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IEEE ComSoc White Papers

Learn about latest technologies and products through expert whitepapers available on our website. All the whitepapers are provided by our sponsors and are free to download.

White Papers
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Generating signals to characterize, test or troubleshoot electrical designs or systems can be tedious and time-consuming.  So, our experts documented four tips to help you efficiently generate simple or complex waveforms.  One tip even describes how to create multi-tone signals to test a device's immunity to noise under real operation.

Please note, this offer is only available for customers in the United States and Canada.

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The first step is periodic antenna calibration that’s SI-traceable and standards-compliant. Explore this idea and more in our new white paper. From radios to radar and EMI/EMC testing, learn how to ensure the ongoing performance of your antennas.

Please note: This offer is only available in N. America and Canada only.

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This white paper illustrates a process to design hybrid beamforming in massive MIMO antenna arrays for 5G, using features available with MATLAB® and Simulink®. An example of 64 x 64 element, 66 GHz millimeter wave (mmWave) design is used for model antenna arrays and partition beamforming operations between the digital and RF domains.

Key take-aways:

  • Learn how to design and synthesize complex antenna elements and arrays using MATLAB and Simulink
  • Understand how MATLAB and Simulink can help evaluate the impacts of failed or imperfect elements and subarrays
  • Discover how to validate spatial signal processing algorithm concepts using MATLAB and Simulink
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Download this free poster featuring information on 5G NR use cases, 5G NR air interface, deployment scenarios, key parameters within 3GPP rel. 15, 5G NR flexible numerologies and 5G NR testing solutions.

Key take-aways:

  • Learn about 5G NR numerologies
  • See different deployment scenarios
  • Discover 5G NR use cases
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The Internet of Things is providing exciting opportunities to enhance products for consumer, industrial, medical and others. This paper discusses these unlicensed wireless connections and the special testing required to meet government regulations for IoT devices. The primary focus will be on the United States Federal Communications Commission (FCC), but the tests that need to be carried out are similar in most of the world.

Key take-aways:

  • Learn the fundamentals of IoT emissions testing
  • Understand the importance of pretesting and test preparation
  • Discover 8 key issues and cautions related to IoT regulatory testing
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Signal integrity applications commonly utilize balanced/differential transmission lines that are typically characterized using vector network analyzers (VNAs). This white paper offers guidance to signal integrity designers on the differences between the superposition and true-balanced approaches and which one may best fit their need.

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This complimentary poster was just updated to guide you through the essentials on network analysis measurement science including S-parameters basics. It also includes common measurement applications and practical everyday tips. Develop accurate, dependable network analyzer-based test systems achieving high throughput, repeatability and reliability with the right balance of speed and performance.

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EMC compliance testing is not only important but required of all electronic devices before it can be brought to market. This ensures that your device does not interfere with the behavior of other surrounding electronic devices and is also not susceptible to interference. Learn how to avoid design rework by proofreading your device with EMC pre-compliance testing to ensure you stay on schedule.

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Learn about the new challenges in new spectrum and bandwidth, MIMO (multiple input, multiple output) and beam steering, OTA testing, and 5G NR coexistence with other wireless communications systems. Find out how to address the complexities in Keysight’s new eBook, Top Considerations for 5G New Radio Device Designers.

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Download this white paper to learn how the new 5G New Radio physical layer can help make the 5G future a reality.

  • Learn the benefits of a flexible, scalable numerology
  • Understand how to choose key OFDM waveforms
  • Learn about mmWave for 5G

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