RTP - Media center

Embedding & Equalization with the R&S RTP Oscilloscope (Part 1)

Learn about key advantages of the Embedding and Equalization option of the R&S RTP & RTO6 oscilloscopes. Start with the Signal Configurator.

Embedding & Equalization with the R&S RTP Oscilloscope (Part 2)

Learn how easy it is to configure a cable emulation within the Embedding setup dialog. For interface standards such as USB, necessary S-parameter files are included in the oscilloscope software.

Embedding & Equalization with the R&S RTP Oscilloscope (Part 3)

The Eye Diagram is an effective tool to validate signal integrity. This video compares the eye diagram on a signal acquired at the output of a USB transmitter versus a waveform with some added cable emulation.

Embedding & Equalization with the R&S RTP Oscilloscope (Part 4)

Learn how easy it is to configure a equalizer emulation within the Equalizer setup dialog. For interface standards such as USB, PCIe or DP, the necessary S-parameter files are included in the oscilloscope software.

RTP Oscilloscopes with External Frontends (Part 1)

The R&S FE External Frontends extend the frequency range of the RTP Oscilloscope up to 170 GHz. No additional equipment is needed for this compact and fully calibrated solution. Learn how easy it is to configure a external frontend directly by the RTP GUI.

RTP Oscilloscopes with External Frontends (Part 2 )

The R&S RTP oscilloscope offers a comprehensive set of tools for analysing widebad RF signals together with the external frontends downconverted. Start with powerful trigger events, responsive spectrum analysis or the unique IQ mode to prepare in depth signal analysis. .

RTP Oscilloscopes with External Frontends (Part 3 )

The R&S VSE software offer a comprehensive set of analysis options for RF signal analysis. This video demonstrates how easy the VSE software can analyze a 5G FR2 signal that was captured and downconverted by the FE44S external frontend and acquired by the RTP oscilloscope.

RTP Oscilloscopes with External Frontends (Part 4 )

The RTP oscilloscope can use up to 4 external frontends to acquire the respective IF signals for further analysis. Here we use two FE44S external frontends to test a 5G FR2 signal at 28 GHz. Signal analysis is performed by the R&S VSE software running directly on the RTP oscilloscope.

RTP Oscilloscopes with External Frontends (Part 5 )

Use the R&S RTP Oscilloscope with the R&S External Frontend FE110SR to debug your automotive radar devices. This example demonstrates the analysis of a bursted radar chirp signal with the FFT and Spectrogram. Analysis with the R&S VSE software and the Transient option enhances the characterization of radar signals. Additionally, the acquisition of two FE110SR signals with a maximum bandwith of 10 GHz in a frequency range of 70 to 110 GHz is possible the RTP oscilloscope.

PAM-N Analysis with the R&S RTP Oscilloscope (Part 1)

Learn about key advantages of the PAM-N analysis option on the R&S RTP & RTO6 oscilloscopes. Start with the Signal Configurator.

PAM-N Analysis with the R&S RTP Oscilloscope (Part 2)

Learn about key advantages of the PAM-N analysis option on the R&S RTP & RTO6 oscilloscopes. In combination with the CDR option, obtain the fastest eye diagrams to characterize signal behaviour in seconds.

PAM-N Analysis with the R&S RTP Oscilloscope (Part 3)

Learn about key advantages of the PAM-N analysis option on the R&S RTP & RTO6 oscilloscopes. In combination with the CDR option, obtain the fastest eye diagrams to characterize signal behaviour in seconds.

Towards 6G: MIMO measurements up to 110 GHz

This video demonstrates signal transmission and analysis of a 2x2 MIMO signal at 90 GHz.

Superior user experience. RTP - see the difference

Learn how easy it is to organize your waveforms and results with the RTP oscilloscope.

Meet the R&S RTP Oscillscope

The R&S RTP is the most versatile multi-purpose oscilloscope.

How does high update rate help? RTP - see the difference

Benefits from the RTP oscillscopes, offering the fastest update rate of maximum 750,000 waveforms/s.

Isolate signal details with precise digital trigger. See the difference

RTP oscilloscopes can trigger on signals as small as 1/1000th of a vertical division thanks to digital triggering and adjustable hysteresis.

Quickly access your favourite tools. RTP - see the difference

Access your favourite scope functions most quickly via the toolbar.

Compensate signal losses in real-time. RTP - see the difference

Compensate signal losses from test fixtures or cables in real-time.

Differential signal math in real-time. RTP - see the difference

Benefit from differential and common mode signals beeing calculated in real-time.

Powerful spectrum and spectrogram. RTP - see the difference

Use the accuracy of the RTP for the analysis of wide-band RF signals.

Trigger on Zones in real-time. RTP - see the difference

The RTP's Zone trigger allowes as the only oscilloscope in the world to isolate events in the time and the frequency domain.

Accelerate your EMI debugging. RTP - see the difference

See on our debugging example how to use the powerful spectrum analysis with log display, peak list and limit lines for visualizing and evaluating the EMI emission.

Serial bus decoding. RTP - see the difference

The 16 digital channels of the MSO option extend the measurement resources of the RTP. Use them for protocol-based triggering and decoding of low-speed interfaces such as I2C, SPI, MIL1553 or MIPI RFFE.

Automated measurements. RTP - see the difference

The RTP offers of more than 90 automated measurements, with statistical analysis and histogram and track display for data visualization. Learn to use it most easily.

Analisi degli impulsi multicanale in coerenza di fase

Soluzione scalabile e facile da configurare per sistemi radar/EW per l'analisi accurata in coerenza di fase di segnali pulsati multipli.

Analisi TDR/TDT con gli oscilloscopi Rohde & Schwarz

Misure di perdita di trasmissione e di impedenza

Analisi avanzata del jitter con gli oscilloscopi Rohde & Schwarz

Nuovo algoritmo di decomposizione del jitter basato sul modello del segnale

Misura dell’energia dei segnali impulsivi

Come misurare l’energia di un segnale a onda sinusoidale a impulsi tramite le funzioni matematiche avanzate.

Correzione avanzata di forme d’onda matematiche integrali

Come rimuovere il rumore 1/f in una forma d’onda matematica integrale per l’analisi di segnali sinusoidali o impulsivi con le funzioni matematiche avanzate.

Analisi dei segnali RF in modalità IQ

Conversione verso il basso dei segnali RF con l'oscilloscopio e utilizzo del campioni IQ risultanti per effettuare ulteriori analisi tramite il software R&S VSE o strumenti esterni.

Radar automobilistico a 77 GHz (parte 1)

Maggiori informazioni sulla configurazione di base per effettuare il collaudo di un dispositivo radar automobilistico con un oscilloscopio RTP ad alte prestazioni.

Radar automobilistico a 77 GHz (parte 2)

Rimozione in tempo reale degli effetti introdotti da convertitori e altri componenti presenti nel sistema di test.

Radar automobilistico a 77 GHz (parte 3)

Demodulazione di impulsi radar con le funzioni integrate dell’oscilloscopio.

Radar automobilistico a 77 GHz (parte 4)

Eseguire misure a fase coerente su segnali provenienti da più antenne.

Clock and LO components in 5G base stations (part 2/3)

Learn how to verify the performance of RF sampling clock generator / jitter attenuator with low noise signal generator and high-performance oscilloscope.

Debug dell'interfaccia USB 3.1 con deembedding in tempo reale

Come utilizzare il deembedding in tempo reale su un dispositivo USB 3.1 Gen1.

Debugging dell'integrità del segnale

Esempio su un dispositivo USB 3.1 Gen1.

Debugging di integrità del segnale DDR3

Come eseguire il debugging dell’integrità del segnale su un dispositivo DDR3.

Deembedding in tempo reale

Benefici e vantaggi

Analisi di segnali RF impulsivi a banda larga

Come analizzare i parametri di base dei segnali RF impulsivi.

Debugging dell'integrità delle linee di alimentazione

Sonda per linee di alimentazione in combinazione con oscilloscopi ad alte prestazioni.

Analisi del ritardo temporale di più segnali RF a banda larga

Analisi di più segnali RF, ad esempio per la ricerca della direzione di provenienza di un'emissione

FFT reattiva e spettrogramma

Facile configurazione delle analisi nel dominio della frequenza

Analisi di un treno di impulsi RF

Come misurare le sequenze di impulsi nel dominio del tempo e della frequenza.

Triggering nel dominio della frequenza con trigger a zona

Una funzionalità di trigger unica

Analisi di segnali radar complessi

Analisi di chirp bidirezionali nel dominio del tempo e della frequenza.