Interoperable value added services
The Rich Communication Suite (RCS) initiative is led by operators, handset and telecom vendors who have joined in an effort to facilitate the mobile communication evolution. Listen to what Håkan Djuphammar, vice president Systems Architecture at Ericsson, has to say about RCS and its important role when introducing value added services in an interoperable environment.
Focusing on application development, and especially IMS, Ericsson cooperates with several universities around the world.
Ericsson was recognized at the annual AfricaCom awards for MTN Zone, powered by its Dynamic Discount Solution, the world’s first telecom yield-management solution
Silicon Valley is the epicenter for Internet technology. And Ericsson’s newly-opened campus, located right in the heart of the area, will work with leading Valley companies to take the Internet mobile.
The GigaWAM project is a new Information Communication Technology (ICT) research project to increase broadband speeds by developing and implementing WDM-PON (Wavelength Division Multiplexed Passive Optical Network) as the new future-proof Fiber-to-the-Home technology. The project is funded by the European Commission.
Taking a big step towards creating a mass market of IMS-compliant mobile handsets, providing next generation rich communication services, the GSMA RCS program will release its first service specifications in December 2008.
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Develops solutions, technologies and enablers for tomorrow's services.
Includes multimedia technologies required for emerging multimedia services targeting enriched person-to-person communication and advanced multimedia content services.
Includes aspects such as IP mobility, quality of service, security research, network management, sensor networks and future internet.
3G Long Term Evolution, LTE is the next step in terms of user-service experience, improving latency, capacity and throughput. It will allow data rates above 100 Mbps.
Includes wireless communication with focus on radio access technologies, algorithms for advanced receivers, advanced antenna systems and propagation.
Includes development and evaluation of radio network algorithms, radio protocols and radio access network architecture.
Security solutions for emerging and future networks, services and applications, terminal and network platforms.
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