Videos

Cutting-edge test solutions for Ku- and Ka-Bands

Discover new test methods for Ku- and Ka-Bands with a robotic arm simulating a realistic satellite flyby. Combined with the CMX500 it enables comprehensive testing, including advanced beamforming capabilities. Discover new test methods for Ku- and Ka-Bands with a robotic arm simulating a realistic satellite flyby. Combined with the CMX500 it enables comprehensive testing, including advanced beamforming

R&S®ZNH ハンドヘルド・ベクトル・ネットワーク・アナライザ | FIRST REPORT

R&S®ZNH ハンドヘルド・ベクトル・ネットワーク・アナライザを、実機を交えてご紹介します。 2021年1月に発売されたR&S®ZNH ハンドヘルド・ベクトル・ネットワーク・アナライザを、実機を交えてご紹介します。 R&S®ZNH ハンドヘルド・ベクトル・ネットワーク・アナライザを、実機を交えてご紹介します。

#ThinkSix - Validating a Machine-Learning Based Neural Receiver with 5G NR Multiple MIMO Signals

Using Machine Learning (ML) powered by Artificial Intelligence for signal processing tasks in wireless communication really is beginning to move from theory to practice. Watch this video for a demonstration of the first hardware setup capable of validating the performance of a self-training neural receiver. Using Machine Learning (ML) powered by Artificial Intelligence for signal processing tasks in

Employee interview: Dirk & Jan

Meet the people behind R&S®RTO6 Who are the people behind the development of our new oscilloscope R&S®RTO6? Meet Dirk & Jan. employees, interview, product, development, career, jobs Who are the people behind the development of our new oscilloscope R&S®RTO6? Meet Dirk and Jan.

Benefits of private 5G networks in industry – case study steel manufacturing

Daniel Mai, Director Industrial Wireless Communication, Siemens AG The case study shows the advantages of private 5G networks for a customer in steel manufacturing and is the foundation for digital transformation. Private 5G networks offer many advantages for industry: companies are setting them up locally at their locations. They can adapt the private 5G networks exactly to their needs and applications

Génération et analyse d'un modèle test 5G NR

Génération et analyse de signaux prédéfinis La vidéo illustre la génération et l'analyse d'un modèle de test 5G NR TM3.1 reposant sur un générateur de signaux vectoriels R&S®SMW200A et un analyseur de signaux et spectre R&S®FSW. Les modèles de test 3GPP sont des signaux prédéfinis qui décrivent la configuration des canaux physiques 5G NR. Ces signaux prédéfinis sont utilisés pour le test de l'émetteur

Superior Spectrum

R&S®MXO 5 - Evolved for more challenges The R&S®MXO 5 series oscilloscope offers superior RF measurement capabilities with up to 4 spectrums simultaneously. With 45,000 FFT/s the instrument provides the industry leading spectrum acquisition rate. The R&S®MXO 5 series oscilloscope offers superior RF measurement capabilities with up to 4 spectrums simultaneously. With 45,000 FFT/s the instrument provides

Calibration, normalization and verification

Here we focus on the terms calibration, normalization and verification in relation to the QAR50, what are the key considerations for each term and how to perform these important tasks. This first video introduces the basic principles of microwave imaging and the R&S®QAR50 in general. This includes measurement clusters, reflection & transmission, traceability and test speed. QAR50 Videoseries, Calibration

Mesures multiports jusqu'à 20 GHz avec le R&S®ZNBT20

Le R&S®ZNBT est un véritable analyseur de réseaux vectoriels multiports de Rohde & Schwarz. Il peut être utilisé pour le test d'appareils multiports complexes ou de plusieurs appareils sous test en parallèle. Le R&S®ZNBT est un véritable analyseur de réseaux vectoriels multiports de Rohde & Schwarz. Il peut être utilisé pour le test d'appareils multiports complexes ou de plusieurs appareils sous test

Employee interview: Hardware developer Simon

Meet our hardware developer Simon, who together with his colleagues is building the devices of the future. Meet our hardware developer Simon, who together with his colleagues is building the devices of the future. hardware, development, devices, future, components, work, job, career Employee interview: Hardware developer Simon

Frequency Response Analysis

MXO 4 - See the difference This video shows how you can use the MXO Series K36 Frequency Response Analysis option to characterize the frequency response of your electric devices. This video shows how you can use the MXO Series K36 Frequency Response Analysis option to characterize the frequency response of your electric devices. Frequency Response Analysis This video shows how you can use the MXO Series

MultiGBASE-T1 testing according to the OA TC9 draft release on a MDI test head

MultiGBASE-T1 testing according to the OA TC9 draft release on a MDI test head MultiGBASE-T1 testing according to the OA TC9 draft release on a MDI test head MultiGBASE-T1, OA TC9, MDI test head MultiGBASE-T1 testing according to the OA TC9 draft release on a MDI test head

Advancing connectivity: Testing and technologies for electronically steered array (ESA) antennas in satellite and NTN integration

Presenter: Dr. Yvonne Weitsch, Rohde & Schwarz, Market Segment Manager Satellite Testing Electronically Steered Array (ESA) antennas are regarded as a pivotal technology for satellite terminals in emerging constellations and the integration of Non-Terrestrial Networks (NTN) with terrestrial communication systems. Their advantages include beamforming and beam steering capabilities, which enable seamless

PA behavioral modelling challenges for broadband applications

Extract accurate behavioral model for RF and Microwave PAs, including long and short-term memory as well as load pull effects to build beamforming-enabled transmitters. 4 5 PA behavioral modelling challenges for broadband applications

Webinar: An Introduction to Direction Finding

Review the different direction finding techniques in this webinar recording. Go back to basics in this webinar, which reviews the different Direction Finding technologies. Direction finding technologies are often based on changes in amplitude, frequency, or phase. Each of these technologies have their advantages and limitations. direction finding webinar Review the different direction finding techniques