Using AI and automation to get to
market faster.
market faster.
Synthesize. Analyze. Optimize.
Multiport tuning, port tuning, and time domain tuning. Support for bandpass, bandstop and multi-band filters.
Get to market faster, for less.
No more prototype build cycles
Eliminate costly and lengthy prototype build cycles using accurate modelling simulation.
Reduce project risk
Build in-house RF filter design skills and eliminate 3rd party outsourcing.
Future-proof your investment
Backed by a proven R&D development team with fast, regular product updates.
Realize labour savings
Reduce your R&D labour costs and improve your productivity with modern design tools.
Accelerate R&D cycle time
Use AI and automation functions to rapidly achieve more accurate and fully optimized designs.
One synthesis tool 'to rule them all'.
SynMatrix offers a feature-packed design and analysis platform for complex RF filter design engineering. RF bandpass filter design and diplexer synthesis, coupling matrix extraction, and dispersive effect analysis are a sampling of features that are available.
Integrates thousands of practical topologies in a selection library including support for transversal, arrow, box section, inline, cul-de-sac, non-resonating node, extended box, multi-modes, etc.
- Di/Triplexer support
- Advanced topology library
- Multiband filter support
- Add transmission zeroes
- Dispersion effect control
- Monte Carlo analysis
- Peak power analysis
- Matrix optimization
Powerful computer-aided tuning.
Tuning - any way you like it.
Multiport tuning, port tuning, and time domain tuning. Support for bandpass, bandstop and multi-band filters.
Advanced coupling matrix extraction.
Import a S2P file from any simulation - any VNA - and see the delta differences for each parameter, fast.
Automatic 3D modelling fully parameterized in HFSS.
Get to market faster with accelerated workflows integrated with Ansys HFSS. Use first principle design methods to build your model from a single resonator to a full 3D model.
Includes frequency and unloaded Q analysis, mode chart analysis (for waveguides), 2D and 3D model review, and frequency drift and peak power handling analysis.
- One-click 3D modelling
- Frequency and Q analysis
- Thermal drift analysis
- Power handling analysis
- Parametric studies
- Fully integated with HFSS
- Single resonator analysis
- Coupling, I/O modeling analysis
Intelligent Optimization
Introducing an automatic AI optimization and space mapping system workflow fully integrated with Ansys HFSS.
Automated workflows.
Benefit from a completely integrated SynMatrix-HFSS experience where optimized dimensions automatically communicate with your HFSS models and simulation runs.
Comprehensive filter optimization.
Choose from a variety of functions to help optimize your designs. Functions include a perturbated system, AI optimizer, space mapping, and custom optimization workflows for advanced cases.
Product News
Product Resources
Application Case: Waveguide Filters
Automatic 3D modelling and optimization
Waveguide filters are structures used in higher frequency applications used in aerospace, satellite communications and military and defence.
Application Case: Cavity Filters
Automatic 3D Modelling and optimization
Coaxial cavity filters are common structures used in sub-6 frequency ranges commonly found in 5G applications.
Power Handling and Temp Drift Analysis
SynMatrix released new features to help abstract the complexity of power handling and temperature drift analysis by providing easy-to-use GUIs in SynMatrix.
Comprehensive Topology Library
SynMatrix released a significant upgrade to the current topology function by integrating thousands of practical topologies as a selection library.
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