Getting Started with the LMG600 - Logging Rohde & Schwarz 2026-09-24 | Getting Started with the LMG600 - Logging
Who are the people behind Rohde & Schwarz? Rohde & Schwarz 2025-05-19 | Here’s a little introduction into the essence of us: Our people, our technology, our mission. Get to know us a little better with our short film that shows you how we live enthusiasm and an innovative spirit. #makeideasreal Check out rohde-schwarz.com/career and join us!
Measure the impossible – Coming soon Rohde & Schwarz 2025-05-13 | Before any new technology can reshape our world, there is always a frontier to cross. As scientists, engineers and visionaries you’re pushing the limits. Just as the deep black in the eye lets us see, you’ll discover what was once out of reach. MEASURE THE IMPOSSIBLEDiscover what’s new: rohde-schwarz.com/campaign/measure_the_impossible_258246.html?mid=29380&midx=smo-yt_____teaser-30sek
Optimizing Via Transitions for 128 Gbps Designs Rohde & Schwarz 2025-04-30 | Are vias becoming your critical design bottleneck for PCIe Gen7? Dr. Kim's innovative mode-decomposition-based equivalent via (MEV) model offers accuracy up to 60 GHz without the computational burden of traditional 3D FEM solvers. Learn more: event.on24.com/eventRegistration/EventLobbyServlet?target=reg20.jsp&eventid=4889951&sessionid=1&key=3CE3986EFEAA66CA7D4D3C5CA16D9677&groupId=6015997&sourcepage=register
Understanding HF Direction Finding Rohde & Schwarz 2025-04-29 | Direction finding or radiolocation is used to determine the direction towards or the location of an emitter. This video explains the most important principles for direction finding at HF or shortwave frequencies, and also provides a technical introduction to the three most common methods used in HF direction finding.An Introduction to Direction Finding: youtube.com/watch?v=N8rZIAHxAH4Understanding HF Propagation: youtube.com/watch?v=7Y_RTdPs3NILearn more about HF/VHF learning center: rohde-schwarz.com/us/campaigns/adt/hf-learning-center_253628.html?mid=13872&midx=yt-tmfundamentals-hfdirectionfinding_____Learn about Receivers and direction finders from Rohde & Schwarz: rohde-schwarz.com/us/products/aerospace-defense-security/receivers-and-direction-finders_63723.html?mid=13872&midx=yt-tmfundamentals-receiverdirectionfinders_____Understanding HF Propagationyoutube.com/watch?v=7Y_RTdPs3NIAn Introduction to Direction Findingyoutube.com/watch?v=N8rZIAHxAH4Timeline:00:00 Introduction00:15 Suggested viewing00:45 About direction finding (DF)01:54 About HF direction finding03:18 Review of HF propagation04:51 HF DF methodologies05:12 About azimuth information/lines of bearing06:45 About triangulation (or “multi-angulation”)07:51 Advantages and disadvantages of triangulation09:06 About single-site location (SSL)10:15 Ionospheric data and SSL11:26 Advantages and disadvantages of SSL12:23 About time difference of arrival (TDOA)13:33 Advantages and disadvantages of TDOA14:46 How to avoid being DF’ed at HF16:25 Summary
Reading S-Parameters Like a Book with Prof. Eric Bogatin Rohde & Schwarz 2025-04-23 | Are S-parameters just confusing collections of numbers and plots to you? Prof. Bogatin transforms these complex measurements into readable patterns that reveal critical insights about your interconnects.Follow the link to watch the complete presentation where Prof. Bogatin shares the patterns to look for in insertion and return loss, and how to data mine important features of your interconnects.🔗 event.on24.com/eventRegistration/EventLobbyServlet?target=reg20.jsp&eventid=4889951&sessionid=1&key=3CE3986EFEAA66CA7D4D3C5CA16D9677&groupId=6015997&sourcepage=register
Getting Started with the SMCV100B - AM, FM and RDS Testing Rohde & Schwarz 2025-04-23 | Analog audio broadcasts can be transmitted either as amplitude modulated (AM) or frequency modulated (FM) signals. In addition to the purely analog, audio-only signal, newer technologies such as the Radio Data System (RDS) and the Data Radio Channel (DARC).Learn more about Rohde & Schwarz SMCV100B vector signal generator: rohde-schwarz.com/us/products/test-and-measurement/vector-signal-generators/rs-smcv100b-vector-signal-generator_63493-773184.html?mid=13872&midx=yt-tmfundamentals-smcv100b_____Discover broadcast test solutions from Rohde & Schwarz: rohde-schwarz.com/us/products/broadcast-and-media/test-and-measurement-for-broadcasting_63700.html?mid=13872&midx=yt-tmfundamentals-broadcasttestsolutions_____Timeline:00:00 Introduction00:21 Suggested viewing00:41 About AM / FM / RDS signal generation on the SMCV100B01:43 AM signal generation02:28 AM Modulator – Audio signal settings03:03 AM Modulator – Input signal03:47 AM Modulator – Modulation settings04:41 FM signal generation04:53 FM Modulator – Audio signal settings05:32 FM Modulator – Modulation settings06:16 RDS (and DARC) signal generation06:20 Enabling RDS07:10 RDS / RBDS – about groups and sequences07:56 PI, PS, PTY, PTYN09:13 RT and MS09:58 MS / DI / CT parameters10:45 AF (alternative frequency) settings11:32 EON (enhanced other network settings)12:05 About traffic flags (TP and TA)12:57 TMC / open format settings13:40 A short overview of DARC (Data Radio Channel)14:29 Configuring DARC14:58 Summary
HD Radio Testing with the SMCV100B Rohde & Schwarz 2025-04-22 | HD radio provides CD quality sounds, text information, and multiple channels per frequency. Learn more about HD Radio by watching the video “Understanding HD Radio”: youtu.be/OF7gGr-LvpM
Understanding DARC Rohde & Schwarz 2025-04-21 | There are two methods for adding digital data to traditional analog FM radio broadcasts. In addition to the well-known and widely implemented Radio Data Service (RDS), a second service called the Data Radio Channel (DARC) is sometimes used to carry medium bit rate data, primarily for use in transportation applications. This video provides a brief overview of DARC and how DARC is tested using vector signal generators.Learn more about Rohde & Schwarz SMCV100B vector signal generator: rohde-schwarz.com/us/products/test-and-measurement/vector-signal-generators/rs-smcv100b-vector-signal-generator_63493-773184.html?mid=13872&midx=yt-tmfundamentals-smcv100b_____Discover broadcast test solutions from Rohde & Schwarz: rohde-schwarz.com/us/products/broadcast-and-media/test-and-measurement-for-broadcasting_63700.html?mid=13872&midx=yt-tmfundamentals-broadcasttestsolutions_____Timeline:00:00 Introduction00:15 About FM broadcast signals01:21 Transmitting data within FM broadcast signals02:40 About DARC (Data Radio Channel)03:32 Technical details04:40 Testing DARC
Understanding the Radio Data System Rohde & Schwarz 2025-04-21 | The Radio Data System enables digital information to be sent together with traditional analog FM broadcast signals. Commonly transmitted information includes song and artist names, generic text, and traffic information. This video provides a short technical introduction to the Radio Data System and includes brief explanations of the most important messages and parameters. Learn more a bout Rohde & Schwarz SMCV100B vector signal generator: rohde-schwarz.com/us/products/test-and-measurement/vector-signal-generators/rs-smcv100b-vector-signal-generator_63493-773184.html?mid=13872&midx=yt-tmfundamentals-smcv100b_____Discover broadcast test solutions from Rohde & Schwarz: rohde-schwarz.com/us/products/broadcast-and-media/test-and-measurement-for-broadcasting_63700.html?mid=13872&midx=yt-tmfundamentals-broadcasttestsolutions_____Timeline:00:00 Introduction00:14 About the Radio Data System01:24 Baseband spectrum02:28 How RDS data is transmitted03:37 Most common RDS data types04:05 PI – Program Identification05:20 PS – Program Service Name05:56 RT – Radio text06:57 PTY (Program Type) and PTYN07:59 AF – Alternative Frequencies08:33 CT – Clock, Time, and Date09:32 TP (Traffic Program) and TA (Traffic Announcement)10:18 EON – Enhanced Other Networks10:52 ODA – Open Data Application11:50 Testing RDS12:33 Summary
Quantentechnologie, ein Messtechnik-Geburtstag und eine Reise zum Mars: So spannend geht’s weiter Rohde & Schwarz 2025-04-17 | Coming soon: Neue Folgen über neue Themen bald auf EnglishIn den ersten acht Folgen haben wir spannende Gespräche mit großartigen Experten geführt. Wir haben über die Entwicklung des Mobilfunks gesprochen. Wir konnten über den Schutz kritischer Infrastrukturen diskutieren. Wir haben erfahren, wie Rohde & Schwarz das Deutsche Museum bereichert, oder welche Rolle Künstliche Intelligenz schon heute in unserer Fertigung spielt.Bald geht es genauso interessant auf Englisch weiter. Die UNESCO hat das International Year of Quantum Physics für 2025 ausgerufen. Ein echter Messtechnik-Allrounder wird 75 Jahre alt. Und unsere Tochterfirma LANCOM stattet Analog-Missionen auf den Mars mit Netzwerktechnik aus.In diesem Sinne: Stay tuned and spread the word.Unsere Moderatoren • Markus Haller, Unternehmenskommunikation • Inga Müller-Siedentopp, Unternehmenskommunikation Unsere Themen: Innovation, Technologiekonzern, Mobilfunk, Quantentechnologie, LANCOM Systems, Rohde & Schwarz, Mars, Forschung, Netzwerktechnologie, Vektornetzwerkanalysatoren, TechnikgeschichteMitredenHaben Sie Anregungen? Welche Themen interessieren Sie? Wir freuen uns über Ihre E-Mail an podcast@rohde-schwarz.com Thema vertiefen • Mehr zur Forschungskooperation KIRO: https://www.mec.ed.tum.de/iwb/forschung-und-industrie/projekte/montagetechnik-und-robotik/kiro-ki-basierte-roboterapplikationen-fuer-eine-einfache-skalierung-und-optimierte-auslastung/ • Hier geht es zu den Produktionsstandorten von Rohde & Schwarz: rohde-schwarz.com/de/about-germany/werke/uebersicht_252558.html • Über weitere KI-Anwendungen in Lösungen von Rohde & Schwarz (rohde-schwarz.com/de/karriere/schueler-innen/weiteres/duales-studium_252958.html) Noch mehr Rohde & Schwarz zum Anhören • SIGNALS - The Defense Podcast | Rohde & Schwarz rohde-schwarz.com/us/solutions/aerospace-and-defense/multi-domain/signals-defense-podcast_257904.html • People behind technology - The People Podcast | Rohde & Schwarz (rohde-schwarz.com/career/culture/stories/people-behind-technology_255201.html) Über unsDer global agierende Technologiekonzern Rohde & Schwarz steht für eine sichere und vernetzte Welt. In seinen drei Divisionen Test & Measurement, Technology Systems und Networks & Cybersecurity realisiert er schon heute Innovationen von morgen. Seine führende Produkt- und Lösungskompetenz befähigt seine Kunden aus Wirtschaft, Behörden und Militär zur Gestaltung ihrer technologischen und digitalen Souveränität. rohde-schwarz.com
IEEE 802.3dj Compliance Testing Rohde & Schwarz 2025-04-17 | Watch as Neil Jarvis shows how to perform 802.3dj cable compliance testing using the R&S 67GHz VNA and two RF switch modules. Also, check out our full set of DesignCon videos, featuring expert talks from industry leaders like Eric Bogatin, Steve Sandler, and James Drewniak, plus a complete set of booth demos covering USB4 compliance, power integrity analysis, EMI debugging, and advanced S-parameter measurements up to 67 GHz.Learn more: event.on24.com/eventRegistration/EventLobbyServlet?target=reg20.jsp&eventid=4889951&sessionid=1&key=3CE3986EFEAA66CA7D4D3C5CA16D9677&groupId=6015997&sourcepage=register
Getting Started with the SMCV100B - HD Radio Testing Rohde & Schwarz 2025-04-17 | HD Radio is a method of sending digitally encoded audio and text information within existing AM and FM frequency allocations. This video provides an short introduction to how HD Radio receivers are tested using the Rohde & Schwarz SMCV100B vector signal generator.Learn more about the Rohde & Schwarz SMCV100B vector signal generator: rohde-schwarz.com/us/products/test-and-measurement/vector-signal-generators/rs-smcv100b-vector-signal-generator_63493-773184.html?mid=13872&midx=yt-tmfundamentals-smcv100b_____Discover broadcast test solutions from Rohde & Schwarz: rohde-schwarz.com/us/products/broadcast-and-media/test-and-measurement-for-broadcasting_63700.html?mid=13872&midx=yt-tmfundamentals-broadcasttestsolutions_____Timeline:00:00 Introduction00:17 Suggested viewing00:35 About HD Radio signal generation on the SMCV100B01:21 Using ARB files for HD Radio signal generation02:23 AM vs. FM HD Radio waveforms03:07 Loading and enabling ARB files03:31 Summary
Network testing & monitoring Rohde & Schwarz 2025-04-17 | At the MWC 2025, we launched the R&S®LCM network probe . This innovation, used together with R&S®SmartMonitor, enables comprehensive testing of private 5G networks, from rollout and acceptance to network monitoring and troubleshooting.Learn more about R&S®LCM network probe: rohde-schwarz.com/QualiProbe-LCM
AR antenna measurements Rohde & Schwarz 2025-04-17 | Experience the future of OTA testing with Augmented Reality (AR). Our AR solution, demonstrated at MWC 2025, visualizes antenna patterns over a Device Under Test (DUT) inside the R&S ATS800R chamber, allowing for intuitive control through hand gestures. Learn more about AR in OTA testing: rohde-schwarz.com/xr
AI-powered network visibility Rohde & Schwarz 2025-04-17 | Discover how AI-powered deep packet inspection is revolutionizing intelligent networks. Our next-gen DPI Engine, demonstrated at MWC 2025, enables visibility and control, shaping the future of network intelligence. Learn more about DPI Engine: ipoque.com/products/dpi-engine-rs-pace2
UWB radar target simulation Rohde & Schwarz 2025-04-17 | Experience the world's first UWB radar target simulator, showcased at MWC 2025, which enables precise verification of the Trimension NCJ29D6A chipset from NXP Semiconductors. Our solution simulates UWB radar targets with variable distances and measures the response, providing maximum control and reproducibility. Learn more about UWB Radar Target Simulation: rohde-schwarz.com/automotive/connectivity
Network energy saving testing Rohde & Schwarz 2025-04-17 | Our Network Energy Savings solutions, including the R&S RTO6 oscilloscope, the R&S NGT power supply and the VIAVI TM500 O-RU tester, showcased at MWC 2025, reduce operating expenses and carbon footprints in 5G networks. Learn more about Network Energy Savings: rohde-schwarz.com/solutions/wireless-communications-testing/mobile-network-infrastructure-testing/network-energy-saving-nes_257805.html
NR-NTN testing - connectivity redefined Rohde & Schwarz 2025-04-17 | Unlock the potential of NR-NTN seamless connectivity with our Constellation Insight tool and the CMX500 one-box tester, showcased at MWC 2025.Learn more about CMX500: rohde-schwarz.com/product/cmx500
AI-powered scripting Rohde & Schwarz 2025-04-17 | Experience the future of mobile phone testing with our AI-based scripting assistant on the CMX500 one-box signaling tester, showcased at MWC 2025. Learn more about CMX500: rohde-schwarz.com/product/cmx500
ML-based CSI-RS feedback enhancements Rohde & Schwarz 2025-04-17 | Get ready for the next generation of wireless technology with our AI/ML-based CSI compression, demonstrated at MWC 2025, in partnership with Qualcomm Technologies. Learn more about CMX500: rohde-schwarz.com/product/cmx500
Customized 5G signals for FR3 and NTN testing Rohde & Schwarz 2025-04-17 | Stay ahead of the curve with early FR3 or NTN R&D testing, showcased at MWC 2025, using our vector signal generator and analyzer. Learn more about R&S SMW200A: rohde-schwarz.com/product/smw200a
FR3 device testing Rohde & Schwarz 2025-04-17 | Experience the feasibility of FR3 for future 6G wireless networks, demonstrated at MWC 2025, using the CMX500 one-box signaling tester. Learn more about CMX500: rohde-schwarz.com/products/test-and-measurement/wireless-tester-network-emulator/cmx500-5g-one-box-signaling-tester_63493-601282.html
6G ISAC reliable object emulation Rohde & Schwarz 2025-04-17 | Explore the future of 6G research with Integrated Sensing and Communication (ISAC), demonstrated at MWC 2025, in cooperation with Nokia. Learn more about 6G ISAC: rohde-schwarz.com/6G-ISAC
Towards 6G: Digital Twins for AI-RAN Rohde & Schwarz 2025-04-17 | Discover the power of AI-ML testing for wireless communication, showcased at MWC 2025, with our collaboration with NVIDIA on digital twins. Learn more about AI-ML testing: rohde-schwarz.com/6G-AI-ML
Physical layer testing for base stations Rohde & Schwarz 2025-04-17 | Experience the flexibility of O-RAN, driving innovation in the ecosystem, showcased at MWC. Our test equipment, such as the PVT360A, ensures the correct functionalities of radio units, providing reliable and efficient testing for production measurements. Learn more about PVT360A: rohde-schwarz.com/products/test-and-measurement/vector-testers/pvt360a-performance-vector-tester_334204.html
NR-NTN conformance testing Rohde & Schwarz 2025-04-17 | Experience the future of mobile communication with NTN, providing connectivity where terrestrial networks are unavailable, showcased here at MWC 2025. Our CMX500 tester enables simulation of specified 5G test scenarios and offers various test scenarios, including conformance tests and carrier acceptance test cases. Learn more about CMX500: rohde-schwarz.com/products/test-and-measurement/wireless-tester-network-emulator/cmx500-5g-one-box-signaling-tester_63493-601282.html
Time Domain Analysis for ESMW Rohde & Schwarz 2025-04-17 | Get an exclusive look at our ESMW ultra wideband monitoring receiver, the heart of our future-proof spectrum monitoring systems. Our solution comes with exciting new time domain analysis functionality that can enhance your license compliance and interference hunting capabilities in 5G networks.Learn more about ESMW: rohde-schwarz.com/solutions/critical-infrastructure/spectrum-monitoring/regulatory-spectrum-monitoring/coverage-measurements-of-networks/coverage-measurements-of-networks_256223.html
Tripod Rohde & Schwarz 2025-04-17 | Discover our innovative Transportable Monitoring Stations for temporary spectrum monitoring missions, showcased at MWC 2025. Our solution enables easy deployment and full network integration, providing a reliable and efficient way to monitor spectrum activity . Learn more about our Transportable Monitoring Stations: rohde-schwarz.com/solutions/critical-infrastructure/spectrum-monitoring/regulatory-spectrum-monitoring/solutions/transportable-monitoring-station_256320.html
5G as a full system provider (Solution for regulatory authorities) Rohde & Schwarz 2025-04-17 | Get an exclusive look at our latest 5G innovations from MWC 2025! Rohde & Schwarz is leading the way in 5G monitoring and testing, providing comprehensive solutions for license compliance, interference hunting, and coverage measurements. Learn more about our regulatory spectrum monitoring solutions: rohde-schwarz.com/solutions/critical-infrastructure/spectrum-monitoring/regulatory-spectrum-monitoring/regulatory-spectrum-monitoring-overview_256290.html
Understanding HD Radio Rohde & Schwarz 2025-04-16 | HD Radio is the first and only digital audio broadcast service approved for use in the United States. In addition to providing greatly improved audio quality, HD Radio also enables the transmission of text information, allows multiple programs per frequency, and has an integrated emergency alert system. This video provides a brief technical introduction to HD Radio and includes information about how HD Radios can be tested using vector signal generators.Learn more about the Rohde & Schwarz SMCV100B Vector Signal Generator: rohde-schwarz.com/us/products/test-and-measurement/vector-signal-generators/rs-smcv100b-vector-signal-generator_63493-773184.html?mid=13872&midx=yt-tmfundamentals-smcv100b_____Discover broadcast test solutions from Rohde & Schwarz: rohde-schwarz.com/us/products/broadcast-and-media/test-and-measurement-for-broadcasting_63700.html?mid=13872&midx=yt-tmfundamentals-broadcasttestsolutions_____Timeline:00:00 Introduction00:13 About analog AM and FM radio01:20 Overview of HD Radio03:01 Hybrid concept03:36 Channel configurations04:34 FM IBOC signals05:35 AM IBOC signals06:34 Testing HD Radio receivers07:44 Summary
Double Pulse Testing Rohde & Schwarz 2025-04-15 | Watch as Ian Jannasch of PE-Systems demonstrates how to perform double pulse testing using the R&S MXO5 oscilloscope and the PE-Systems test automation software. Want to learn more about power electronics testing?💡Then check out this Rohde & Schwarz on demand webinar, to learn about efficiency validation and EMC testing of wide bandgap devices: event.on24.com/wcc/r/4859930/C92153D615617F3BED7E6FEA9662CF9D
Ministryně obrany Jana Černochová po návštěvě R&S Vimperk Rohde & Schwarz 2025-04-10 | Press Conference of MoD Jana Černochová after her visit to R&S Vimperk
Isolated Probing System Rohde & Schwarz 2025-04-08 | Watch as Marcus Sonst walks through the newly released optically isolated probing system from Rohde & Schwarz during APEC2025. Want to learn more about power electronics testing? Then check out this Rohde & Schwarz on demand webinar, to learn about efficiency validation and EMC testing of wide bandgap devices: event.on24.com/wcc/r/4859930/C92153D615617F3BED7E6FEA9662CF9D
Understanding Oscilloscope Probe Fundamentals Rohde & Schwarz 2025-04-03 | This video explains the basics of oscilloscope probes, including the most common probe types as well as explain how to choose an appropriate probe for a given measurement application. Learn more about Rohde & Schwarz Oscilloscopes: rohde-schwarz.com/us/products/test-and-measurement/oscilloscopes_63663.html?mid=13872&midx=yt-tmfundamentals-oscilloscope_____Download the Oscilloscopes Fundamentals: rohde-schwarz.com/us/products/test-and-measurement/oscilloscopes/promotion/oscilloscope-fundamentals_253350.html?mid=13872&midx=yt-tmfundamentals-oscilloscopefundamentals_____Discover more about Rohde & Schwarz Oscilloscope and Probe Fundamentals: rohde-schwarz.com/us/products/test-and-measurement/essentials-test-equipment/testing-fundamentals/oscilloscopes-and-probe-fundamentals-overview_254510.html?mid=13872&midx=yt-tmfundamentals-oscilloscopeprobefundamentals_____Timeline:00:00 Introduction01:03 About probes02:03 About probe bandwidth02:56 About probe loading03:53 Choosing the channel impedance / termination05:28 Passive probes06:20 Attenuation in passive probes07:21 Configuring probe attenuation08:08 Switchable probes08:46 1X probes09:37 10X probes10:36 Importance of a short ground connection11:39 Compensating passive probes12:16 Why is probe compensation necessary?13:19 How are probes compensated?14:07 Probe compensation examples14:55 Measuring current with an oscilloscope16:11 About (clamping) current probes16:48 Measuring AC and/or DC probes17:28 Current probe parameters18:41 Connecting to the oscilloscope19:38 Connecting to the circuit under test20:17 Multiple loops for increased current sensitivity21:09 Zeroing current probes22:11 Demagnetization / degauss23:16 Deskew24:37 About single-ended measurements25:50 About differential measurements26:38 Two ways of measuring differential voltages27:01 Two single-ended probes (quasi-differential)27:50 Differential probes28:48 Aside: twisting differential probe leads29:25 Advantages and disadvantages of differential probes30:35 Differential probe specifications31:00 Common mode rejection ratio (CMRR)32:10 Differential mode range (DMR)33:29 Common mode range (CMR)34:36 What do we mean by an “active” probe?35:22 About active probes36:18 Using active probes37:08 Characteristics of active probes37:30 Active probes and loading38:27 Active probes and bandwidth39:18 About offset range40:40 Active probes and offset range41:30 Summary
Getting Started with the ZNB3000 - Compression Measurements Rohde & Schwarz 2025-04-02 | Gain compression, or the reduction in linear gain in a device under test, is a very common measurement of active devices such as amplifiers and mixers, and compression is usually measured using a vector network analyzer. This video shows how gain compression measurements are made on a Rohde & Schwarz ZNB3000 series vector network analyzer. In addition to the “standard” gain versus input power measurement, the ZNB3000 also supports a 2D compression sweep which provides results in the form of compression point as a function of frequency.Learn more about R&S ZNB3000 vector network analyzer: rohde-schwarz.com/us/products/test-and-measurement/network-analyzers/rs-znb3000-vector-network-analyzer_334291.html?mid=13872&midx=yt-tmfundamentals-znb3000-productpage_____Understanding Gain Compression and P1dB: youtube.com/watch?v=30dWNYNzjfIUnderstanding VNAs – Power Calibration: youtube.com/watch?v=tx48QoObeeIGetting Started with the ZNB3000 – Power Calibration: youtube.com/watch?v=rxQIgLIQkIwTimeline:00:00 Introduction00:18 Suggested viewing00:37 Review of compression measurements01:35 Two types of compression measurements on the ZNB300002:25 Basic gain compression test setup03:20 Configuring power sweep parameters03:48 Basic power sweep measurement results04:17 Determining compression point05:05 Defining the reference using a marker05:40 Defining the reference using a range06:26 Starting and configuring the gain compression application07:10 Gain compression measurement types08:03 Example: 2D compression point measurement result08:42 Skip linear sweep section09:35 How skip linear sweep section works10:30 Summary
APEC 2025 Overview Rohde & Schwarz 2025-04-01 | Did you catch Applied Power Electronics Conference in Atlanta? In case you missed it, Elizabeth McKenna, Rohde & Schwarz product manager, talks over the highlights from the Rohde & Schwarz booth.Want to learn more about power electronics testing? Then check out this Rohde & Schwarz on demand webinar, to learn about efficiency validation and EMC testing of wide bandgap devices: event.on24.com/wcc/r/4859930/C92153D615617F3BED7E6FEA9662CF9D
Understanding Over the Horizon Radar Rohde & Schwarz 2025-04-01 | As opposed to traditional line of sight (LOS) radar, over the horizon (OTH) radar enables the detection of targets well beyond the horizon and thus is particularly important for military and defense applications. This video provides a short technical introduction to OTH radars and explains both the two types of propagation modes used (skywave and surface wave) as well as critical technical considerations for the design and implementation of over the horizon radars.Understanding HF Propagation: youtube.com/watch?v=7Y_RTdPs3NIDownload the Over the horizon - principles and challenges of operating in the HF band Whitepaper: rohde-schwarz.com/us/solutions/aerospace-and-defense/land/radar-ew-testing/white-paper-over-the-horizon-principles-and-challenges-of-operating-in-the-hf-ban_257123.html?mid=13872&midx=yt-tmfundamentals-whitepaper-overthehorizon_____Understanding HF Propagation: youtube.com/watch?v=7Y_RTdPs3NILearn Radar and EW test solutions from Rohde & Schwarz: rohde-schwarz.com/us/solutions/aerospace-and-defense/land/radar-ew-testing/radar-ew-testing_233628.html?mid=13872&midx=yt-tmfundamentals-radarew-testsolutions_____Timeline:00:00 Introduction00:19 Suggested viewing00:39 About line of sight (LOS) radar01:40 Applications for beyond line of sight radar02:52 About over the horizon (OTH) radar04:16 Two types of OTH radar operation04:35 About skywave05:30 About surface wave 06:21 OTH radar considerations06:41 OTH radar antennas07:54 Bistatic / quasi-monostatic08:57 Frequency selection10:22 About sounding / sensing11:38 Maximizing signal to noise12:48 About clutter13:46 About Doppler15:01 Summary
ローデ・シュワルツ主催Technology Symposium 2025のご案内 Rohde & Schwarz 2025-03-31 | ローデ・シュワルツは、昨年大変ご好評をいただいた「Rohde & Schwarz Technology Symposium」を今年も下記日程で開催いたします。本シンポジウムでは、各業界において深い知見をお持ちの方々をお招きし、最先端技術が実現する未来の姿を示していただくことで、皆さまのビジネスの将来的な道標となる情報や具体的な評価手法をご提供します。また、技術情報だけでなく本イベントの主旨にご賛同いただいたパートナー企業によるソリューションの展示や、当社エンジニアによる技術相談窓口、ハンズオンセッションなどを予定しております。なお、シンポジウム終了後には、分野を超えた方々との技術交流を楽しんでいただける懇親会もございます。この機会に、業界の枠組みを超えたさまざまな最先端テクノロジーに触れてみませんか？皆さまのご参加を心よりお待ちしております。日 時：2025年4月23日（水）10:30 ～ 17:30 セミナー【開場 10:00～（予定）】17:45 ～ 19:15 懇親会12:45 ～ 19:15 併設展示会会 場： 東京コンファレンスセンター品川 【総合受付:５F】〒108-0075 東京都港区港南 1-9-36 アレア品川 4F・5F参加費：無料（事前登録制）詳細はコチラ：rohde-schwarz.com/jp/events-japan/technology-symposium-2025?mid=26099&midx=TechSympo-2025__youtube__jp_◆その他のおすすめリンクローデ・シュワルツ・ジャパンの最新情報：ローカルナレッジセンターrohde-schwarz.com/jp/knowledge-center-japan/local-resources-r-s-japan/local_knowledge-center_253356.htmlR&S 測定マイスターカレッジオシロ、信号発生器、スペアナ、ネットアナ等、計測の基礎を横断的に学べるeラーニングサイトrohde-schwarz.com/jp/education/rs_meister_college/rs_meister_college_253866.htmlミリ波、6G／テラヘルツ技術のすべてrohde-schwarz.com/jp/jp-blog/5g_beyond5g_6g_256034.html?cid=703_jp_sea_142_google_23-01_att______THz-solution-overview_20230125_&kw=%7bkeyword:nil%7dなぜ今、ローデ・シュワルツの「オシロスコープ」なのか？rohde-schwarz.com/jp/solutions-japan/rs-solution-oscilloscope/oscilloscope-solution-230208_256384.html公式アカウントX（旧Twitter）： twitter.com/RohdeSchwarzJPFaceBook：facebook.com/rohde.schwarz.jpローデ・シュワルツ公式サイト：rohde-schwarz.com/jp/home_48230.html
Getting Started with the ZNB3000 - Power Calibration Rohde & Schwarz 2025-03-25 | Power calibration is a special form of vector network analyzer calibration that’s used both to ensure highly accurate power measurements as well as to compensate for the presence of gain or loss in a test setup. Power-related measurements such as gain compression require a proper power calibration, and this presentation describes how to perform both a source and a receiver power calibration on Rohde & Schwarz ZNB3000 series vector network analyzers. Step-by-step and graphical instructions are provided for each configuration setting and measurement task, with practical examples and advice provided throughout the video.Understanding VNAs – Power Calibration: youtube.com/watch?v=tx48QoObeeILearn more about Rohde & Schwarz ZNB3000 Vector Network Analyzer: rohde-schwarz.com/us/products/test-and-measurement/network-analyzers/rs-znb3000-vector-network-analyzer_334291.html?mid=13872&midx=yt-tmfundamentals-znb3000-productpage_____Timeline:00:00 Introduction00:16 Suggested viewing00:33 Review of power calibration01:52 Starting a power calibration02:33 Power calibration main screen02:55 Configuring power meters03:20 Zeroing the power sensor04:03 General power calibration settings04:40 Cal power05:29 Offset example06:35 Reference receiver cal power07:20 Transmission coefficients08:07 Two port configuration08:41 Flatness calibration settings09:46 Power calibration method10:32 Power calibration wizard11:15 Starting ref. receiver11:36 Calibration sweep diagram12:00 Starting meas. receiver – two options12:41 Starting source flatness13:10 Checking calibration13:36 Power calibration labels14:11 Summary
Getting Started with the FSW - Time Domain Power Measurements Rohde & Schwarz 2025-03-24 | Spectrum analyzers are most often used to measure signals in the frequency domain, that is, power as a function of frequency. However, in zero span mode they can also be used to measure in the time domain and show power as a function of time. Time domain power measurements are important for quantifying time-varying power, such as that found in signals that are pulsed or bursted, which is common in many applications (radar, etc.) This video shows how to configure and make time domain power measurements using a Rohde & Schwarz FSW series signal and spectrum analyzer.Learn more about Rohde & Schwarz Signal and Spectrum Analyzers: rohde-schwarz.com/us/products/test-and-measurement/signal-and-spectrum-analyzers_63665.html?mid=13799&midx=yt-tmfundamentals-signalspectrumanalyzers-productpage_____Download the Spectrum Analyzer Fundamentals Educational Note: rohde-schwarz.com/us/products/test-and-measurement/analyzers/signal-spectrum-analyzers/spectrum-analyzer-fundamentals_253351.html?mid=13799&midx=yt-tmfundamentals-signalspectrumanalyzers-edunote_____Timeline:00:00 Introduction00:16 Suggested viewing00:37 Time domain power measurements on the FSW01:32 Starting time domain power measurements01:50 Time domain power measurement main screen02:14 About triggering03:16 Using limits to define evaluation range03:57 Time domain power measurement results04:34 About standard deviation05:20 Measuring “on” periods vs. “off” periods06:04 Summary
Getting Started with the FSW - Carrier to Noise Measurements Rohde & Schwarz 2025-03-21 | Measuring the power in an information-carrying signal relative to the power in the surrounding noise is a common task in many radio frequency applications, in particular for the satellite and cable television industries. This video explain what carrier to noise measurements are, the difference between carrier to noise and carrier to noise density, and how they are performed using a Rohde & Schwarz FSW series signal and spectrum analyzer. Learn more about Rohde & Schwarz Signal and Spectrum Analyzers: rohde-schwarz.com/us/products/test-and-measurement/signal-and-spectrum-analyzers_63665.html?mid=13799&midx=yt-tmfundamentals-signalspectrumanalyzers-productpage_____Download the Spectrum Analyzer Fundamentals Educational Note: rohde-schwarz.com/us/products/test-and-measurement/analyzers/signal-spectrum-analyzers/spectrum-analyzer-fundamentals_253351.html?mid=13799&midx=yt-tmfundamentals-signalspectrumanalyzers-edunote_____Timeline:00:00 Introduction00:16 Suggested viewing00:33 Carrier to noise measurements on the FSW01:27 About C/N and C/N0 measurements02:12 When two sweeps are needed02:58 Starting carrier to noise measurements03:25 Carrier to noise main screen03:48 Carrier to noise measurement configuration04:32 Example: carrier to noise measurement result05:04 Effect of channel bandwidth on C/N and C/N005:51 Summary
Understanding Carrier to Noise Measurements Rohde & Schwarz 2025-03-20 | Measuring the power in an information-carrying signal relative to the power in the surrounding noise is a common task in many radio frequency applications, in particular for the satellite and cable television industries. This video explain what carrier to noise measurements are, the difference between carrier to noise and carrier to noise density, and how they are performed using a spectrum analyzer. A brief discussion of the difference between carrier to noise and signal to noise is also providedUnderstanding Basic Spectrum Analyzer Operation: youtube.com/watch?v=P5gxNGckjLcRohde & Schwarz Signal and Spectrum Analyzers: rohde-schwarz.com/us/products/test-and-measurement/signal-and-spectrum-analyzers_63665.html?mid=13799&midx=yt-tmfundamentals-signalspectrumanalyzers-productpage_____Download the Spectrum Analyzer Fundamentals Educational Note: rohde-schwarz.com/us/products/test-and-measurement/analyzers/signal-spectrum-analyzers/spectrum-analyzer-fundamentals_253351.html?mid=13799&midx=yt-tmfundamentals-signalspectrumanalyzers-edunote_____Timeline:00:00 Introduction00:15 Suggested viewing00:35 About carrier to noise ratio02:14 Common applications of C/N03:11 Aside: carrier to noise versus signal to noise ratio04:26 Overview: measuring carrier to noise ratio05:05 Making C/N and C/N0 measurements06:05 What do we mean by noise density (N0)?06:59 When two measurement sweep are needed07:48 Effect of channel bandwidth on C/N and C/N008:38 Summary
Discover spectral purity and high output power with the R&S®SMB100B microwave signal generator Rohde & Schwarz 2025-03-13 | Perfect combination of performance and usability in a compact size. This reliably indispensable instrument is your silent champion in leading-edge R&D, bringing unprecedented precision and reliability to your most challenging projects.The R&S®SMB100B analog signal generator combines performance and versatility in a small footprint. The instrument combines outstanding spectral purity and very high output power with comprehensive functions and very simple operation with a frequency range from 8 kHz to 40 GHz.Learn how the R&S®SMB100B can be the silent hero of your lab: rohde-schwarz.com/us/products/test-and-measurement/analog-signal-generators/rs-smb100b-rf-and-microwave-signal-generator_63493-553988.html?mid=28308&midx=smo-yt_____explainer
Aus der Forschung in die Praxis: Wie KI-basierte Robotik die Elektronikproduktion revolutioniert Rohde & Schwarz 2025-03-13 | • Künstliche Intelligenz in der KleinserienfertigungMachine Learning, Large Language Models, Generative AI – Künstliche Intelligenz gilt als Schlüsseltechnologie, wenn es um Zukunftsvisionen wie autonomes Fahren oder humanoide Roboter geht. Was im ersten Moment vielleicht nach Star Wars C3PO klingt, hat großes Potential für Robotik-Anwendungen in der Kleinserienfertigung.Wir fragen uns: Was ist heute schon möglich? Welches Potential steckt in KI-basierter Robotik ganz konkret? Und woran forscht die Technische Universität München zusammen mit dem Technologiekonzern Rohde & Schwarz im Kooperationsprojekt KIRO?Unsere Gäste: • Dr. Thomas Rauh, Head of Automation Engineering & Robotics, Rohde & Schwarz • Paul Geng, wissenschaftlicher Mitarbeiter im Bereich Montagetechnik und Robotik, Technische Universität München Unsere Moderatoren: • Markus Haller, Unternehmenskommunikation • Inga Müller-Siedentopp, Unternehmenskommunikation Unsere Themen: Künstliche Intelligenz, Robotik, Produktion, Fertigung, Automatisierung, Kleinserienfertigung, High Mix Low Volume, Forschung, Innovation, Technologiekonzern, TU München, KIRO, KI-basierte RobotikThema vertiefen: • Mehr zur Forschungskooperation KIRO: https://www.mec.ed.tum.de/iwb/forschung-und-industrie/projekte/montagetechnik-und-robotik/kiro-ki-basierte-roboterapplikationen-fuer-eine-einfache-skalierung-und-optimierte-auslastung/ • Hier geht es zu den Produktionsstandorten von Rohde & Schwarz: rohde-schwarz.com/de/about-germany/werke/uebersicht_252558.html • Über weitere KI-Anwendungen in Lösungen von Rohde & Schwarz: rohde-schwarz.com/de/karriere/schueler-innen/weiteres/duales-studium_252958.htmlNoch mehr Rohde & Schwarz zum Anhören: SIGNALS - The Defense Podcast | Rohde & Schwarz: rohde-schwarz.com/us/solutions/aerospace-and-defense/multi-domain/signals-defense-podcast_257904.htmlMitreden: Haben Sie Anregungen? Welche Themen interessieren Sie? Wir freuen uns über Ihre E-Mail an podcast@rohde-schwarz.comwww.rohde-schwarz.com (rohde-schwarz.com)
Getting Started with the FSW - Statistics Measurements Rohde & Schwarz 2025-03-12 | Measuring and quantifying the time-varying power of a signal is very important for many applications, including many modern wireless communications standards which have a high peak to average power ratio (PAPR) or crest factor. The most common way to measure and represent these values is by means of statistical measurements, in particular, the amplitude probability distribution (APD) and the complementary cumulative distribution function (CCDF). This video provides a brief introduction to these statistical measurements and then shows how these measurements can be made using a Rohde & Schwarz FSW series signal and spectrum analyzer.Learn more about Rohde & Schwarz Signal and Spectrum Analyzers: rohde-schwarz.com/us/products/test-and-measurement/signal-and-spectrum-analyzers_63665.html?mid=13799&midx=yt-tmfundamentals-signalspectrumanalyzers-productpage_____Download the Spectrum Analyzer Fundamentals educational note: rohde-schwarz.com/us/products/test-and-measurement/analyzers/signal-spectrum-analyzers/spectrum-analyzer-fundamentals_253351.html?mid=13799&midx=yt-tmfundamentals-signalspectrumanalyzers-edunote_____Understanding CCDF: youtube.com/watch?v=-7U82ZzIbUsTimeline:00:00 Introduction00:16 Suggested viewing00:37 Statistical measurements on the FSW01:24 About statistical measurements02:12 About APD (amplitude probability distribution)02:55 About CCDF (complementary cumulative distribution function)03:54 Starting statistics measurements04:14 Statistics measurement main screen (APD)04:29 Statistics measurement main screen (CCDF)04:54 APD configuration05:55 CCDF configuration06:34 Importance of analysis bandwidth07:35 Example measurement results (APD)08:22 Example measurement results (CCDF)09:21 Using Multiview / Sequencer09:59 About gating10:46 Configuring a gated trigger11:35 Summary
[MUC++] Markus Tremmel: Data-intensive web applications with WebAssembly and WebGPU Rohde & Schwarz 2025-03-10 | Join us for a recap of the MUC++ Meetup on February 18, 2025, hosted by Rohde & Schwarz! 🚀Markus Tremmel, R&S Software Engineer and Architect, explored building high-performance, data-intensive web applications with WebAssembly and WebGPU.A big thank you to the C++ community for allowing us to host and be part of this amazing event. Stay tuned for more talks and future meetups!#MUC++ #Cplusplus #coding #meetup #MUCplusplus #rohdeschwarz #makeideasreal #CppCommunity #CppDevelopment #Programming #WebAssembly #WebGPU #CplusplusProgramming #DevCommunity #TechMeetup #SoftwareDevelopment #TechTalks #CplusplusCon #CodingLife #DeveloperEvent
[MUC++] Nevin Liber: 15 years of C++ Standardization Rohde & Schwarz 2025-03-10 | Join us for a recap of the MUC++ Meetup on February 18, 2025, hosted by Rohde & Schwarz! 🚀Nevin Liber, Computer Scientist at Argonne National Laboratory, shared insights from 15 years of C++ Standardization.A big thank you to the C++ community for allowing us to host and be part of this amazing event. Stay tuned for more talks and future meetups!#MUC++ #Cplusplus #coding #meetup #MUCplusplus #rohdeschwarz #makeideasreal #CppCommunity #CppDevelopment #Programming #WebAssembly #WebGPU #CplusplusProgramming #DevCommunity #TechMeetup #SoftwareDevelopment #TechTalks #CplusplusCon #CodingLife #DeveloperEvent
Getting Started with the FSW - AM Modulation Depth Measurements Rohde & Schwarz 2025-03-06 | Amplitude modulation is one of the most common analog modulation types and is used in a variety of applications, including broadcasting, two-way communications, and EMC testing. The amount of amplitude modulation imposed on a signal is measured as either the AM modulation depth (as a percentage) or the AM modulation index. This video provides a brief introduction to AM modulation depth and then gives step-by-step instructions on how to perform and interpret AM modulation depth measurements on Rohde & Schwarz FSW series signal and spectrum analyzers.Learn more about Rohde & Schwarz Signal and Spectrum Analyzers: rohde-schwarz.com/us/products/test-and-measurement/signal-and-spectrum-analyzers_63665.html?mid=13799&midx=yt-tmfundamentals-signalspectrumanalyzers-productpage_____Download the Spectrum Analyzer Fundamentals educational note: rohde-schwarz.com/us/products/test-and-measurement/analyzers/signal-spectrum-analyzers/spectrum-analyzer-fundamentals_253351.html?mid=13799&midx=yt-tmfundamentals-signalspectrumanalyzers-edunote_____Understanding Amplitude Modulation: youtube.com/watch?v=I46eP8uZh_YTimeline:00:00 Introduction00:17 Suggested viewing00:36 AM modulation depth measurements on the FSW01:12 Starting AM modulation depth measurements01:29 AM modulation depth main screen01:52 Configuring center frequency, span, and resolution bandwidth02:40 Marker placement and search signals03:29 Example: AM modulation depth measurement results03:57 Summary
Getting Started with the FSW - Third Order Intercept Measurements Rohde & Schwarz 2025-03-05 | Third order intercept (TOI or IP3) is one of the most important measurements of device linearity and is used as a figure of merit for many active devices such as amplifiers and mixers. This video shows how third order intercept measurements are configured, run, and interpreted using a Rohde & Schwarz FSW series signal and spectrum analyzer.Learn more about Rohde & Schwarz Signal and Spectrum Analyzers: rohde-schwarz.com/us/products/test-and-measurement/signal-and-spectrum-analyzers_63665.html?mid=13799&midx=yt-tmfundamentals-signalspectrumanalyzers-productpage_____Download the Spectrum Analyzer Fundamentals educational note: rohde-schwarz.com/us/products/test-and-measurement/analyzers/signal-spectrum-analyzers/spectrum-analyzer-fundamentals_253351.html?mid=13799&midx=yt-tmfundamentals-signalspectrumanalyzers-edunote_____Understanding Third Order Intercept: youtube.com/watch?v=m-2H8ddSwTITimeline:00:00 Introduction00:15 Suggested viewing00:36 Third order intercept measurements on the FSW01:11 Starting third order intercept measurements01:28 Third order intercept measurement main screen01:52 Configuring center frequency, span, and resolution bandwidth02:42 Marker placement and search signals03:16 Third order intercept measurement results03:51 Detecting internally-generated intermodulation products04:56 Example: checking for internally generated intermodiulation05:28 Summary
Explainer video: Using digital twin techniques to optimize automotive antennas Rohde & Schwarz 2025-03-05 | Discover how combining simulation software and test hardware can accelerate the development of automotive antennas optimize their position and ensure robust wireless connectivity inside vehicles.Learn more on full vehicle antenna testing: rohde-schwarz.com/solutions/automotive-testing/automotive-emc-and-full-vehicle-antenna-testing/automotive-emc-full-vehicle-antenna-testing_231890.html
