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GSM384, EDGE allows a service provider to offer 384 Kbps service when eight GSM timeslots are used a less-than-efficient use of available bandwidth. The conversion to EDGE requires that an additional transceiver be added to base stations and naturally requires the use of handsets that can handle the additional protocol. The initial devices that are planned will offer high-speed downstream only; later devices will support high-speed, two-way service. EDGE is one technology that paves the way for the implementation of the Universal Mobile Telephony System (UMTS). According to the ETSI,
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UMTS will be a mobile communications system that can offer user benefits including high-quality wireless multimedia services to a convergent network of fixed, cellular and satellite components. It will deliver information directly to users and provide them with access to new and innovative services and applications. It will offer mobile personalized communications to the mass market regardless of location, network or terminal used.
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Native-mode GSM offers relatively low-speed data access. In response to demands for higher mobile bandwidth, a number of new technological add-ons have been created including the Generalized Packet Radio Service (GPRS), which can conceivably achieve higher data rates by clustering as many as eight 14.4 Kbps channels to offer as much as 115 Kbps to the mobile user. There are, of course, downsides to this model including the ability to support fewer simultaneous users because of channel clustering, and the need to build an overlay on the existing network to support packet-mode data transport. Nevertheless, GPRS deployment is proceeding apace. The third generation of wireless systems (3G) offers broadband access to wireless users over a high user count, digital network. One access protocol that will be deployed is CDMA. In CDMA networks, there is no channelization per se.
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There are effectively two evolutionary 3G paths underway in the United States, one rooted in GSM, the other in CDMA. Both have merit, both will undoubtedly survive for some time to come, but they are different and must be explained.
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Downloaded from Digital Engineering Library @ McGraw-Hill (www.digitalengineeringlibrary.com) Copyright 2004 The McGraw-Hill Companies. All rights reserved. Any use is subject to the Terms of Use as given at the website.
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The GSM path begins with traditional 2.5G access. Over time, GPRS is added for data service, and in many cases EDGE is later added to the mix. This is often referred to in the industry as Wideband CDMA and leads to the ultimate end state, the UMTS. The CDMA path, on the other hand, begins with CDMA2000 and adds high-speed data through an overlay service known as 1x Evolution-Data Only (EV-DO). 1xEV-DO technology, sometimes called high data rate (HDR), offers high-bandwidth wireless connectivity that is optimized for packet data over CDMA networks. EV-DO supports wireless Web access at download speeds ranging from about 384 Kbps to 2.4 Mbps, sometimes eclipsing the speed of DSL and cable modems. EV-DO is being rolled out by both Verizon Wireless and Sprint, and trials are sprouting up all over the country. Ultimately, if the technology is successful, a second generation will be added called EvolutionData/Video (EV-DV). Watch this technology closely it may be the tipping point technology for CDMA-based 3G networks. In the United States, carriers are all over the map with regard to the wireless access technologies they have chosen to base their networks upon, one reason for the relatively slow deployment of a seamless wireless broadband infrastructure. Verizon and Sprint PCS rely on CDMA2000; Cingular and T-Mobile are mostly GSM-based (there is some legacy TDMA technology scattered about as well); and Nextel, soon to be part of Sprint, uses a proprietary standard based on Motorola s iDEN technology. These technological disparities (and similarities) could be indicators of ongoing consolidation activity within the industry where it makes sense. Alternatively (or additionally), handset manufacturers will have to manufacture multiprotocol handsets capable of roaming and operating in all accepted protocol networks. Qualcomm offers a dual-mode chipset that allows international roamers to operate seamlessly in both GSM and CDMA environments; Samsung offers a dual-mode five-band phone for both CDMA and GSM environments, as does Motorola.
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