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Accelerate System Design to Verified Hardware

Connect system-level design to RF circuit simulation. Verify physical layer system designs. Interoperate with test equipment while wireless standards evolve.

  • Validate baseband and RF integration early
  • Streamline verification with pre-built test benches
  • Easily connect to test equipment
  • Perform 5G architecture development and validation
  • Create and verify algorithms with baseband libraries
  • Simulate real-world radar scenarios

Design Across Baseband and RF Domains

PathWave System Design (SystemVue) is a multi-domain modeling environment that accelerates design, verification, and test. Standards libraries for automotive radar, 802.11ax WLAN, and NB-IoT enable real-world scenario verification. Moving pedestrian models provide realistic verification of automotive radar designs in detecting human targets.

Elevate Phased-Array Design to New Heights

Product development speed and agility are critical success factors for phased-array systems in the automotive, aerospace and defense, and communications industries. In the commercial sector, where 5G and satellite communications development projects face new time-to-market and cost challenges, keeping up has never been more challenging. Designers need new tools for modeling and simulation at higher levels of abstraction.

Keysight’s phased-array design solution shortens the time you spend testing physical prototypes in the anechoic chamber by replacing time-consuming legacy test methods with a more efficient system-level modeling and simulation approach. Learn more about this approach and Keysight’s phased-array solution today to gain greater design confidence and avoid the risk of cost overruns from unpredictable project schedules.

Solution

Phased-Array Design Kit

White Paper

Advantages System–Level Design Delivers for Phased–Array Development

Case Study

Simulation Drives mmWave Design Flow

On-Demand Webinar

Designing Phased Arrays with Confidence

Find the Product That's Right for You

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W4801B
W4801B PathWave System Design Core + RF
RF Analysis simulation environment gives users access to the SPECTRASYS engine, WhatIF, linear simulation, and RF component model libraries.
Starting from  
W4802B
W4802B PathWave System Design Core + Comms/DSP
Create communications and digital signal processing system designs. Includes libraries of general DSP components, digital modulation, SerDes, MIMO, and legacy cellular standards.
Starting from  
W4803B
W4803B PathWave System Design Core + RF + Comms/DSP
Access both the RF and Comms/DSP analyses, allowing RF Link to connect timed dataflow analysis with accurate RF system models.
Starting from  
W4804B
W4804B PathWave System Design Core + RF + Comms/DSP + Phased Array
Create advanced Phased Array system designs using beamforming and real antenna patterns with modeling for RF and signal processing in time and frequency domain.
Starting from  
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Featured Resources

Brochures 2017.06.19

SystemVue Electronic System-Level (ESL) Design Software

SystemVue Electronic System-Level (ESL) Design Software

SystemVue ESL design software is a multi-domain modeling implementation and verification cockpit for electronic system-level (ESL) design.

2017.06.19

Application Notes 2019.03.13

5G Waveform Evaluations – mmWave Communication with SystemVue

5G Waveform Evaluations – mmWave Communication with SystemVue

This application note evaluates and compares the performance of various state-of-the art waveforms including CP-OFDM in the presence of hardware impairments.

2019.03.13

White Papers 2021.03.09

Using Simulation to Overcome Three Millimeter-Wave Design Challenges

Using Simulation to Overcome Three Millimeter-Wave Design Challenges

Radio designers are embracing system simulation to reduce design time and ensure their devices meet the 5G NR specification. We explore 3 simulation techniques to overcome mmWave design challenges.

2021.03.09

White Papers 2018.07.25

How 5G Will Influence Autonomous Driving Vehicles

How 5G Will Influence Autonomous Driving Vehicles

5G will dramatically strengthen autonomous driving vehicles. Read how wireless communications contribute to 5G autonomous driving.

2018.07.25

eBooks 2018.06.18

Design and Test Solutions for Automotive & Energy

Design and Test Solutions for Automotive & Energy

Automotive electronics is the underlying platform for all operations and diagnostics, convenience and comfort, safety and security, and main support for the three areas of innovation: e-mobility, autonomous driving, connected car.

2018.06.18

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