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Diameter is a computer network protocol for authentication, authorization and settlement, and it is a successor radius. Diameter is required in more than 60% of the IMS network elements. The OpenBloX Traffix Java / C + + chimney diameter is a full implementation of the Internet Engineering Task Force (IETF) Diameter (RFC 3588) and is used by 3GPP, 3GPP2 and ETSI Diameter comprised interfaces and applications. The OpenBloX Java / C + + Diameter stack is a full implementation in diameter, consisting of both the mandatory and optional parts of the Diameter protocol. It offers a full client, server and agents Diameter functionality and supports the entire set of Diameter protocol interfaces such as RF, Ro, CC, SH, Cx and Gx Diameter protocol interfaces. The diameter OpenBloX stack is licensed as a dual stack diameter, available in both open-source version and commercial chimney diameter available. The OpenBloX chimney diameter, the market is the only pure Java implementation diameter and is also published as a C + +. The OpenBloX chimney diameter is available with a full J2EE Java extension diameter. Both versions have the same API and share the same look and feel. The OpenBloX chimney diameter is the market benchmark for diameter and the market is the most popular and widely used Diameter protocol stack with more than seventy-five producers users and hundreds of missions. The Main advantages of the OpenBloX chimney diameter include the following: Full-implantation – the OpenBloX chimney diameter is equipped with dozens of Diameter interfaces and full diameter base implementation: Interoperability – the OpenBloX chimney diameter benchmark is the market and the most common solution Diameter: Telco class – the OpenBloX chimney diameter is concrete Telco’s ims diameter / NGN must: Performance – the OpenBloX chimney diameter is adapted built with a robust and scalable architecture is that the OpenBloX chimney diameter in both pure Java and C + + available – so you have a solution for both your Java and C + + environments, with a diameter of solution throughout the organization: Plane Applications on Traffix Control-Plane product portfolio. The Rosetta Diameter Gateway enables direct exchange of data between different AAA AAA technologies, such as diameter, radius, LDAP and HTTP-transformation using an advanced and data-flow management engine. The Rosetta Diameter Gateway is designed to settle the disputes with the integration of legacy service platforms with the latest NGN and IMS architectures associated simplification in various technologies such as mobile , wireline, cable, WiMax, etc. avoids the need for complex integration and adaptation of the Rosetta Diameter Gateway project offers a simple, reliable, and provide easy-to-use solution for most problems of control plane connectivity. The main advantages: install – Easy to To configure and – takes less than 2 to install hours and configure and run – Solves most vendors’ specific protocol incompatibilities questions – Enables legacy and NGN Control and AAA signaling connectivity – Remote configuration, management and support – Future – allows the introduction of additional services and IP interfacesThe Multimedia Subsystem (IMS) is an architectural framework for the provision of Internet Protocol (IP) multimedia services. It was originally developed by the wireless standards body 3rd Generation Partnership Project (3GPP) as part of the vision for the development of mobile networks using GSM. The original formulation (3GPP R5) represented an approach to the provision of Internet services over GPRS. This vision was later updated by 3GPP, 3GPP2 and TISPAN by the support of networks other than GPRS, such as Wireless LAN, CDMA2000 and fixed line. To facilitate integration with the Internet, he uses IMS IETF Internet protocols, where possible, eg Session Initiation Protocol (SIP). According to the 3GPP IMS does not intend to standardize applications, but access of multimedia and voice applications from the aid wireless and wireline terminals, ie, create a form of Fixed Mobile Convergence (FMC). This is achieved by a horizontal layer of control that performed the access from the network service layer isolates. Services need not have its own control functions, such as the control layer of a common horizontal plane. Alternative and overlapping technologies for access and the provision of services over wired and wireless networks are dependent on the actual requirements and include combinations of Generic Access Network, soft switches and SIP naked.