Keysight Launches Multiphysics Software for Structural Electronics Analysis

Keysight Technologies has announced Keysight Multiphysics, a design and verification software solution engineered to model cross-domain physics interactions and structural failure mechanisms in high-density electronic assemblies. The initial application release focuses on structural analysis, enabling engineering teams to evaluate drop, shock, and vibration compliance early in the development cycle prior to physical prototype fabrication.

Cross-Domain Engineering Challenges in High-Density Electronics
Electronic products are increasing in density as electrical, thermal, mechanical, and optical components are integrated into smaller structural footprints. Physical interactions across these distinct domains create localized failure risks that cannot be evaluated accurately in isolation.

Cross-domain physics effects often produce unintended operational outcomes that remain undetected until physical prototypes undergo testing. Catching structural defects late in the product lifecycle increases engineering redesign expenses, causes schedule slippage, and risks project budget overruns.

Automated Structural Analysis and Virtual Validation
Keysight Multiphysics integrates physics simulation directly into electronic engineering workflows, reducing evaluation timelines from weeks to hours. The software focuses on structural analysis and compliance modeling for drop, impact, shock, and vibration loads.

Historically, structural validation required building multiple physical prototypes for testing in external laboratories, committing tooling and manufacturing resources prior to defect identification. The platform incorporates pre-built application templates that embed setup expertise directly into simulation workflows to increase model fidelity. This guided workflow enables engineering teams to identify failure origins and evaluate reliability without requiring dedicated computer-aided engineering (CAE) specialists.

Material Databases and Regulatory Compliance Standard Workflows
The platform incorporates an application-specific database expanded with modern electronic materials, allowing engineers to simulate component deformation and mechanical stress under realistic operational conditions. Automated setup routines eliminate manual configuration steps traditionally required for finite element model generation.

To streamline regulatory approval and hardware certification, the software includes built-in compliance workflows aligned with standard industry specifications. These integrated templates support military and commercial standards for shock, drop, and vibration testing, including MIL-STD, IEC, and JEDEC protocols.

Edited by Romila DSilva, Induportals Editor, with AI assistance.