Dialogic® Converged Services Platforms (CSP)

CSP2090

Dialogic® Converged Services Platforms (CSP) are high-performance, carrier-grade, and open programmable media platforms with integrated signaling capabilities for delivering enhanced telecommunications services. The CSP Platforms bridge existing wired and wireless networks with next-generation IP networks and integrate signaling protocols for IP (SIP and H.323), TDM (SS7, PRI, and R1/R2), mobility, and IN. Their versatility allows the CSP Platforms to speed up time-to-market, reduce costs, increase revenue, and protect a carrier's investment in legacy equipment.

The CSP Platforms deliver high levels of media processing and call control in circuit-switched, packet-switched, or converged networks.

The Dialogic® CSP 2090 Converged Services Platform  is a multi-board chassis with twenty slots that can support up to 2,048 physical voice channels over TDM or IP interfaces or combinations of TDM and IP ports. It can scale up to 14,000 channels with seven nodes that provide the capabilities of a large logical switch.

The Dialogic® CSP 2040 Converged Services Platform is a multi-board chassis with seven slots. It uses the same boards as the CSP 2090 and the same system software. It supports up to 1,024 physical voice channels for TDM, IP, or TDM/IP combined solutions.

Using the CSP Platforms, developers can create applications with both IP and TDM call control protocols, media processing, and IN signaling that enable feature-rich, network-based converged service implementations. Because of the high degree of flexibility built into their design, the CSP Platforms deliver an open, programmable architecture that can meet the demands of a wide variety of carrier-class communications services from unified messaging to web-based services over many different types of networks.

FeaturesBenefits

Powerful and robust media processing capabilities

Allows the development of new innovative and legacy voice-based applications

Integrates multiple protocols in a single system

Can accelerate time-to-market by shortening  development time for communications applications

Supports circuit- and packet-switched protocols and interfaces in a single platform

Allows the migration of services from legacy networks to next-generation networks and IP-based architectures, and protects carrier investment in legacy equipment

Supports a single platform for signaling and for media

Reduces the cost and complexity of implementing new services

Provides high-reliability features such as "no single point of failure," hot swappable boards, fault monitoring, fault isolation, and automatic switchover; includes NEBS Level 3 compliance

Enables the secure and robust operating environment required in carrier-class installations that must meet rigorous 99.999% ("five nines") reliability standards

Allows a high degree of scalability by scaling from 96 to 14,000 IP and/or TDM ports

Enables network operators to deploy services cost-effectively, even at introduction, and to scale up as traffic grows

Distributed signaling architecture that
separates physical network interfaces from logical signaling operations, allowing the distribution of telephony services across  service resources
Enables flexible configuration and seamless integration of IP and TDM signaling protocols

Includes Dialogic® Programmable Protocol Language (PPL), a development tool that allows modification of a signaling protocol's state machine

Allows developers to create and/or customize signaling variants rapidly in the office or in the field, which can significantly improve deployment time and expedite network compliance

Manuals

  • Refer to the documents listed below for specific details on Dialogic® Converged Services Platform (CSP) Release 8.4.1.

    Note: To ensure that you access the latest information, refer to the CSP WebHelp. The documents listed under the Manuals section are no longer updated/maintained.

Case Study

Data Sheet

  • Dialogic® Converged Services Platforms (CSP) are high-performance, carrier-grade, and open programmable media platforms with integrated signaling capabilities for delivering enhanced telecommunications services.

Technology Brief

White Paper

  • This paper is an attempt to explain the high-level architecture standards and issues, and, of course, the "lingo" of the LTE community to those who are familiar with communications technology but who lack in-depth knowledge of the mobile industry.

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