SynMatrix SynMatrix

  • Multi-band filter support.

    Introducing support for band stop, low pass, and multi-band filters.

    See product update

  • Real-time Tuning

    Introducing real-time tuning with no delay, zero touch set up, and complete VNA control through the SynMatrix interface.

    See details

  • Ceramic Waveguide Design

    Our latest Microwave Journal technical feature.

    Read Now

  • AI-tuning that runs automatically

    Introducing one of the world's first automatic AI optimization systems with advanced space mapping capabilities.

    Learn more 

Empowering 5G and mmWave Innovation.

A RF filter design platform that delivers faster RF response accuracy and a real-time test and tuning workflow.


5G and mmWave ready.


Compatible with 2G~5G applications with advanced coupling matrix extraction integration.

Automatic AI Optimization


AI-optimized tuning and advanced space mapping system with an integrated Ansys HFSS workflow.

Real-time Test Tuning with VNA Integration


Simplified test tuning workflow with complete VNA control using a single, easy-to-use GUI.

End-to-End Design Experience


From spec analysis, to design and simulation, to test and measurement, to production line tuning.

Support for More Filter Types

Introducing filter design for bandpass, bandstop, low pass, and multi-band filters.


Bandpass


Coupling matrix synthesis with arbitrary topology setup with user-defined transmission zeroes positioning.

Bandstop


Supports coupled resonant solution with 'Cul-de-sac' and 'folded' topologies with different coupling matrix formats.

Low Pass


Supports four practical step impedance coaxial structures. Featuring automatic 3D modelling creation in HFSS.

Multi-band 


Supports dual and triple band coupling matrix synthesis with arbitrary topology setup.

Applications

SynMatrix can be used across many different industries including telecommunications, space exploration, medical and military applications. SynMatrix's vision is to offer users with a complete end-to-end RF filter design experience. 

5G networks, Smart Cities

Marine and Mobile Radio Telephony

Mobile Phones

GPS

Radio Astronomy

Communication Satellites,
Satellite TV Broadcasting

Ground-Aircraft,
Aircraft-Aircraft Communications

Military Ops

Structures

SynMatrix offers one of the most comprehensive RF filter design and test and tuning software platforms in the industry. We support several structures including cavity RF filter designs, ceramic waveguide RF filter designs, waveguides RF filter designs, LTCC chip filter designs, and microstrip stripline RF filter designs.
 Waveguides
 Cavity filter
 LTCC chip design
 Ceramic filter
 Microstrip filter
 Ceramic waveguide filter
Testimonials
  • The software is extremely useful for engineers and researchers. The software works superbly well for cavity filter design. Thank you for the wonderful support and great software :)
    - Senior Engineer from a Canadian technology company
  • Synmatrix shortened my development time and greatly enhanced my design capabilities.
    - Senior Engineer from a global technical company
  • I really believe this software would be a helpful method for optimizing a cavity filter in HFSS.
    - Senior Engineer
  • Your software is very powerful and easy to use. The coupling matrix extraction function is more accurate and faster than any other software in the market!
    - Design Engineering company
  • Your software is very easy to use. It really is a helpful tool for my research work.
    - Researchers from an International University

Ready to Get Started?

Create Free Account

Want to See How it Works?

Request a Demo
By accepting our cookies, you consent to the use of cookies in accordance with our cookies policy.

Join Our Newsletter

Get the latest and greatest from our blog straight to you inbox.

Please select all the ways you would like to hear from SynMatrix Technologies inc.:

You can unsubscribe at any time by clicking the link in the footer of our emails. For information about our privacy practices, please visit our website.

We use Mailchimp as our marketing platform. By clicking below to subscribe, you acknowledge that your information will be transferred to Mailchimp for processing. Learn more about Mailchimp's privacy practices here.