Skip to content

Clarity

Advanced Antenna Design and Integration Through Circuit/EM Co-Simulation

The Cadence® AWR® V16 for RF Design Excellence Webinar Series introduces the latest capabilities in Cadence® AWR Design Environment® Version 16 (V16), providing ready access to Cadence Clarity™ 3D Solver and Celsius™ Thermal Solver for unconstrained capacity to solve large-scale and complex RF systems directly from within the RF design platform. Our next webinar in… Read More »Advanced Antenna Design and Integration Through Circuit/EM Co-Simulation

What’s New in Clarity 2022.1

The Cadence® Clarity™ 3D Solver, utilized by scores of customers across the globe, continues to accelerate design flows for leading companies in industries such as medical, hyperscale computing, 5G, automotive, and industrial internet of things (IIoT). The latest 2022.1 release continues to widen the gap between the Clarity 3D finite element (FEM) solver and alternatives in both… Read More »What’s New in Clarity 2022.1

Enabling Electromagnetic Simulations with Encrypted Components

High-fidelity simulations in the ever-widening realm of complete systems analysis requires incorporating vendor-supplied models for accuracy. However, vendors are reluctant to share their proprietary intellectual property. Cadence enables the ecosystem and supports model creators by allowing them to encrypt their geometries and protect their IP while sharing them with their customers for simulation. This webinar will… Read More »Enabling Electromagnetic Simulations with Encrypted Components

Validating Clarity 3D Solver Accuracy Through Measurement Correlation

Cadence’s Clarity 3D Solver is an industry-leading EM simulation platform used by hundreds of design teams to address signal and power integrity (SI/PI) challenges. By solving bigger problems on more efficient compute resources, Clarity 3D Solver users have reimagined what can be done with 3D finite element method (FEM) solver technology. However, EM extraction results to… Read More »Validating Clarity 3D Solver Accuracy Through Measurement Correlation