Overview:
This webcast explains measurement & troubleshooting techniques for Wave 2 of the WiMAX broadband mobile networking standard. In particular, Wave 2 includes several multi-antenna techniques such as multiple-input multiple-output (MIMO) and space-time coding (STC).
Efficient design and test of multi-antenna devices does not always require multiple source and receiver channels. This webcast describes both single- and multi-channel signal generation and analysis techniques along with the results that can be obtained by the various approaches. We will cover specific signal quality and performance measures related to the various multi-antenna configurations, and how these measures can be used to optimize designs. We will also review several simulations with embedded measurements to better understand MIMO behavior and evaluate design trade-offs.
*WiMAX is a trademark of the WiMAX Forum
Duration: One hour
Who should view this Webcast:
This webcast presents valuable information for WiMAX reference designers, module integrators and manufacturers.
Giveaway:
Registrants who completely fill out the feedback form by April 17, 2008 will be eligible to win one of two $75 Amazon.com gift certificates. Official Rules
Presenter:
Ben Zarlingo, Product Manager, Agilent Technologies
Ben Zarlingo is a product manager for Agilent Technologies' signal analysis operation. He works primarily with spectrum and vector signal analyzers and has written papers and application notes on topics such as OFDM analysis, ACPR testing, millimeter-wave spectrum analysis, and noise figure analysis. Ben has presented workshops on various WiMAX and Digital Modulation topics worldwide. Ben Zarlingo is a product manager for Agilent Technologies' signal analysis operation. He works primarily with spectrum and vector signal analyzers and has written papers and application notes on topics such as OFDM analysis, ACPR testing, millimeter-wave spectrum analysis, and noise figure analysis. Ben has presented workshops on various WiMAX and Digital Modulation topics worldwide.
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