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Wireless coexistence testing – make sure that multiple RF technologies are operationally compatible

Today’s wireless devices use multiple technologies on a single platform. Ever-increasing numbers of signals, bandwidth per signal and overlapping bands are all factors when squeezing availability from interference-free frequencies. Only RF devices that correctly implement coexistence regulations can minimize interference and operate properly.

Get guidance on test strategies, setups, and solutions from Rohde & Schwarz, an industry leading T&M provider for practically all wireless technologies.

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Webinar: For OTA medical patient monitoring systems, wireless coexistence can be lifesaving

The webinar:

gives an introduction to the relevant wireless technologies and coexistence challenges
offers a closer look at test plan development, and implementing lab testing including radiated anechoic chambers and calibration
describes necessary measurements

Register now to access the webinar.

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Whitepaper: Wireless coexistence testing based on IoT device application use cases

The paper:

explains the patterns of RF spectral activity at different locations and times
shows how the RF environmental profile changes over time during a seven-day period
provides a demonstration of how a non-sophisticated RF receiver reacts to interference signals
describes state-of-the-art RF coexistence testing methods by considering the user experience
real-world IoT application use cases in order to ensure optimal, future-proof performance

Register now to download the white paper.

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eGuide: Getting started with wireless coexistence testing

The eGuide:

explains the patterns of RF spectral activity at different locations and times
shows how the RF environmental profile changes over time during a seven-day period
provides a demonstration of how a non-sophisticated RF receiver reacts to interference signals.
describes state-of-the-art RF coexistence testing methods by considering the user experience and real-world IoT application use cases in order to ensure optimal, future-proof performance

Register now to download the eGuide.

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