Cricket Deploys GENBAND's G9 Converged Media Gateway.Focus on Enhanced Voice Quality and Seamless Migration to All-IP Architecture PLANO, Texas -- GENBAND Inc., a market-leading developer of next-generation IP gateways and application solutions, today announced that Cricket Communications, Inc., an operating subsidiary of Leap Wireless International, and a leading provider of unlimited wireless services, is deploying the G9 Converged Media Gateway(TM), controlled by GENBAND's C3 Signaling Controller(TM), to deliver enhanced voice quality and advanced IP services as they continue to evolve to an all-IP architecture. The deployment of the G9 platform complements existing GENBAND products, the GENBAND 8000 Media Gateway(TM) and the GENBAND C3 platform, already operational in Cricket's network. "GENBAND's G9 platform fits nicely into our strategy of enhanced quality, cost leadership, and the graceful evolution of our wireless network," said John Saboe, vice president of engineering of Leap Wireless, Inc. In addition to a wide range of features to provide voice quality enhancements (VQE VQE Voice Quality Enhancement VQE Visa Qualifying Examination (medical examination for foreign physicians in USA) VQE Visual Quality Experience (Cisco solution in the IPTV space) ), GENBAND is adding Enhanced Variable Rate Codec Enhanced Variable Rate CODEC (EVRC) is a speech codec used in CDMA networks. It was developed in 1995 to replace the QCELP codec which was of worse quality . EVRC uses RCELP technology, which improves speech quality with lower bit rates. (EVRC EVRC Enhanced Variable Rate Codec (Relaxation Code Excited Linear Prediction, RCELP algorithm) EVRC Enhanced Variable Rate Coding ) support over IP. The G9's ability to support EVRC over IP allows Remote Transcoder Operation (RTO (Recovery Time Objective) The amount of time a computer system or application can stop functioning before it is considered intolerable to the enterprise. It can be computed to be from seconds to days, depending on how critical the application is to the organization. ) throughout the Cricket network. An added advantage is that the G9 gateway can now interface with a wider range of MSCs, providing added flexibility for future Cricket network growth. "Cricket is a truly innovative, forward-thinking wireless company that stands behind its commitment to continuously improve the quality of service for its customers by implementing smart technical advances within its network," said Keith Landau, executive vice president of research and development at GENBAND. "The all-in-one voice server technology and enhanced functionality of the G9 platform support Cricket's evolving business needs and allow them to deploy the most cost effective IP network possible. The innovative C3 architecture provides extremely high capacity, carrier-grade media gateway control for TDM (Time Division Multiplexing) A technology that transmits multiple signals simultaneously over a single transmission path. Each lower-speed signal is time sliced into one high-speed transmission. , VoIP and IMS (1) See IP Multimedia Subsystem. (2) (Information Management System) An early IBM hierarchical DBMS for IBM mainframes. IMS was widely implemented throughout the 1970s under MVS and continues to be used under z/OS. networks." GENBAND's G9 Converged Media Gateway is a high-density, feature-rich, multi-fabric media gateway that allows services to be switched in native modes and between IP and TDM via provisionable features, functions, modules and cards. Evolved from field-proven technology globally deployed since 2001 across over 30 million ports in mobile, fixed line and converged networks, the G9 platform scales up to tens of thousands of ports and supports a wide range of interfaces and features for Unlicensed Mobile Access (UMA (1) (Unlicensed Mobile Access) See GAN. (2) (Upper Memory Area) Memory in a PC between 640K and 1M. More relevant in the days of DOS, this region was broken into Upper Memory Blocks (UMB) reserved for video memory and other )/Generic Access Network (GAN), Femtocells, UMTS (Universal Mobile Telecommunications System) The GSM implementation of the 3G wireless phone system. Part of IMT-2000, UMTS provides service in the 2 GHz band and offers global roaming and personalized features. , GSM and CDMA (Code Division Multiple Access) A method for transmitting simultaneous signals over a shared portion of the spectrum. The foremost application of CDMA is the digital cellular phone technology from QUALCOMM that operates in the 800 MHz band and 1.9 GHz PCS band. wireless networks. The flexible architecture of the G9 platform provides deployment options for access (BSC (Binary Synchronous Communications) See bisync. , RNC RNC Republican National Committee (US) RNC Republican National Convention RNC Radio Network Controller RNC Royal Newfoundland Constabulary (provincial police force) ), core (R4 MSC), wireline, and converged wireless/wireline network operators. The G9 platform's open H.248 interface and extensive feature set support 3GPP Release 4/5/6 and all major wireless and wireline IP, ATM and TDM network protocols. Optimized for IP network deployment, the G9 platform is an ideal solution for operators transitioning to IMS networks without requiring the costly replacement of existing network equipment. The GENBAND C3 Signaling Controller is a media gateway controller with an integrated signaling gateway providing advanced routing for voice calls across a service provider's legacy or broadband networks. The architecture of the C3 platform ensures that it is protocol independent of incoming and outgoing facilities and signaling types. Using commercially available, carrier-grade hardware, the C3 platform is a highly scalable product that supports a wide range of advanced routing, signaling, and services as well as required regulatory capabilities. About GENBAND GENBAND is a leading supplier of next generation IP gateway and application solutions. These high-performance gateway and application platforms enable fixed wireline, mobile, and cable network service providers to rapidly deploy new multimedia services. Headquartered in Plano, Texas, GENBAND has research and development facilities in Texas, China, India and Brazil. Additional information is available at www.genband.com. |
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