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LTE-Advanced Videos

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    This webinar from November 2012 focuses on carrier aggregation, the feature that is most in demand within the LTE-Advanced feature set. It also outlines how carrier aggregation is supported by leading test and measurement solutions for LTE and LTE-Advanced from Rohde & Schwarz.

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    This webcast starts by covering the basics of MIMOi then discusses the fundamentals of LTEi-Advanced including the main features of Release 10, carrier aggregation, clustered SC-FDMA and more.

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    A detailed tutorial overview of the PHY layer procedures, techniques and features in LTEi and their evolution towards LTE-Advanced (Rel. 8-10)

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    Broadcom's Lars Johnsson, senior director of product marketing for mobile LTEi platforms in the Mobile and Wireless Group, talks about the carrier aggregation feature of Broadcom's 4G LTE modem at Mobile World Congress 2013 in Barcelona, Spain.

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    Captures the 2013 MWC demonstration of small-cells that dynamically turn on/off based on proximate users, a feature important for the very dense small cell deployments as envisioned to meet the 1000x data challenge. The demo utilizes Qualcomm's live over-the-air LTEi Advanced small-cell network in San Diego.

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    New Release 11 features, Release 12 in the requirements definition phase…Focus is on the demand side and the need to expand system capacity.

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    Mikael Höök from Ericsson Research discusses the release of LTEi-Advanced (LTE release 10). In this film Mikael looks at the key technology areas surrounding the release and how to introduce it into networks.

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    What are the drivers for LTEi-Advanced? Ericsson CTO, Ulf Ewaldsson, puts more MIMOi and more bandwidth at the top of the list. LTE-Advanced will also bring carrier aggregation to help operators optimize their spectrum resources.

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    This video explains some of the test and measurement challenges that arise due to the new LTEi Release 10 (LTE-Advanced) uplink features 'clustered PUSCH' and 'simultaneous PUSCH/PUCCH transmission'. Additionally, it demonstrates how to set up a vector signal generator from Rohde & Schwarz, such as the R&S®SMU200A, to generate standard-compliant LTE Release 10/LTE-Advanced uplink signals.

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    This talk gives an overview of SON activities within 3GPPi. It justifies the needs of automatic networking operations in the increasingly heterogeneous wireless technology environment, and highlights latest SON functionalities of LTEi/LTE-A.