How to Measure Wi-Fi 7 Signal Quality

Get quote
UXA Signal Analyzer
+ UXA Signal Analyzer
UXA Signal Analyzer
+ UXA Signal Analyzer

Analyzing and demodulating Wi-Fi 7 signals to meet compliance tests

Analyzing quality of Wi-Fi 7 signals involves capturing the candidate signal and importing it into signal analysis software. Once the signal is captured, analysis software measures signal power, assess bandwidth utilization, carrier frequency operations, error vector magnitude (EVM), and also analyze coexistence with legacy 802.11 signals.

To meet compliance tests requirements, higher performance signal analyzers with lower EVM floors and more powerful demodulation and analysis software are needed. Vector signal analysis software running directly on your instrument speeds test and provides accurate results with a single piece of hardware. Both PC or direct instrument software can be used to capture, record, and save signal data to help investigate compliance issues.

Wi-Fi 7 signal analysis solution

Analyzing Wi-Fi 7 signal performance and standards compliance requires a high performance signal analyzer and 802.11be Wi-Fi 7 signal analysis software. Use a Keysight UXA signal analyzer and PathWave Vector Signal Analysis (VSA) software to characterize Wi-Fi 7 signals. It demodulates over 40 Wi-Fi modulation schemes including PSK, QPSK, and QAM, and provides flex frame modulation analysis to identify each segment for synchronization, channel estimation, and EVM calculation. Keysight VSA software also offers record and playback features for troubleshooting and further analysis.
Get quote

See demo of Wi-Fi 7 signal analysis

Explore products in our Wi-Fi 7 signal analysis and test solution

Related use cases

How to Analyze Phase Noise and Spurs in Synthesizers

Analyze phase noise and spurs in RF synthesizers to ensure spectral purity and optimize RF system performance using phase noise analyzer and automated measurement control and data logging software.

Learn more

How to Accelerate Swept Measurements for Spur Search

Accelerate swept RF spur searches using optimized X-Series signal analyzer settings for faster spectrum measurements.

Learn more

How to Make 6G D-Band Noise Figure Measurements

Early 6G research requires exploring the D-band (110-170 GHz) for prototyping and system performance validation. Learn how to measure and characterize the whole system's performance using noise figure measurements.

Learn more

contact us logo

Get in touch with one of our experts

Need help finding the right solution for you?

Contact us