Synchronized, multi-channel spectrum analysis and time domain waveforms speed 5G troubleshooting.
5G systems rely on a symphony of digital, analog and RF signals. Being able to analyze signals across multiple domains is critical to finding interference, glitches, spurs, drop-outs, and other errors.
In 4, 5 and 6 Series MSO oscilloscopes, behind each input is a 12-bit ADC inside a custom ASIC. Each ADC sends high-speed digitized data down two paths. This approach enables independent control of the time domain and frequency domain acquisitions, allowing optimization of both waveform and spectrum views of a given signal. This unique Spectrum View feature enables synchronized measurements across time, RF and digital domains, on up to 8 channels.
The 6 Series MSO is available with up to 10 GHz bandwidth, giving it the ability to directly measure Sub 6 (FR1) 5G signals.
Application Overview |
Application Overview |
Application Overview |
Learn how to perform multi-domain signal analysis of 5G base station and user equipment systems. See the benefits of using a mixed domain oscilloscope for analyzing RF amplifier performance. |
See how you can simplify several 3GPP 5G New Radio transmitter tests. You’ll see how to verify transmitter characteristics including power, power dynamics, signal quality and RF emissions. |
See how MIMO analysis of RF, analog and digital can be performed simultaneously for easy analysis and correlation between both the frequency and time domain. |
Brochure |
Whitepaper |
Application Note |
Spurious Emission Measurement on 5G NR Base Station Transmitters and Receivers |
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Learn how our 5GNR Signal Analysis Package enables wideband new radio measurements with Tektronix oscilloscopes. |
Learn about the advantages of using single instrument for analyzing complex 5G systems where digital, analog, and RF signals interact |
The 5G New Radio (NR) refreshed 3GPP specifications based on LTE (long term evolution) by providing faster speed, lower latency, and more spectrum bands to increase network capacity and coverage. |