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Electronic Warfare Threat Simulation Solutions Catalog

Electronic Warfare Threat Simulation Solutions Catalog

Catalogs

Introduction

 

The electromagnetic (EM) spectrum connects all of us

 

Military forces rely on the EM spectrum to support intelligence and military operations via communications, enhanced situational awareness, and targeted maneuvers. In today’s conflicts, the winner gains control of the EM spectrum

 

You need to address the evolving needs of EM spectrum operations with flexible, scalable threat simulation and analysis solutions

 

Evolutions in targets, electronic warfare (EW), and countermeasures require complex signal generation and analysis for advanced simulation and testing of multiple emitters. The challenges in detection avoidance, EW, and countermeasures evolve as technology advances

 

The testing of today’s systems benefits from high‑performance equipment such as analog and vector signal generators, vector signal analyzers, oscilloscopes, and vector network analyzers. From simulations of an arriving wave front with multiple emitters to testing of precision components in a receiver, Keysight’s solutions are ready for the complexity of EW test applications. We help you achieve confidence in your EW solutions with a commercial off‑the‑shelf approach that reduces costs and saves time

 

PathWave System Design (SystemVue) Software

 

Connect system‑level design to RF circuit simulation. Verify physical‑layer system designs and interoperate with test equipment while developing EW systems. Use Keysight PathWave System Design (SystemVue) as a platform to control hardware test setup, accelerating system design to verified hardware

 

PathWave System Design (SystemVue) lets you do the following:

 

• Validate baseband and RF integration early.

• Streamline verification with prebuilt test benches.

• Easily connect to test equipment.

• Perform system architecture development and validation.

• Create and verify algorithms with baseband libraries.

• Simulate real‑world radar scenarios.

 

Bundle

athWave System Design Core

PathWave System Design Core + RF

PathWave System Design Core  + comms / DSP

PathWave System Design Core + RF + comms / DSP

PathWave System Design Core + RF + comms / DSP +  phased array

PathWave System Design Algorithm  Core

PathWave System Design Core + AMI

Description

Base environment for PathWave

System Design.

Includes schematic entry, data

plotting, and

MATLAB code support.

A timed dataflow simulation

engine to create

communications and digital signal processing

designs. Includes

libraries of general

DSP components, digital modulation,

SerDes, MIMO, and legacy cellular standards.

A timed dataflow simulation

engine to create

communications and digital signal processing

designs. Includes

libraries of general

DSP components, digital modulation,

SerDes, MIMO, and legacy cellular standards.

Combines RF and comms /

DSP analyses, allowing RF link

to connect timed dataflow analysis with accurate RF system models.

Adds the advanced phased array

analysis simulator

for both RF and comms / DSP

applications using beamforming.

Embedded

algorithm bundle

— RF and comms

/ DSP simulation engines for use

by algorithm designers

working in a

MATLAB‑centric environment (does not include the

PathWave System

Design Core component).

High‑speed digital bundle — complete AMI

model generation

bundle. Includes the PathWave

System Design

Core, comms /

DSP simulator,

AMI modeling kit, and C++ code generation kit.

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