Accelerate RF Filter Design Intelligent Automation

Join us on June 4, 2026 at 11 AM ET to see how intelligent automation can reduce RF filter design cycle time—instantly discovering optimal topologies and generating parameterized 3D geometries for Ansys HFSS. Register to learn how teams can move from specs to validated 3D models faster, with greater consistency and less manual tuning.

Date/Time:
June 4, 2026
11 AM EST

Venue:
Virtual

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Overview

RF filter design has long been a specialized "art form" reliant on the tribal knowledge of niche experts and tedious manual tuning. However, as performance requirements tighten and development cycles shrink, this reliance on manual iteration has become a critical bottleneck. Traditional, fragmented workflows can no longer scale to meet the demands of modern hardware teams, creating a widening gap between aggressive project timelines and the precision required for high-frequency engineering.

This webinar introduces a shift by using intelligent algorithms to abstract this complexity into an automated, guided workflow. By instantly discovering optimal topologies and automatically generating parameterized 3D geometries in Ansys HFSS, the system empowers both veteran designers and system engineers to bypass traditional hurdles. This transformation democratizes the design process, allowing teams to conduct rapid feasibility studies, improve consistency, and significantly accelerate time-to-market.

What Attendees Will Learn

Optimizing Synthesis for Speed and Precision: Discover intelligent Synmatrix algorithms to generate high-performance filter solutions that are both computationally fast and mathematically accurate.
Data-Driven Decision Making for Topology Selection: Learn how to evaluate and rank multiple feasible design candidates by comparing critical performance metrics
Translating Specs into Physical Constraints: Master the process of automatically generating parameterized 3D filter layouts that adhere strictly to limited mechanical boundary dimensions and complex physical footprints without sacrificing RF performance.
End-to-End Workflow Automation: Run a simulation cycle that begins with raw specifications and concludes with a validated, high-fidelity 3D model in Ansys HFSS

Who Should Attend

Engineering directors, VPs, and decisions makers
RF engineers and system designers
RF design engineers
RF filter design engineers
Antenna design engineers
RF power amplifier engineers

Speakers

Dan Fallon
Diamond Liu