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Demystifying 5G – 28 GHz PA characterization with Verizon Wireless 5G waveform

Demystifying 5G – 28 GHz PA characterization with Verizon Wireless 5G waveform
Demystifying 5G – 2 GHz modulation bandwidth for 5G signal generation

Demystifying 5G – 2 GHz modulation bandwidth for 5G signal generation
Demystifying 5G - What causes the high PAPR in the V5GTF signal?

Demystifying 5G - What causes the high PAPR in the V5GTF signal?
Demystifying 5G - How about clipping a V5GTF signal?

Demystifying 5G - How about clipping a V5GTF signal?

This video demonstrates how to test a power amplifier that operates at 28 GHz. We use a downlink signal characteristic based on a waveform that follows the Verizon Wireless 5G specification.

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

Related solutions

Wireless communications

Wireless communications testing

5G & cellular

5G & cellular

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Demystifying 5G – 2 GHz modulation bandwidth for 5G signal generation
5G Wideband signals Signal generators

Demystifying 5G – 2 GHz modulation bandwidth for 5G signal generation

To enable the industry to study wider bandwidths at higher frequencies, Rohde & Schwarz implemented a unique 2 GHz modulation bandwidth in the R&S®SMW200A vector signal generator enabling 5G signal evaluation up to 40 GHz carrier frequency.
Demystifying 5G - How about clipping a V5GTF signal?
5G Signal generators

Demystifying 5G - How about clipping a V5GTF signal?

This video compares the performance of a V5GTF standard-compliant signal showing a standard-dependent high peak-to-average power ratio (PAPR) with a clipped version of such a signal. Did the crest factor improve? How about the error vector magnitude (EVM)?
Demystifying 5G - What causes the high PAPR in the V5GTF signal?

Demystifying 5G - What causes the high PAPR in the V5GTF signal?

Implementing the Verizon Wireless 5GTF specification reveals a high overall peak-to-average power ratio (PAPR) for a downlink only signal. In this video, we look at what causes the high signal peaks.

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