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5G Waveforms

Demystifying 5G – Where 5G waveform candidates lose their advantage

Demystifying 5G – Where 5G waveform candidates lose their advantage
Demystifying 5G – Creating far-field conditions at short distances for 5G over the air testing

Demystifying 5G – Creating far-field conditions at short distances for 5G over the air testing
Demystifying 5G – Repeatable and temperature-based 5G NR OTA testing

Demystifying 5G – Repeatable and temperature-based 5G NR OTA testing
Demystifying 5G – Clock input monitoring, holdover and relocking in 5G base stations

Demystifying 5G – Clock input monitoring, holdover and relocking in 5G base stations
Demystifying 5G - Ready for testing 5G NR sub-6 GHz devices in production with the R&S CMW100

Demystifying 5G - Ready for testing 5G NR sub-6 GHz devices in production with the R&S CMW100

5G waveform candidates, such as FBMC, UFMC and GFDM, are designed to overcome limitations of LTE. For example, FBMC, UFMC and GFDM outperform LTE in spectral regrowth. Their much sharper power spectrum is a clear advantage over LTE. But what happens, if a non-linear device such as a power amplifier is used to amplify the signal? This video explores this behavior and provides interesting results.

The demystifying 5G video series discusses main topics related to 5G including requirements, timeline, potential frequency and waveform candidates.

Related products

R&S®SMW200A vector signal generator, front view
R&S®SMW200A vector signal generator Product information

Related solutions

Wireless communications

Wireless communications

5G & cellular

5G & cellular

Related videos

Demystifying 5G – Clock input monitoring, holdover and relocking in 5G base stations
5G

Demystifying 5G – Clock input monitoring, holdover and relocking in 5G base stations

The video demonstrates an IDT clock generator and shows the measurement of phase transient during a locked-holdover-relocking-locked cycle. A clock signal with a defined phase noise profile is used to emulate the effect of a real-world clock with a non-ideal phase noise performance.
Demystifying 5G - Ready for testing 5G NR sub-6 GHz devices in production with the R&S CMW100

Demystifying 5G - Ready for testing 5G NR sub-6 GHz devices in production with the R&S CMW100

The R&S®CMW100 communications manufacturing test set with a supported bandwidth of 160 MHz is ready for testing initial 5G NR sub-6 GHz wireless devices in production.
Demystifying 5G – Creating far-field conditions at short distances for 5G over the air testing

Demystifying 5G – Creating far-field conditions at short distances for 5G over the air testing

The video discusses various solutions to significantly reduce the measurement distances in order to achieve a compact test setup for mobile device and base station OTA testing.
Demystifying 5G – Repeatable and temperature-based 5G NR OTA testing
5G

Demystifying 5G – Repeatable and temperature-based 5G NR OTA testing

The video discusses various solutions for over-the-air (OTA) testing for 5G NR devices and base stations based on test solutions from Rohde & Schwarz.

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