10 Results
Oscilloscopes are increasingly used to analyze pulsed signals such as radar signals for aerospace and defence as well as automotive applications. The oscilloscopes’ wide analysis bandwidth and manifold trigger capabilities, make them a good fit for the increasing demand for higher bandwidths and accurate signal detection in these applications. R&S®VSE vector signal explorer software is a powerful tool
During development of MU-MIMO antenna arrays, the beamforming algorithms undergo steady revision. Whether used in regression testing or verification of newly introduced features, fast beamforming verification helps to speed up R&D for beamforming antennas and improve performance of your product. Real-time beamforming, beamforming, antenna array, NRQ6, VSE, VSE-K146, 5G MIMO, MU-MIMO Real-time beamforming
GFM343 5G New Radio (NR) FR1 MIMO or beamforming downlink signal analysis especially the phase measurement of each MIMO layer and the determination of the phase difference between the MIMO layers are essential for the 5G base station product design. In this application note, it describes two test solutions from R&S® to cope with the 5G FR1 downlink MIMO signal analysis challenges either using R&S®RTP
An easy-to-setup test solution for high speed multichannel acquisition for 5G NR signals 5G, MIMO, RTP, RTO, VSE, 5G NR MIMO signals, RTP-K11, RTO-K11, VSE-K144, VSE-K146 5G NR MIMO signal analysis Your task The 5G New Radio (NR) state-of-the-art mobile radio access technology focuses on enhanced mobile broadband communications (eMBB), ultra reliable low latency communications (URLLC) and massive IoT
Rainer Wagner GFM318 FMCW radar sensors are used in vehicles for adaptive cruise control and for blind-spot, lane-change and cross traffic assistants. Radar sensors for acquisition of the surroundings are key components for future vehicles with semi-autonomous and fully autonomous driving. Autonomous driving requires radars that reliably detect objects in the surrounding area. Radar makes it possible
Performing essential RF tests gets your Sigfox device ready for certification and deployment Appcard, Sigfox wireless technology, DUT, FPL1003, VSE, SMBV100B, IoT Are you ready to connect to Sigfox? - Performing essential RF tests gets your Sigfox device ready for certification and deployment Your task Sigfox wireless technology is one of the most prominent low-power wide area network (LPWAN) technologies
Joerg Koepp, Naseef Mahmud, Dieter Bues, Andreas Mandel 1MA294 The application note guides developers and manufactures of Sigfox Devices to perform the required and recommended measurements with test solutions from Rohde & Schwarz. The note will help bring ultranarrowband IoT devices and applications using Sigfox technology to the market as fast as possible and help ensure the desired quality and performance
Alexander Naehring 1MA308 This application note shows how to use Rohde & Schwarz signal generators and analyzers for testing early 5G New Radio components, chipsets and devices. Methods for easy creation and analysis of custom OFDM are explained. The solution provides ● a single user interface for signal generation and analysis configuration ● Flexible OFDM configuration and signal generation incl.
Dr. Florian Ramian 1EF93 This Application Note gives a short overview how signals with two different modulation schemes can be analyzed using the R&S ® FSW (or R&S ® FPS) using its Multi-Standard-Radio-Analyzer (MSRA) and Vector Signal Analysis personality. The Application Note focuses on DVB-S2(X) signals, but the approach may be used for similar signals as well, as e.g. used in microwave backhaul
Bastian Bunsen 1EF85 This application note explains how to convert different Rohde & Schwarz I/Q file formats among each other using the supplied software tool. , iqtar, IQTAR, .iqw, .IQW, iqw, IQW, iq-tar, IQ-TAR, iq.tar, IQ.TAR, wv, WV, .iq.tar, .IQ.TAR, .wv, .WV, IQ, IQ-File, I/Q File, I/Q-File, I/Q, FSW, FSW-K7, FSW-K10, FSW-K70, FSW-K72, FSW-K82, FSW-K84, FSW-K100, FSW-K104, GSM, TD-SCDMA, LTE
