4G: LTE/LTE-Advanced for Mobile Broadband by Erik Dahlman

By Erik Dahlman

LTE (Long time period Evolution) is the 3GPP's (3rd new release Partnership venture) new normal and accompanying applied sciences that cellular community operators reminiscent of ATT, Verizon and TeliaSonera are adopting for his or her networks.

to maneuver to higher-speed networks which may cater to client call for for cellular broadband multimedia purposes, the 3GPP has constructed the most recent LTE-Advanced (LTE liberate 10) usual, in order to be mounted in December 2010. This ebook specializes in LTE and LTE-Advanced, and gives engineers with genuine perception and knowing into the why and the way of the normal and its comparable applied sciences. This publication is written through engineers from Ericsson--the world's top telecommunications supplier--who was once seriously considering the improvement of the standard.

  • Follow-up to the very winning 3G Evolution, now targeting LTE and LTE complex common and its accompanying technologies
  • Complete and transparent rationalization of LTE complicated by means of the people who performed a number one function in its improvement, on the way to let engineers to quick take hold of the most recent 3GPP free up 10 common and enforce it of their products
  • Not a contributed publication as so much others in this subject are: this publication supplies an built-in advent to the applied sciences and the standard
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Additional resources for 4G: LTE/LTE-Advanced for Mobile Broadband

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16 Spectrum of a basic 5 MHz OFDM signal compared with WCDMA spectrum. In practice, the amount of inter-subcarrier interference that can be accepted very much depends on the service to be provided and to what extent the received signal is anyway corrupted due to noise and other impairments. As an example, on the cell border of large cells the signal-to-noise/interference ratio will anyway be relatively low, with relatively low achievable data rates as a consequence. A small amount of additional inter-subcarrier interference, for example due to Doppler spread, may then be more or less negligible.

7 MHz from each other to completely avoid inter-subcarrier interference. It should be noted, though, that a smaller subcarrier spacing can be used with only limited inter-subcarrier interference. A second drawback of multi-carrier transmission is that, similar to the use of higher-order modulation, the parallel transmission of multiple carriers will lead to larger variations in the instantaneous transmit power. Thus, similar to the use of higher-order modulation, multi-carrier transmission will have a negative impact on the transmitter power-amplifier efficiency, implying increased transmitter power consumption and increased power-amplifier cost.

As channel coding is typically used in most cases of mobile communication this is not a very serious drawback, especially taking into account that a significant part of the available frequency diversity can be captured already with a relatively high code rate. 8 SELECTION OF BASIC OFDM PARAMETERS If OFDM is to be used as the transmission scheme in a mobile-communication system, the following basic OFDM parameters need to be decided upon: The subcarrier spacing Δf. The number of subcarriers Nc, which, together with the subcarrier spacing, determines the overall transmission bandwidth of the OFDM signal.

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