Wi-Fi 7 Test
Learn the essentials of Wi-Fi 7 test
Fundamentals of Wi-Fi 7
Explore the key features and testing challenges of Wi-Fi 7 (IEEE 802.11be) and learn how to conduct Wi-Fi 7 RF testing with signaling and throughput testing.
Learn how to perform comprehensive testing during all phases of the design workflow to accelerate time to market and reduce failures seen by end users.
Wi-Fi 7 Signaling, RF, and Throughput Test
Find out how to measure power losses, modulation quality, and spectral quality under real-world conditions such as distance and interference.
Essential Steps for Maximizing Wi-Fi 7 Performance
Understand how Wi-Fi 7 will enhance your daily internet experiences and affect enterprise productivity and efficiency.
Learn how to streamline systematic evaluation and testing of XR devices with automation software that leverages machine learning and automation intelligence.
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Discover other Wi-Fi-related content
Explore how to run multiple Wi-Fi 6E device tests using a simulated access point.
Addressing the Test Challenges of Wi-Fi / 5G CPE
Learn about fixed wireless access and how to address its testing challenges.
Actionable Insight into Wi-Fi Device Performance
Investigate factors that could affect your device performance and learn how to improve them.
Visit our home page for Wi-Fi 7 and learn about the latest trends and test strategies.
Addressing Wi-Fi Measurement Challenges with a Multichannel Test Instrument
Learn all essential Wi-Fi parameters and how to test them at the same time.
Understand how to accomplish regulatory pre-compliance and compliance testing throughout the product life cycle.
Explore Wi-Fi 7 resources
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Related use cases
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How to Validate C-V2X Device Performance
Validating C-V2X device performance requires automotive original equipment manufacturers (OEMs) to perform functional, protocol, and RF measurements against evolving standards. Learn how to set up a test to validate C-V2X device performance of both Uu and PC5 interfaces.
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![How to Emulate Massive MIMO End-to-End]()
How to Emulate Massive MIMO End-to-End
Emulating massive MIMO requires complex verification of full-stack operations and proper handling of network traffic. Learn how to replicate real-world scenarios and test your system end-to-end using beamformed user equipment emulation.
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![How to Emulate Non-Terrestrial Networks in the Lab]()
How to Emulate Non-Terrestrial Networks in the Lab
NTN test requires laboratory reconstruction of all possible NTN scenario permutations. Learn how to perform end-to-end testing and validation of NTN deployments.
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