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.
Find the Bundle that's Right for You
||PathWave System Design Core||Base environment for PathWave System Design. Includes schematic entry, data plotting, and MATLAB code support.|
|W4801B||PathWave System Design Core + RF||Adds the RF analysis simulation element giving you access to the SPECTRASYS engine, WhatIF, linear simulation, and RF component model libraries.|
|W4802B||PathWave System Design Core + Comms/DSP||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.|
|W4803B||PathWave System Design Core + RF + Comms/DSP||Combines both the RF and comms / DSP analyses, allowing RF link to connect timed dataflow analysis with accurate RF system models.|
|W4804B||PathWave System Design Core + RF + Comms/DSP + Phased Array||Adds the advanced phased array analysis simulator for both RF and comms / DSP applications using beamforming.|
|W4806B||PathWave System Design Algorithm Core||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).|
|W4810B||PathWave System Design Core + AMI||High-speed digital (HSD) bundle — complete AMI model generation bundle. Includes the PathWave System Design Core, comms / DSP simulator, AMI modeling kit, and C++ code generation kit.|