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Design, model, and validate complex 3D interconnect architectures with a powerful standalone design environment.
Automate transmitter and receiver validation across next-generation I/O, memory, and fabric interfaces.
Strengthen 1.6T network reliability for AI-scale workloads from transceivers to interconnects.
Pair Keysight VSA software with the new XA5 signal analyzer for advanced visualization, demodulation, and analysis — start your 30-day trial today.
With extra memory and storage, these enhanced NPBs run Keysight's AI security and performance monitoring software and AI stack.
Explore end-to-end workflows spanning IC design, validation, wafer test, and photonics.
Save up to 50% on our latest instruments with eligible Keysight or competitor trade-ins.
Achieve 200+ Gbaud multi-level modulated signals with high-speed AWGs for digital and optical standards.
Maximize accuracy and performance with precision accessories engineered for Keysight instruments.
Save up to 50% on our latest instruments with eligible Keysight or competitor trade-ins.
Four channels per 1U of rack space, up to 1 GHz bandwidth, and multi-oscilloscope synchronization.
Purpose-built solutions engineered for the design and test challenges unique to your industry.
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Predict noise and vibration. Optimize design. Ensure compliance.
Accurate noise and vibration predictions are critical to meeting legislative standards and ensuring product quality. Traditional reliance on late-stage physical testing can drive up costs and delay product launches. With Keysight’s Vibro-Acoustics (VA One), engineers can assess vibro-acoustic performance early in the design cycle. This single, integrated environment delivers predictive insights across the entire frequency spectrum, reducing expensive revisions and enabling “first-time-right” product designs for automotive, aerospace, marine and industrial applications.
Model noise and vibration across low, mid, and high frequencies with integrated FE, BEM, SEA, Ray tracing and Hybrid methods.
Accurately simulate scattering, radiation, and sound transmission in bounded and unbounded fluids.
Rapidly assess high-frequency noise and vibration using industry-standard SEA techniques.
Combine CFD data with vibro-acoustic analysis to reduce reliance on wind tunnel testing.
Quickly evaluate complex geometries for interior, exterior, and pass-by noise.
Simulate acoustic loading on lightweight satellite and aerospace structures to ensure structural integrity during launch.
Vibro acoustic simulation enables engineers to predict and reduce cabin noise from engines, HVAC systems, and wind noise, while improving speech intelligibility and optimizing PA system performance for quieter, more comfortable interiors.
Simulation predicts exterior noise for vehicles, aircraft, and ships under real conditions, enabling reliable assessment of noise performance across realistic operating scenarios before physical testing.
Vibro‑acoustic simulation predicts structural responses of spacecraft and satellites to harsh launch vibro‑acoustic loads, supporting lightweight design and certification.
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A single, integrated software environment for vibro-acoustics analysis and design, covering the entire frequency spectrum.
By enabling predictive noise and vibration assessments early in the design process, it minimizes reliance on late-stage prototype testing and expensive modifications.
It is widely used in automotive, aerospace, marine, rail and other industries where noise and vibration performance is critical.
FE, BEM, SEA and Hybrid methods, along with specialized modules for aero-vibro-acoustics, ray tracing, and space structural dynamics.
It combines CFD pressure distribution data with vibro-acoustic analysis to predict wind noise contributions to cabin interiors, reducing the need for wind tunnels.
Yes, it predicts vibrations, stresses, strains, and forces in lightweight satellite and spacecraft structures, supporting compliance with launch specifications and reducing the need for costly physical testing.
Let’s discuss how our simulation tools can support your next project.
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