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Electronics

Products

Our portfolio includes specialized Ansys solutions tailored to a wide range of electronics engineering applications.

Ansys HFSS

A 3D electromagnetic field solver designed for high-frequency and high-speed electronic component design. It utilizes FEM, IE, asymptotic, and hybrid solvers to address challenges in RF, microwave, IC, PCB, and EMI applications.

  • Supports multi-layer package simulation
  • 3D layout-based PCB and package workflow
  • High-frequency electromagnetic solvers
  • 3D component-based IP protection
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Ansys Motor-CAD

A comprehensive Multiphysics design tool for electric motors, enabling analysis across the full torque-speed range to achieve designs optimized for efficiency, compactness, and performance.

  • Wide selection of parameterized and customizable templates
  • Built-in electromagnetic, thermal, and mechanical solvers
  • Efficiency mapping and performance evaluation over duty cycles
  • Embedded motor design and manufacturing expertise
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Ansys Icepak

A CFD solver for electronics thermal management, predicting airflow, temperature, and heat transfer in IC packages, PCBs, assemblies, enclosures, and power electronics.

  • Unstructured, body-fitted meshing
  • Integrated high-fidelity CFD solver
  • Complete thermal reliability solution
  • Industry-leading multiscale multiphysics capabilities
  • Board-level electrothermal coupling
  • Extensive thermal physics libraries
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Ansys ConceptEV

A cloud-based platform for electric vehicle powertrain design and simulation, enabling cross-functional teams to explore data-driven design spaces and develop efficient, cost-effective, high-performance solutions.

  • Integrated control algorithms
  • Unified system modeling
  • Multi-fidelity component representations
  • Predictive analysis for range and energy efficiency
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Ansys Maxwell

A high-accuracy electromagnetic field solver for simulating electric machines and electronic devices. Capable of solving static, frequency-domain, and time-varying electric and magnetic fields.

  • 2D and 3D electromagnetic finite element analysis
  • Reduced-order model generation
  • Automated adaptive meshing
  • Compliance with ISO 26262 standards
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Ansys Slwave

A dedicated simulation platform for analyzing power and signal integrity, as well as EMI in IC and PCB packages. Ideal for solving power delivery networks and high-speed signal channels.

  • Electrothermal and structural analysis integration
  • IBIS and IBIS-AMI SerDes modeling
  • Virtual compliance testing
  • Analysis of impedance, crosstalk, and EMI
  • Automated decoupling capacitor optimization
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Ansys HFSS-IC

A Multiphysics, multiscale simulation platform for signal and power integrity across IC-to-system designs, supporting early design insights, IC-aware systems, and system-aware ICs, accelerating time-to-market with first-pass success.

  • Multiscale EM extraction using HFSS
  • Fast IC EM modeling with RaptorX
  • RLCG model extraction with Q3D Extractor
  • Sign-off accuracy at gold-standard level
  • Foundry-certified IC design support
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Ansys Q3D Extractor

A specialized tool for calculating parasitic RLCG parameters that are frequency-dependent in electronic products.

  • Solid geometry modeling
  • Power and signal integrity analysis
  • Multiple extraction methodologies
  • Automatic, adaptive meshing refinement
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Ansys EMC Plus

A cable EMC modeling tool focused on analyzing lightning-induced electromagnetic effects on large-scale platforms.

  • SpaceClaim Direct Modeler interface
  • Electrostatic simulation of cable cross-sections
  • Cable-centric streamlined workflow
  • Hybrid transmission line harness modeling
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Ansys Perceive EM

Real-time dynamic electromagnetic wave simulation API for applications such as radar and large-scale wireless systems, with seamless digital twin integration.

  • Real-time radar and wideband 5G/6G simulation
  • GPU-accelerated scalability
  • API-driven, headless operation
  • On-demand synthetic data generation for AI/ML applications
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Ansys Charge Plus

A 3D modeling tool for simulating charging, discharging, and charge carrier transport across a broad range of applications in a unified workflow.

  • SpaceClaim Direct Modeler integration
  • 3D particle transport simulation
  • Surface and internal charging analysis
  • ESD simulation in air and dielectric materials
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Ansys Synmatrix

RF filter design and optimization software for 5G and mmWave systems.

  • Reduces RF filter design cycle from days to hours
  • AI-driven optimization and automation integrated with HFSS
  • Monte Carlo analysis and manufacturing yield evaluation
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Ansys Nuhertz FilterSolutions

Automated design, synthesis, and optimization of RF, microwave, and digital filters via a user-friendly workflow.

  • Automatic filter synthesis
  • Pre-built component libraries
  • Direct integration with HFSS
  • Supports the broadest range of filter topologies
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Capabilities

Reduce your design cycle and time-to-market by ensuring your electronics design is validated, cost-effective, operable, and certification-ready.

Identify and resolve electrical and thermal challenges in printed circuit boards (PCBs) with advanced PI and SI tools. Mitigate issues such as electromagnetic interference (EMI), crosstalk, power delivery noise, and overheating to ensure optimal performance.

Leverage simulation-driven design for electric machines, enabling seamless integration of motors, sensors, and actuators with control electronics. Ansys tools deliver accuracy and efficiency in power electronics applications.

Simulate electronic cooling and perform thermal analysis at the chip, package, PCB, and system levels. Conduct thermomechanical stress and failure analysis to select the optimal heatsink, fan, or cooling strategy.

Accelerate electric vehicle (EV) powertrain development through integrated simulation and collaboration. Streamline design cycles, reduce risk, and enable data-driven decision-making for electrified mobility solutions.

Achieve compliance with EMI/EMC standards early in the design process. Simulate RF emissions, susceptibility, and electromagnetic layout to avoid costly redesigns and physical testing during certification.

Simulate propagation, coupling, and emissions to validate the performance of antennas, microwave devices, and next-generation wireless communication systems with high accuracy.

Improve product longevity by predicting potential failure modes through Multiphysics analysis. Manage materials, refine CAD geometries, and ensure reliability across the full lifecycle of electronic systems.

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