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From GSM to LTE: An Introduction to Mobile Networks and Mobile Broadband Martin Sauter
Publisher: John Wiley & Sons

Called Long Term Evolution (LTE), this is the latest stage in the development of mobile broadband technology and is popularly referred to as the fourth-generation 4G mobile phone technology. We just signed a contract to After all, they did introduce GSM, a second-generation wireless technology, while we were still offering analog cellular service. The introduction of LTE provides operators with a solution because it is much more efficient than HSPA, the 3G data technology, in terms of bits per hertz — that is, data that can be carried on a certain amount of spectrum. The fourth generation (4G) of cellular via the Long Term Evolution (LTE) standard was introduced in 3GPP Release 8 as the next major step for UMTS (Universal Mobile Telecommunications System). LTE is introduced into the LTE is not so much about new services but about gaining competitive advantage by out-speeding a rival network and being able to offer a better customer experience in a less congested mobile broadband network. It should be interesting to put together our session for the Mobile World Congress. Cellular leader Smart Communications has introduced to the country what company officials describe as the world's fastest mobile broadband technology. Assuming that 3GPP Release 8 introduced the first final version of LTE. Both forms of access will have latencies comparable to wireline (DSL, cable) broadband networks, making it an excellent substitute for wireline networks for many types of internet-based systems. LTE supports a scalable bandwidth from 1.25 to 20MHz, as well as both FDD (Frequency Division Duplex) and TDD (Time Division Duplex). We will have access to the GSMA's Wireless Intelligence group, which has great stats and numbers, and we will be comparing and contrasting them to what is occurring in North America. Notably, Sprint and T-Mobile in the United States have been quick to mention that their systems for LTE being deployed offer an easy upgrade path to LTE-Advanced. €�LTE promises to raise the quality of LTE is also backward-compatible with existing GSM, 3G and HSPA networks. It provides an enhanced user experience for broadband wireless networks.