4G Technology Until recently in the UK‚ everything concerning mobile technology was run on 3G (3rd generation wireless technology)‚ however 4G has now been introduced. 4G is the 4th generation wireless technology also referred to as Long Term Evolution (LTE). It is built to provide a more efficient mobile internet and data service. It gives a much quicker connection speed of up to 100mb per second which is faster than many home broadband connections. It is said to be described as “MAGIC” mobile
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over the potential success of the protocol stack licensing strategy. Thoughts and Implications Last week Nokia announced that it was going to begin using merchant market chipset solutions from Infineon (GSM) and Broadcom (EGPRS)‚ thus ending a long-standing strategy that required the use of the Nokia 2G protocol stack in handsets that bear the Nokia brand name. Technically‚ Nokia has been using Qualcomm’s protocol stack and chipsets for CDMA2000/EV-DO handsets but this is generally done through
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discuss how Verizon is fulfilling the stakeholders’ wants and needs. SWOT Analysis [pic] Strengths According to the FCC Verizon Communications is the largest carrier in the US (FCC‚ 2011‚ p.8). Verizon also has the largest 4G LTE (Long Term Evolution) network‚ covering over 75% of the US (eweek.com‚ 2012). This investment in broadband network provides Verizon a strong advantage in the expanding smartphone and tablet markets. Verizon also was the first carrier to launch shared data plans
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strengthened Bahrain’s reputation as a telecoms hub. More recently‚ we have renewed our commitment to provide the best service to our customers by flagging off an ambitious $50 million network upgrade that has seen us deploy the region’s first Long Term Evolution (LTE) technology. The LTE will enable Zain Bahrain customers to enjoy faster data downloads and an enhanced customer
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of wireless data being supported by mobile devices. The two most current used services are 3G and 4G (http://www.electronicsforu.com/EFYLinux/efyhome/cover/jun2003/Mobile-tech.pdf). For average consumers‚ 3G and 4G are two of the most mysterious terms in the mobile technology dictionary‚ but they ’re used relentlessly to sell phones and tablets. Third-generation mobile networks‚ or 3G‚ came to the U.S. in 2003. With minimum consistent Internet speeds of 144Kbps‚ they were supposed to bring "mobile
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coverage on the coasts (see map)‚ but it’s hit or miss in the middle of the country‚ and there are 12 states with no Sprint 4G service at all. When you can’t get a 4G connection‚ the fallback is to use Sprint’s 3G network‚ which is based on EV-DO (Evolution Data Optimized) technology. It’s available in all 50 states‚ although -- as is the case with other 3G networks -- there are huge holes in the upper Midwest. Sprint says that over the next two years‚ it will fill out a national 4G network. Mobile
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has spectrum in Madhya Pradesh and is expected to launch TD-LTE services this quarter. hoW does it Work? There are essentially two kinds of 4G technology—the older Wimax (worldwide interoperability for microwave access) and the newer LTE (long term evolution). LTE is of two
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different telecommunication towers. 4G is short for fourth generation of cellular telecommunications technology (Turban‚ Volonino). 4G mobile network standards enable faster data transfer rates. 4G technologies represent the latest stage in the evolution of wireless data technology. 4G also deliver average download rates of 3mbps or higher (Turban‚ Volonino). In contrast‚ 3G networks only deliver about one tenth of the 3mbps the 4G networks gives off (Turban‚ Volonino). Some of the services the
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Third Generation (3G) and Fourth Generation (4G) are cellular telecommunication networks that supports multimedia and broadband services (Turban & Volonino‚ 2011‚ p. 96). 3G is an evolution of 2G and 4G a successor of the 3G. These network services are sold through telecommunication service providers. Users of these networks can enjoy surfing the Internet‚ checking email and downloading content from the convenience of their mobile devices enabled to use the technology (Gowthami‚ Ramya‚ and Nishanthi
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Study on “Applications of 3G technology in the Education sector: Perspective Bangladesh” Name: Md. Mahbubul Haque Osmani Faculty of MSJ department‚ University of Liberal Arts Bangladesh. Address: 105‚ 4th floor‚ Lake Circus‚ Kalabagan‚ Dhaka. Mobile: 01716806361 E-mail: osmani.mcj.du@gmail.com Applications of 3G technology in the Education sector: Perspective Bangladesh ABSTRACT: Bangladesh recently touched a new milestone in Information and Communication Technology with the inauguration of commercial
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