How to Address EW Testing Challenges
Simulate precise and realistic threat scenarios
Testing electronic warfare (EW) systems and components requires a flexible framework integrating advanced signal generation, real-time analysis, and seamless synchronization to simulate real-world threats and validate signal integrity. An effective EW test solution must adapt to evolving threat landscapes using modular hardware and software platforms to recreate complex scenarios.
This configuration enables accurate validation of threat detection, communication jamming, and integration of EW components across airborne, naval, and ground platforms. The solution should support scalable testing environments and ensure precise measurement accuracy to optimize system responses to dynamic electronic threats.
Electronic warfare advanced simulation platform
Testing electronic warfare systems and components requires simulating real-world threat scenarios. The Keysight Electronic Warfare Advanced Simulation Platform (EWASP) delivers versatile solutions across multiple defense applications. The platform enables users to evaluate and enhance defense systems against simulated electronic threats, supporting operations in diverse environments such as open-air ranges, integrated test facilities, and operational verification centers.
Defense personnel benefit from realistic training scenarios, ensuring preparedness for live engagements. The EWASP also plays a critical role in reprogramming labs, enabling rapid adaptation to emerging threats. Additionally, the platform supports research and development with advanced threat simulation, enabling continuous innovation. The EWASP ensures adaptability, readiness, and superiority in electronic warfare test and evaluation.
See demo of electronic warfare advanced simulation platform
Explore products in our electronic warfare advanced simulation platform
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![P5026A Keysight Streamline USB Vector Network Analyzer, 32 GHz]()
P5026A Keysight Streamline USB Vector Network Analyzer, 32 GHz
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![N9041B UXA Signal Analyzer]()
N9041B UXA Signal Analyzer
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![UXR0334B Infiniium UXR-Series Oscilloscope: 33 GHz, 4 Channels]()
UXR0334B Infiniium UXR-Series Oscilloscope: 33 GHz, 4 Channels
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![N5194A UXG X-Series Agile Vector Adapter, 50 MHz to 40 GHz]()
N5194A UXG X-Series Agile Vector Adapter, 50 MHz to 40 GHz
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![89601BHQC PathWave VSA Radar Pulse Analysis]()
89601BHQC PathWave VSA Radar Pulse Analysis
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![M9484C VXG Vector Signal Generator]()
M9484C VXG Vector Signal Generator
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![N5193A Gerador de Sinais Ágil da Série X UXG, 10 MHz a 40 GHz]()
N5193A Gerador de Sinais Ágil da Série X UXG, 10 MHz a 40 GHz
Discover resources and insights
Additional resources for electronic warfare advanced simulation
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![How to Test and Optimize 5G Massive MIMO]()
How to Test and Optimize 5G Massive MIMO
5G massive MIMO testing requires measuring KPIs like throughput, beam handling, and handover rates. Learn how to simulate real-life radio conditions like 5G massive MIMO beamforming algorithms to ensure reliable and repeatable system-level performance in the lab.
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![How to Test NB-IoT NTN Devices]()
How to Test NB-IoT NTN Devices
Narrowband Internet of Things (NB-IoT) devices and systems require rigorous testing to ensure device's reliability and avoid unexpected failures. Learn how to perform the conformance test of an NB-IoT device using a comprehensive suite of test cases.
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![How to Test a NTN Unmodified Device]()
How to Test a NTN Unmodified Device
Ensuring unmodified cellular UE functionality requires modifying the network to compensate for the satellite-related delays and distortions. Learn how to test NTN unmodified devices in the lab under different conditions.
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