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Nokia’s vision for a service platform supporting high-speed data applications
ISBN 1. Global system for mobile communications. Halonen, Timo, II. Melero, Juan. G Contents ix 7. Technology Migration Contents xi Contents xiii UMTS Multi-radio and cdma This book has been the result of a collaborative effort of a truly motivated and committed team. Special thanks to Jussi Sipola for the link performance material provided in Chapter 7.
Thanks to Mark Keenan for the support, guidance and encouragement provided during the last years. We hope he feels as proud as we do about the result of this book. Special thanks to Optus, for their collaboration, support and excellent technical team Andrew Smith, Carolyn Coronno, Bradley Smith and the rest of the team. Part of the studies presented in this book have been performed as the result of the cooperation agreement between Nokia and the University of Malaga. We want to thank Malaga University and the Ministry of Science and Technology for the provided support.
Thanks to the publishing team from Wiley Mark Hammond, Sarah Hinton and Geoff Farrell , which has given an excellent support throughout this project, which has been very important to accomplish the demanding time schedule. Finally we would like to express our loving thanks to our wives Cristina, Laila and Susanna for the patience and understanding during the holidays, weekends and late nights devoted to the writing of this book. The e-mail address for gathering such input is geran book hotmail.
I have worked in the mobile communications industry longer than I would like to admit.
GSM: Evolution towards 3rd Generation Systems
In the early s, I started my career as a radio engineer for Motorola. At that time, Motorola designed and manufactured low-, mid- and high-tier private land mobile radios. Motorola had few competitors for the mid- and high-tier product lines to W radios. But times were changing. Those skilled in the art knew that something better was needed. And the American communications industry responded. By the mids, AMPS was a proven technology and cellular subscriber growth was constantly exceeding forecasts.
New second-generation digital systems were developed to address the capacity shortfall. This multi-standard wireless environment provided a unique proving ground for the three technologies. At the same time, GSM was achieving global acceptance because it offered a rich selection of capabilities and features that provided real incremental revenues for operators. As more and more countries adopted the technology, GSM experienced tremendous economies of scale for everything from chipsets to handsets, infrastructure and applications.
While the industry continued to experience stellar growth, American manufacturer dominance was challenged by Nordic companies, especially for the GSM technology. They brought to the United States, innovative, competitively priced products, backed by talented communications professionals with years of experience in designing, manufacturing, engineering and installing cellular equipment and systems throughout the world.
By the late s, the Internet was pervasive and the wireless industry looked to mobile data as the growth opportunity. The evolution of GSM to 3G is about gradually adding more functionality, possibilities and value to the existing GSM network and business.
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The evolution begins with an upgrade of the GSM network to 2. EDGE can be achieved through a very fast and cost-effective implementation.
- Understanding 3GPP – starting with the basics;
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The only requirement is to add EDGE-capable transceivers and software. The goal for EDGE is to boost system capacity, both for real-time and best-effort services, and to become perfectly competitive with other 3G technologies. This book, written by engineers from one of these Nordic companies, is an authoritative treatise on GSM evolution to 3G. Times change, but some things do not. Nordic companies have been at the forefront of wireless communications for more than a half of a century. They have earned their pre-eminent position in the industry.
I encourage you to listen to what this book has to say. Almost as quickly as news of the inventions spread, soothsayers rose to highlight real or imagined barriers to the success, popularity or the long-term use of these products and services. As occurred with electricity, the automobile and the television, soothsayers often misread the long-term impact of these inventions, underestimating qualities that led to their long-term success and adoption by the masses.
Ultimately, all three inventions had tremendous social and economic impact on global societies, and the soothsayers were proven to have undervalued the importance of these great inventions over time. In a slightly different way, the future of EDGE has been understated, underestimated, and undervalued by the latest pundits.
With over million wireless customers, Cingular is a major player in the global wireless marketplace. As of November , reported operator commitments to EDGE in the Americas encompassed hundreds of millions of potential customers. These commitments validate the future of this third-generation technology.
GSM: Evolution Towards 3rd Generation Systems : Zoran Zvonar :
More than half a billion GSM phones existed by mid-year , and within a mere four months that number had risen by phones to The economies of scale played a key role in the Cingular decision. With the implementation of Adaptive Multi-Rate EDGE offers transmission speeds of kbps—fast enough to support full motion video—and throughput capacity 3 to 4 times higher than GPRS. Additionally, the opportunity for international roaming with the GSM family of technologies offers yet another major incentive for operators to provide their customers with seamless communications services.
Conclusion EDGE will contribute to a bright future for 3G services, a vision shared by major analysts and industry groups. In the UMTS architecture, this dual-domain concept was kept on the core network side. Some network elements were evolved, but the concept remained very similar. This decision had consequences on the architecture itself but also on the way that the services were provided. Traditional use of circuits to carry voice and short messages needed to be replaced by IP-based solutions in the long term The scope was subsequently amended to include the maintenance and development of the Global System for Mobile communication GSM Technical Specifications and Technical Reports including evolved radio access technologies e.
The discussions that led to the signing of the 3GPP Agreement were recorded in a series of slides called the "Partnership Project Description" that describes the basic principles and ideas on which the project is based. The Partnership Project Description has not been maintained since its first creation but the principles of operation of the project still remain valid.