Multifunctional radar system testing

Multifunctional radar system testing

Radar ew testing multifunctional radar airplane drone

Comprehensive signal insight

Modern radar / EW systems employ increasingly complex waveforms and signals. Learn how to verify system performance with high precision, fast and efficient.

Radar ew testing multifunctional radar truck

Receiver stress test

Modern Radar operate in increasing complex theatre scenarios. Be prepared for any threat with advanced electromagnetic environment simulation.

Radar ew testing multifunctional radar sky

Move the field to the lab

Radar field test require high efforts and cause significant costs. Learn how to verify radar performance in the controlled environment of your lab with 100% reproducible results.

Unlock performance in multifunctional radar designs

Breakthrough technological advancements such as direct digital synthesis (DDS), phased arrays and GA have spawned a new breed of radar – multifunctional AESA radar. Multifunctional radar was developed in response to the increasing complexity of mission/electromagnetic environments and advances in electronic warfare capabilities.

Since the new architecture comes with a number of key challenges, such as frequency agility, waveform agility, mode agility, multifunctionality and radar design, engineers are looking for advanced tools and solutions to address these challenges.

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Multifunctional radar

Test solutions for advanced radar designs

White paper: Improving T/R module test accuracy and throughput

White paper: Improving T/R module test accuracy and throughput

Download our whitepaper and learn how to improve T/R module test accuracy and throughput.

Webinar: Pulse stability measurement of radar signals - Teaser

Webinar: Pulse stability reasurement of radar signals

In this webinar, we take a look at real-life examples of how to do performance measurements with complex burst and pulse sequences with the market leading R&S®FSWP phase noise analyzers.

Related applications

Measurement Setup for Phase Noise Test at Frequencies above 50 GHz

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Simplifying radar waveform generation with R&S®Pulse Sequencer software

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Simplified analysis of frequency agile radars

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Pulse compression analysis in radar systems

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Pulsed Phase Noise Measurements

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Radar Echo Generator

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Advanced Techniques for Spurious Measurements with R&S®FSW-K50

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Pulsed RADAR signal generation and measurements

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UWB Radar Testing

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Overview of Tests on Radar Systems and Components

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Characterizing Active Phased Array Antennas

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Generating Multiple Phase Coherent Signals – Aligned in Phase and Time

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RF Pulse Measurements in time and frequency domains with VSE-K6

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Group Delay and Phase Measurement on Frequency Converters

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CDM-Toolbox - Digital Modulation in a simple way

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R&S®ZVA-K9 Measure group delay without LO access

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Performance that prevails

Ensuring higher performance for modern radar systems

Read our latest article on the challenges of advanced pulse stability measurements for radar system performance.

Radar / EW testing solutions

Drone detection radar test

With the dramatically rising numbers of small UAV in lower airspace, radar design have to adopt to the new task of monitoring and detection. R&S test and measurement solution provide the means to reliably validate the system performance of these new designs.

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Jammer testing

As Digital Radio Frequency Memory (DRFM) is at the heart of every next generation smart jammer design, learn about R&S test and measurement solutions to validate the performance from component to system level.

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Radar / EW component testing

When optimizing the performance of latest RADAR and EW system designs, make sure you get the most out of processing speeds, power consumption and RF performance.

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Scenario generation and receiver testing

Test your radar and EW receiver system against today's complex theater scenarios, including real-world interference and multiple moving emitters, and take advantage of a fully deterministic, repeatable and reliable scenario generation solution from Rohde & Schwarz.

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AESA & antenna testing

Latest technology trends such as GaN and digital RF front ends are the driving the development of Active Electronically Scanned Arrays (AESA). Maximise the performance of antenna designs with the highest precision instruments and complex electromagnetic environment simulations.

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