Videos

Noise Figure and Gain Measurements of amplifiers from 75 GHz to 110 GHz

This video shows how to measure noise figure and gain of an amplifier at around 90 GHz using the smart noise source R&S FS-SNS110 and the external frontend R&S FE110SR in combination with a spectrum analyzer. The frequency range at around 90 GHz becomes more and more important, for example for automotive RADAR, E band beam radios for wireless backhaul systems or 6G research. Important for designers

Automated measurements. RTP - see the difference

Do you wish to perform faster and more in-depth measurements on your signals? 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. 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

Employee interview: Benoit

Benoit explains how our chambers were modified to test automotive radars. Benoit explains how our chambers were modified to test automotive radars. autonomous driving, automotive, test, radarstechnology, job, career Benoit explains how our chambers were modified to test automotive radars.

R&S®ZNA Vector Network Analyzer

Unique DUT centric operation The Rohde & Schwarz Vector Network Analyzer R&S®ZNA offers a user-friendly DUT-centric operation. In DUT-centric mode, the user first selects the DUT type, e.g. amplifier or mixer. The instrument will then prompt the user, in a step-by-step process, to select and configure the desired measurements The Rohde & Schwarz Vector Network Analyzer R&S®ZNA offers a user-friendly

R&S®Multi-domain debugging of embedded IoT devices

This video demonstrates the multi-domain test capabilities of Rohde & Schwarz oscilloscopes. This video demonstrates the multi-domain test capabilities of Rohde & Schwarz oscilloscopes. Multi-domain debugging of embedded IoT Devices, RTE This video demonstrates the multi-domain test capabilities of Rohde & Schwarz oscilloscopes.

R&S®Triggering and decoding low speed serial buses

Illustrates how to trigger and decode I 2 C and SPI protocols with Rohde & Schwarz oscilloscopes Product video, Oscilloscope, Tutorial Video, Rohde & Schwarz Illustrates how to trigger and decode I2C and SPI protocols with Rohde & Schwarz oscilloscopes

Stimulate your device with the built in pattern generator

Discover how to simulate your device under test with a built in pattern generator on the R&S®RTA. Discover how to simulate your device under test with a built in pattern generator on the R&S®RTA. RTA4000, pattern generator, automotive Discover how to simulate your device under test with a built in pattern generator on the R&S®RTA.

DVB-S2/X signal analysis and Bit Error Rate measurements

Analyze the physical layer of DVB-S2/X modulated signals easily with R&S®FSW The R&S®FSW-K70M multicarrier modulation analysis application (R&S®FSW-K70 option required) allows DVB‑S2X signals to be analyzed. The R&S®FSW-K70M detects the start of frame, demodulates both the header and payload parts of the signal and displays the constellation diagram and relevant modulation analysis parameters. The

Getting Started with the SMCV100B

DAB Testing Digital audio broadcasting (DAB) is the predominant form of digital radio in Europe and some other parts of the world. This video explains how to use a Rohde & Schwarz SMCV100B vector signal generator to create DAB and DAB+ test signals. This video explains how to use a Rohde & Schwarz SMCV100B vector signal generator to create DAB and DAB+ test signals.

Demystifying 5G – 5G NR coexistence with LTE based on dynamic spectrum sharing (DSS)

The video explores the technological fundamentals that enables DSS between 5G NR and LTE. 5G New Radio (NR) supports the frequency range 1 (FR1) from 410 MHz to 7.125 GHz that is already intensively utilized by 4G LTE – in particular those frequency bands organized as paired spectrum (FDD). Traditionally, selected frequency bands would be cleared from LTE to be deployed by 5G NR. To avoid the high

Solid performance for general purpose applications

The R&S®ZNB vector network analyzer offers solid RF performance for your everyday needs. The R&S®ZNB vector network analyzer offers solid RF performance for your everyday needs. vector network analyzer ZNB, Test and Measurement, network analyzers, network analysis ZNB Vector network analyzer features a wide dynamic range, low trace noise and high output power necessary in electronic goods and mobile

Case study: Security screening at Denver International Airport

Innovative and high-performance security screening technologies from Rohde & Schwarz are a critical element to transform DEN's passenger checkpoint security screening experience. Rohde & Schwarz is proud to partner with Denver International Airport, one of the most rapidly growing airports in the world. Ranked in the top three busiest airports in the United States and consistently in the top ten busiest

Efficient small cell test with the PVT360A

Compact combined vector signal generator and analyzer for small cell test The R&S®PVT360A provides measurement capabilities to test the physical layer of base stations and small cells. With frequencies up to 8 GHz and an optional bandwidth configuration of up to 500 MHz, all FR1 frequency bands are covered by the R&S PVT360A. Standard-compliant signal generation and analysis for 5G NR provide comprehensive

PVT360A Explainer video

Rohde & Schwarz came up with a new test concept for holistic base station testing, as well as RF component testing The PVT360A performance vector tester combines signal generation and signal analysis in one box, is scalable up to two vector signal generators and two vector signal analyzers, and offers two times eight RF ports in a small form factor. The ever-increasing development pace and number of

LDACS / PaWaDacs competence

Watch our video from the test session in Berkheim (Germany) and learn more about the future of aviation communication. Discover the LDACS demonstrator by Rohde & Schwarz in action. Watch our video from the test session in Berkheim (Stuttgart/Germany) and learn more about the future of aviation communication.