Multi-Domain Systems (SimulationX) Product Explainer

See how SimulationX enables multi-domain system simulation, helping engineers evaluate complex product architectures early, optimize performance, and accelerate development across automotive, aerospace, and industrial applications.

Shifting Reliability Left: Guided Virtual Validation for Electronics Shock and Drop Testing

Learn how guided virtual shock analysis enables earlier mechanical design decisions, reducing costly late-stage failures through accessible simulation, automated workflows, and validated system-level drop performance prediction.

Computer Aided Engineering (CAE) Solutions

Explore Keysight’s CAE portfolio, spanning product performance, virtual manufacturing, immersive validation, and integrated physics solutions that help engineers accelerate development, reduce testing, and improve product quality.

Why Multiphysics Simulation Matters for Next-Generation Electronics

Electronic product teams are under increasing pressure to deliver smaller, hotter, denser, and more mechanically constrained designs while moving faster, controlling development costs, and improving first-launch reliability. As chipmakers stack multiple layers of silicon and pack more transistors into smaller spaces, power density continues to rise dramatically.

The Human Side of Virtual Prototyping: Using VR to Optimize Products and Processes from the Operator’s Perspective

VR (IC.IDO) lets teams validate assembly, maintenance, ergonomics, and integration early—cutting risk, cost, and late design changes with full‑scale realism.

Virtual Prototyping for real world engineering challenges

Virtual Prototyping for real world engineering challenges.

Introducing Keysight Multiphysics

Keysight Multiphysics is a workflow‑oriented multiphysics design environment that bridges design and physical validation by identifying mechanical failure risks early, reducing physical test cycles and minimizing late‑stage design rework. With compliance templates, electronics‑focused materials, improved meshing, and automated setup, teams can evaluate mechanical risks early and focus physical testing on confirmation.

The Human Workflow Virtual Validation Playbook

Discover how engineering teams use virtual validation to reduce risk, accelerate development, improve serviceability, and minimise costly design changes.

Shift Left The Value of Virtual Prototyping for Digital Transformation of the Product Development Lifecycle

Read the eBook and learn how shift left testing helps manufacturers validate earlier, reduce risk, and innovate faster with virtual prototyping.

Experience Your Future Aerospace Products Today to Validate Human Centric Processes

VR enables aerospace OEMs to validate assembly, maintenance, and human‑centric processes early—reducing cost, risk, and late‑stage redesigns.

Overcoming Challenges in Process Validation & Product Integration

IC.IDO VR lets teams validate assembly, maintenance, ergonomics, and product integration early—cutting risk, cost, and late‑stage redesigns.

How Virtual Prototyping Propels Aerospace Innovation to New Heights

Virtual prototyping is transforming aerospace manufacturing. This whitepaper explores how Keysight CAE helps aviation innovators accelerate program launches, increase efficiency, and meet sustainability goals by shifting from isolated simulations to fully digital development—reducing scrap, emissions, and risk while enabling cleaner, safer, more resilient operations.

Forming and Molding – Composites Engineering

Lightweight composite materials enable low‑carbon innovation, and virtual prototyping helps manufacturers quickly adapt, scale production, and optimize material and process choices for market‑ready composite products.

Acoustic Vehicle Alerting System (AVAS) for EV

Electric vehicles are quiet, creating risks for pedestrians and cyclists, making Acoustic Vehicle Alerting Systems essential for safety. Keysight’s vibro‑acoustic solutions support the design and analysis of AVAS systems, ensuring EVs produce effective warning sounds for safer roads.

CAE Training Catalog 2026

Keysight’s CAE Training Catalog 2026 delivers a full suite of structured training paths—covering simulation, manufacturing, automation, and immersive engineering—to help teams master advanced CAE tools, accelerate adoption, and improve productivity.

Achieve Superior Quality Stampings in Body & Chassis Manufacturing

Simulate stamping formability, springback, and surface quality to reduce defects, prototypes, and cost while ensuring high‑quality sheet‑metal parts.

How Virtual Prototyping Accelerates Vehicle Development

Sustainability is reshaping automotive development. This whitepaper explores how Keysight CAE enables automakers to achieve “Mission Zero” through 100% Virtual Prototyping—reducing physical tests, emissions, time, and cost while improving safety, agility, and human-centered design in a fully digital vehicle lifecycle.

Master Local Joining Performance in Body & Chassis Manufacturing

Simulate spot weld quality, strength, and rupture to reduce try‑outs, boost safety, and support lightweight body & chassis manufacturing.

The Unified Frontier of Vehicle Safety Engineering

As CAE digitalization reshapes vehicle safety, engineers across ground, air, and space domains can benefit from shared insight. This whitepaper explores cross-industry learning and the ROI of virtual testing and simulation for developing safer, more reliable, and cost-effective vehicles.

From Ad Hoc Simulations to Orchestrated RF Design Workflows

Shifting from ad hoc simulations to executable, flowchart-based orchestration makes RF design workflows more repeatable, scalable and easier to share across teams. This approach enables engineers to capture complex design processes more effectively, exposes clear interfaces for automation and sets the stage for AI to accelerate design cycles while keeping engineers in control.