Constraint-driven Circuit Design

A 60 minutes on-demand webinar
focusing on using Optimus
to increase electronic circuit performance

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Electronic circuit design involves countless constraints. Only few of them can be solved by intuition and experience, using a trial-and-error based design procedure. That is especially so as variability of design parameters and environmental conditions as well as manufacturing tolerances heavily impact the quality of the design. In this webinar we will explain and illustrate with various applications how easy Optimus can be used with any Technology Computer-Aided Design (TCAD) and Electronic Design Automation (EDA) software to

optimize electronic circuit characteristics,
optimize signal quality,
optimize heat dissipation,
optimize thermo-structural behavior,

and improve the robustness and reliability of circuit characteristics as well.

Here's a short overview of what you will learn

Using Optimus, an automated engineering simulation process is set up to identify optimized design configurations - driving any Technology Computer-Aided Design and Electronic Design Automation software.

Optimus is then used to start an automated Design of Experiments (DOE) campaign to sample the design space accurately and efficiently. - without the need for any user intervention.

High-fidelity surrogate models, built on the representative set of virtual experiments obtained from the DOE campaign, then reveal valuable relationships between design parameters and performance metrics.

Optimus' multiobjective optimization algorithms are used to deliver a set of Pareto-optimal solutions, among which the engineering team can choose the solution that best fits product requirements.

State-of-the-art data visualizations provide engineering teams with actionable insights that make it easy for the team to optimize circuit performance.

Reliability analysis assesses the robustness and reliability of circuit characteristics, and enables to optimize circuit performance taking into account any uncertainty factors.

Find out more

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