Dialogic® PowerMedia™ Host Media Processing Software Release 4.1LIN

PowerMedia HMP 3.1 LIN

High-density media processing software for building innovative voice and 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 Release 4.1LIN is high-density media processing software for building innovative voice and video solutions. Multimedia features supported in Release 4.1 include video streaming and video transcoding (H.263, H.264, and MPEG-4), video transrating, video conferencing, and 3G-324M (with MONA and WNSRP). PowerMedia HMP 4.1 also supports HD Voice (wideband audio with G.722, AMR-WB), audio transcoding (G.722, G.723.1, G.729a, G.729b, G.726, G.711, AMR-NB and AMR-WB), native streaming, native play/record, security features, and PSTN connectivity via Dialogic® HMP Interface Boards (DNI Boards).

2009 Internet Telepohny Product of the Year logoPowerMedia HMP 4.1 provides concurrent audio sessions per system with a mix of voice, video, speech, T.38 fax, and conferencing resources; concurrent multimedia sessions; and advanced video sessions with audio and video transcoding. Because host processor capacity continues to increase, and consequently the number of concurrent sessions that PowerMedia HMP can support, Dialogic regularly tests the capacity of new processors and publishes the current density test results for PowerMedia HMP on the Dialogic website. Recent results have shown that PowerMedia HMP 4.1 can successfully support up to 5000 SIP signaling sessions. Density and scalability are limited by the application and the capacity of the host processor in use.

PowerMedia HMP 4.1 also contains patent-pending software that has been developed by Dialogic® Media Labs to enhance the quality of mobile video with improved bit-rate control.

Ordering Information

To order PowerMedia HMP 4.1, contact your Dialogic sales representative. For information about licensing Release 4.1 in video resource bundles or as individual resources, see the product datasheet.

Features Benefits
Multimedia processing with advanced video features such as video streaming and video transcoding (H.263, H.264, and MPEG-4), video resolutions up to VGA, resizing, conferencing, and image overlay Enables multimedia solutions, such as video portals,multimedia conferencing, and video-enabled call centers
IPv6 and IPv4 media and call control support Enables IPv4, IPv6, or a mixed (both IPv4 and IPv6) Network deployments
Voice features, such as play, record, transaction record, DTMF detection, Call Progress Analysis; wideband audio coder support for HD Voice (G.722, AMR-WB(G.722.2))  Enables advanced voice applications, such as IVR and contact centers with PSTN and IP end points that require support for a wide array of coders

Scalability is dependent on the capacity of the host processor and the application in use, but is typically thousands of concurrent sessions with G.711

Allows for high density, cost-effective IP and TDM solutions on standard servers

Secure RTP (SRTP) and SIP Transport Layer Security (TLS)

Enables encryption security at the media layer with SRTP and at the signaling layer with TLS

3G-324M (with MONA and WNSRP support) for video-enabled mobile applications

Supports 3G-324M video servers and gateways for 3G wireless networks; MONA and WNSRP provide Fast Connect capability

Native streaming and native play/record

Improves system performance by reducing CPU load and latency

Compatible with other Dialogic® products and technologies

Enables converged TDM/IP and TDM-only solutions, easy migration to IP and multimedia, and single-server solutions for SS7

Conferencing and fax termination

Facilitates development of advanced HD Voice conferencing applications and unified messaging with PSTN and rich IP endpoints

Specifications
Operating system
  • 32-bit Operating System
    • Red Hat Enterprise Linux Release 4 Update 5, 6, 7 and 8
    • Red Hat Enterprise Linux Release 5 Update 2, 3, 4, 5 and 6 (AS/ES/WS)
    • SUSE Professional 9 Service Pack 4
  • 64-bit Operating System
    • Red Hat Enterprise Linux Release 4 Update 7 and 8
    • Red Hat Enterprise Linux Release 5 Update 4, 5 and 6 (AS/ES/WS)
    • CentOS Release 5 Update 6
    • SUSE Professional 11
Hardware

Processor: Intel Xeon, Intel Dual Core Xeon, Intel Quad Core Xeon, Intel Pentium 4, Intel Pentium Extreme, and a variety of multi-core processors

Memory: 1 GB recommended for voice applications; 2 GB recommended for audio/video applications; 4 GB recommended for high density applications

Disk Space: 500 MB required for full installation of Dialogic HMP Software 4.1

System
  • IP-only solutions - Single- or dual-processor platform with an Ethernet NIC (Note: 1000Base-T recommended)
  • Converged solutions - Single- or dual-processor PCI platform with an Ethernet NIC and Dialogic® HMP Interface Boards (DNI Boards)

Manuals

Application Notes

Brochure

Case Study

Data Sheet

Technology Brief

  • Dialogic is a global leader in enabling the secure and seamless transition of mission-critical Public Safety networks from legacy to next-generation platforms.  For solutions from incident notification to mass reporting and coordinated response, Public Safety leaders are building on Dialogic. 

  • The Dialogic® Video Conferencing Demo provides several examples of how video conferencing can be deployed. You can download this demo free-of-charge and use it for 45 days to demonstrate video conferencing solutions that support the latest endpoints, including smartphones and tablets.

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.
  • 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 past network security issues, examines the shortcomings of existing security architectures that do not address future security requirements, and presents possible approaches that can solve them.
  • This white paper discusses how the IP Multimedia Subsystem (IMS) network can be used to convert video content so that it is accessible to any user, and how network-based processing techniques could be applied to a wide variety of applications.
  • This paper presents background on the evolution of the mobile wireless network, discusses challenges to be overcome to make video to the mobile handheld practical, and presents scenarios highlighting the potential market for video to the mobile handheld.
  • A rising demand for mobile video services is creating major new opportunities for both network operators and application developers worldwide.
  • This white paper provides an overview of the IMS architecture and its benefits, describes the new family of combinational services that IMS can enable, and provides some technical highlights and examples of IMS platforms.
  • 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 surveys the reasons why multi-screen services are so attractive, the role of the network operator in an expanded ecosystem, industry drivers, and technical challenges.
  • This white paper provides basic information about video characteristics and video streaming techniques, and discusses guidelines for authoring content.
  • This white paper provides an introduction to HD Voice and discusses its current adoption rate and future potential. It also describes research trials and implementation issues, and sets HD Voice in its industry context.
  • This white paper discusses how video quality is typically measured, provides information on some of the tools and techniques in use today, and suggests some future directions for measuring video quality.
  • This white paper examines how the use of video can enhance the effectiveness of contact centers.
  • This white paper focuses on how an enterprise with SIP trunking can use wideband audio for internal communications, communications with other enterprises, and communications with mobile users to create a better user experience.
  • 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).
  • This white paper briefly introduces IVVR technology, including how it is used and background in video technology and 3G-324M.
  • 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.
  • Combining video with voice and text applications to create multimedia services is an important development in the worldwide communications marketplace. Adding video promises to provide a robust new revenue stream for service providers and greatly enhance business solutions, including the contact center. This paper explores market segment trends, multimedia services, key multimedia standards, and the technical components needed to deliver multimedia services effectively. A section on Dialogic and multimedia discusses some of the Dialogic® products that can help make the move to multimedia faster and more cost effective.

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.

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HMP Video Press Release
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