The problem
Engineers were spending valuable time performing repetitive calculations, creating 3D models, setting up electromagnetic simulations, and moving between disconnected design tools.
ABOUT RESOSYNTH
Designed by Engineers.
Built for Engineers.
ResoSynth was created from a simple engineering need: make complex RF and microwave component design faster, more connected, and easier to manage—without turning the engineering process into a black box.
WHY WE BUILT IT
From a real filter-design problem to a broader engineering platform.
Our journey began with waveguide filter design. While searching for software that could efficiently take engineers from filter specifications to a practical, electromagnetically validated design, we found that existing workflows often required multiple tools, extensive manual work, and significant training.
We believed there had to be a better way.
OUR HISTORY
Built from firsthand engineering experience.
ResoSynth began with the practical realities of designing waveguide filters and the repeated work required to move from specifications to geometry, simulation, tuning, and verification.
The friction
Bringing new engineers into the workflow could also require significant training and experience before they could work efficiently across the complete design process.
The response
ResoSynth was developed to connect the key stages of the design process into a more integrated engineering workflow and reduce repetitive setup work.
The foundation
What began with waveguide filters is now the foundation for a broader vision in RF and microwave component design.
WHAT WE DO
Connect the important stages of component development.
ResoSynth brings initial specifications, synthesis, physical design, electromagnetic-analysis handoff, tuning, and performance evaluation into a more connected engineering workflow.
01Filter SynthesisStart from electrical requirements
→
02Dimension CalculationGenerate physical design values
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033D GeometryCreate downstream-ready geometry
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04EM SetupMove into full-wave verification
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05TuningRefine the physical design
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06Performance EvaluationReview engineering results
Our goal is to reduce repetitive engineering work while keeping designers in control of the decisions that matter.
OUR MISSION
Simplify and accelerate RF and microwave component design.
We aim to reduce design cycles, minimize repetitive work, lower the learning curve, and help engineers move more efficiently from concept to validated design through intelligent, integrated engineering software.
OUR VISION
Build a comprehensive RF and microwave engineering platform.
Waveguide filters are the beginning—not the end. As ResoSynth evolves, we plan to expand beyond filters and introduce additional RF and microwave component-design capabilities within a connected workflow.
Our long-term vision is to bring more of the RF design process into one intelligent engineering environment.
DESIGNED BY ENGINEERS. FOR ENGINEERS.
Automation without losing engineering control.
ResoSynth is built around real engineering experience. Engineers need more than automation—they need transparency, flexibility, control, and a clear connection between electrical performance and physical design.
ResoSynth is designed to automate repetitive tasks without turning engineering into a black box.
✓
TransparencyKeep the relationship between specifications, calculations, geometry, and performance visible.
✓
FlexibilitySupport engineering judgment rather than forcing every design through one rigid workflow.
✓
ControlLet designers make the decisions that matter while software handles repetitive setup and calculation work.
✓
Engineering focusLess time on setup. More time on engineering.
LOOKING AHEAD
Today, waveguide filters. Tomorrow, a broader family of RF and microwave components.
We are building ResoSynth with a long-term goal: make advanced RF and microwave design more efficient, accessible, and connected. The journey starts with waveguide filters and expands toward a broader family of RF and microwave component-design capabilities.
ResoSynth
Designed by Engineers.
Built for Engineers.
Built for Engineers.
SPECIFY. SYNTHESIZE. REALIZE.