction customers have with the company. The success or failure of that customer experience can set the stage for all subsequent interactions between customers or prospects and the company. And how effectively a company interacts with its customers and prospects sets the baseline for the company’s customer satisfaction, loyalty—and, ultimately, for its long-term success. 
  • To win in today’s volatile wireless services market, service providers need to design, develop, and deploy new enhanced video services and be prepared to ramp them quickly when they become popular. The OmniVox3D® Application Server from APEX Voice Communications represents a unique and successful approach to this business challenge, seamlessly combining a powerful, open application server with a flexible application creation environment and a robust management interface. OmniVox3D benefits by using Dialogic® Host Media Processing Software to deliver media processing on standard servers rather than specialized hardware.
  • This white paper provides an overview of some of the XML communication technologies that address new customer expectations for a more media-centric, information-rich caller experience, and briefly discusses Dialogic® products that leverage XML technology.
  • In today's transitional communications market, service providers need to be ready to deploy solutions that work equally well in both IP and TDM networks and that are easy to transition from TDM to IP. The multi-service OmniVox3D® Voice and Video Application Server from APEX Voice Communications has successfully met these business challenges using Dialogic® products.
  • This white paper discusses the current understanding of Web 2.0 and provides a general introduction to and thoughts on delivering media services and current trends in a Web 2.0 environment.
  • This white paper examines how the use of video can enhance the effectiveness of contact centers.
  • This white paper presents a brief overview of network monitoring. It also discusses different network monitoring types and technologies: TDM (T1/E1, BRI, and analog), SS7 (monitoring within the service provider network), and session monitoring (IP and web).
  • As LTE networks are deployed, broadband access from smartphones will become nearly ubiquitous, allowing mobile users more access to new services in areas such as entertainment, advertising, and video-enabled call centers. Businesses can benefit by providing these new services as "cloud-based" to enable fast, cost-effective, accessible, and scalable deployment for mobile users.

Archived Documents

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