Satellite testing webinars

Watch Rohde & Schwarz webinars on smart test and measurement solutions ensuring flawless performance plus reliable safety and security on every level; from testing subsystems, assemblies and components to validating the performance of ground station terminals and in-orbit service.

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Webinar: An Overview of Space Electronic Warfare (EW)

In this webinar we provide an overview of Electronic Warfare in Space and introduce useful technologies that can be applied to Space EW.

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Advanced Modulation and Coding Technologies in NewSpace

Advanced Modulation and Coding Technologies in NewSpace

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

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Webinar: Successful link planning for satellite communication

Successful link planning for satellite communication

This session focuses on the importance of detailed Satcom mission planning with a demonstration of the range of functions of R&S®GSASLP satellite link planner – a useful guide with interesting use cases.

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Webinar: The road ahead for satellite based Non-Terrestrial Networks (NTN) - Teaser

The road ahead for satellite based Non-Terrestrial Networks (NTN)

Join this webinar to take a closer look at the current status of how non-terrestrial networks are treated in the 3GPP standardization, especially in Rel. 17. with solutions from Rohde & Schwarz.

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Webinar: Characterizing satellite receivers made easy with next generation VNAs

Characterizing satellite receivers made easy with next generation VNAs

Join this webinar to learn about the features of the Rohde & Schwarz high-end Vector Network Analyzer ZNA, supporting a comprehensive and reliable characterization of such devices!

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Webinar: Digital Design Test Solutions for Satellite Components

Digital Design Test Solutions for Satellite Components

With this webinar you will learn how to validate the performance of high-speed digital interfaces and conduct advanced power integrity measurements with test solutions by Rohde & Schwarz.

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Webinar: Active multi-beam antennas

Active multi-beam antennas - testing the drivers for advanced satelitte concepts

This webinar examines the fundamentals of PAA, upcoming test challenges and how key antenna test parameters for active antennas need to be revised.

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New solutions for satcom mission planning and link monitoring

New solutions for satcom mission planning and link monitoring

Planning of satellite communication links or even whole networks is a very demanding task. The webinar discusses software for satellite link planning and solution for monitoring satellite networks from Rohde & Schwarz.

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SmallSat system architectures: Design for testability

This webinar proposes a system architecture planning checklist to facilitate critical testing throughout the development cycle of small satellite payloads, gateway terminals, and user terminals.

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5G Non-terrestrial networks - technology update

In this webinar you will learn more about the evolution in satellites. We will take a closer look at the current status of how non-terrestrial networks are treated in the 3GPP standardization, especially in Rel. 17: what the technical challenges are, how the spectrum allocation look like, and how to leverage the deployment of NTN capable devices and networks.

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GNSS Navigation: Test your receiver’s resilience against jamming and unintentional interference

GNSS based navigation and geo-localization is on the rise, spreading to numerous application in today’s technical world and daily lives. The webinar discusses latest requirements for GNSS test solutions and demonstrates state of the art simulation for advanced multi-frequency scenarios from Rohde & Schwarz.

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Doherty amplifier - measurement-aided development

This webinar introduces the Doherty amplifier as a special case of the “balanced” amplifier genre. We will discuss design & test challenges and show implementation variants that make it possible to increase output power and improve efficiency.Using a dual input Doherty measurement setup as a reference, we will describe a measurement-aided design method that can significantly reduce the time to market. Key topics such as calibration, linear and nonlinear measurements, and analysis round out the pragmatic approach.

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