IRIS2 will create a multi-orbital communications infrastructure, dedicated to providing satellite communications services to governments and commercial users.

Unlock the essentials of satellite technology with our free pocket guide! Designed for both beginners and enthusiasts, this compact resource offers clear definitions, key explanations, formulas, and helpful diagrams - all in one place.

Inside the lab and on the production line – this Rohde & Schwarz solution offers speed, accuracy and convenience for testing TX beamforming passive array antennas.

04-May-2018

Live event "VDE ITG workshop for antenna concepts for 3D networks of the future" at Rohde & Schwarz in Munich

Level Range Extension of a Vector Signal Generator Using an External Amplifier

12-Mar-2025 | AN-No. 1GP143

Find out about our tailored solutions and powerful instruments for the test and measurement needs of the small satellite industry.

Watch our videos on mastering the challenges of NewSpace satellite constellations and learn more about optimal transponder usage, adaptive beam steering, beam und cluster hopping and more.

Join us in the series of online and hybrid events to discuss with industry partners and leading experts the latest developments and applications in satellite and space technology.

Increasing the performance of your amplifier NPR is core measurement within the satellite industry used to measure the linearity of an active component or full transmission path or channel within a satellite communication link.

15-Nov-2022 | Press Releases | Test & measurement

Rohde & Schwarz, the only supplier of fast diode sensors for power measurements up to 67 GHz, is increasing the maximum measurable frequency of diode power sensors to 90 GHz; higher than any other diode sensor currently available. The diode technology enables extremely fast and accurate power measurements with the highest sensitivity from a compact and light-weight portable instrument. High speed power measurements are now possible for all frequencies above 67 GHz in 5G, automotive radar and satellite communications applications including the entire E band.

Join us as we explore current NTN market trends and the intricacies of satellite communications architecture

Next generation technologies like radar and satellite communication with high data rates call for innovative testing solutions to develop and manufacture RF components.

In this webinar, you will learn more about potentials of beam hopping, challenges and possibilities of the leading-edge Rohde & Schwarz equipment.

The portfolio of Rohde & Schwarz Satellite intelligence solutions for passive interception and monitoring of satellite communications signals ranges from flexible, transportable solutions to complex stationary strategic systems for simultaneous interception of signals and services from multiple satellites.

Enhance your knowledge. With the Rohde & Schwarz webinar series on satellite testing.

Next generation technologies in radar and satellite communication with high data rates call for innovative testing solutions to develop and manufacture RF components like voltage controlled oscillators (VCO). The R&S®FSPN phase noise analyzer increases efficiency and reproducibility of VCO characterization and phase noise measurements from lab to production.Voltage controlled oscillators are oscillators whose output frequency is controlled by means of an external tuning voltage, and they are used in a wide variety of electronic and RF applications like function generators, phase-locked loops including frequency synthesizers used in communication equipment. Different VCO design approaches yield different parameters and performance, and therefore it is important to measure or characterize VCOs under different conditions. This application note provides a short technical introduction to voltage controlled oscillators and explains the most common and the most important measurements made during the VCO characterization process.

17-May-2023 | AN-No. 1SL386

Learn more about ESSOR and how Rohde & Schwarz contributes to enhance the interoperability of mission-critical radio connectivity assets across domains.

How the benefits of each orbit can be leveraged and how to orchestrate multi-orbit satellite communications.

Discover optimization aspects of transmission chains in modern satellite designs and how to measure and evaluate the performance of high-gain satellite receivers.

R&S®SATCOM Link Observer: satellite communications monitoring solution for armed forces

The event brings together over 13,000 professionals from around the region to explore the latest innovations and trends in broadcasting, satellite communications, and digital media. Dubai Dubai World Trade Centre UAE, Dubai, Dubai World Trade Centre, CABSAT, 2025, May

Watch our videos about taking next steps on non-terrestrial networks and satellite 5G / IOT and learn more about 3GPP, omnipresent communiation services, LEO and MEO satellite operators, innovation and standardization.

R&S®MMC3000 Multimode Multirole Crypto Device - Product Brochure

Learn how non-terrestrial networks can significantly boost mobile coverage. The underlying foundation was already defined in the 5G standard.

Download our whitepaper to learn more about NewSpace user terminals, testing challenges and testing solutions.

Ever since Rohde & Schwarz installed the first transmitter back in 1949, we have offered market-leading solutions for satellite transmission. Learn more.

Learn more about why HF systems are seen as a reliable alternative to SATCOM, the national HF backbone, and Ship-Shore-Ship Buffer (SSSB).

The CMX500 OBT is an all-in-one solution for advanced satellite communication (NR-NTN), offering robust capabilities such as multiband and multiorbit support, as well as channel emulation and fading capabilities. Demo video showcasing how the new tool Constellation Insight combined with the CMX500 OBT, simplifies the configuration and deployment of NTNs.

In the last decade, satellite communications projects have emerged that use non-geostationary satellite orbits (non-GSO) making access to the shared radio frequency spectrum even more important.

This video explains the principles of high precision GNSS, describes the sources of errors and how they are corrected as well as how correction data is distributed via the cellular network and satellite communications.