Mobile Maps API on Android
The Mobile Maps API is a framework that enables integration of powerful and flexible maps into a mobile application. Highly customizable and dynamic maps are rendered in the mobile. The API enables fast map browsing and smooth and animated interaction and easy to tailor how users interact with the maps. It is now also availbale for the Android application environment.
Ericsson’s commitment to providing connectivity to the Millennium Villages Project has been recognized as an innovative contribution to the telecoms industry, winning a Global Telecoms Business award.
Ericsson believes that telecommunications is a key enabler in helping to solve some of the most compelling challenges that the world is facing today. Listen to what Elaine Weidman Grunewald, Vice President Sustainability and Corporate Responsibility at Ericsson, has to say about the company’s sustainability initiatives.
Digital subscriber lines (DSL) are today one of the most important means for delivering high-speed data transmission. An emerging technique for dealing with one of the technology’s most harmful problems, crosstalk, is dynamic spectrum management (DSM).
Fixed-broadband access technology is evolving from exclusively copper-based solutions to hybrid fiber-copper architectures. This text presents the expected next step in the evolution of broadband systems, which we call the fourth-generation broadband concept.
Ericsson has the industry’s strongest LTE patent portfolio and has signed license agreements for LTE essential patents. This builds on Ericsson's present global licensing program for GSM/WCDMA, now composed of more than 80 agreements.
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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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