Technical Resources

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Here is a collection of all the supporting documentation for SynMatrix. For more detailed support documentation and application notes, please create an account and go to the e-library (located on the side menu bar).

SynMatrix Technical Notes: Computer-Aided Tuning
Application Notes

Case Study: Computer Aided Tuning

How to Customize SynMatrix Optimization
Getting Started

Follow this guide to learn about SynMatrix's custom optimization workflow.

How to Run SynMatrix-HFSS AI Optimization
Getting Started

Follow this guide to learn how to achieve AI optimization with SynMatrix.

How to Generate the Coupling Matrix
Getting Started

Follow this guide to learn how to generate the coupling matrix with SynMatrix.

How To Register and Apply for a Trial Licence
Getting Started

Follow the following tutorial to learn how to create a free account and apply for a trial licence.

SynMatrix Introduction and Overview
Getting Started

SynMatrix is a design and test tuning platform that creates a single user experience across the entire filter design process, from specification design, to test and measurement, and finally, manufacturing and production

Real-time filter tuning workflow for 5G and mmWave applications
Videos and Webinars

Rohde & Schwarz and SynMatrix recently teamed up to offer a complete test and tuning solution for 5G and mmWave applications. It is a powerful solution for RF engineers and technicians who want to test and tune their design quickly and accurately. It is also a tool that can be used on the manufacturing line as a 100% or audit inspection tool to monitor quality yield during volume runs.

Frequently Asked Questions
Getting Started

A summary of some of the most frequently asked questions about SynMatrix.

SynMatrix Product Sheet
Sales Brochures

SynMatrix Product Brochure

Product Features Comparison
Sales Brochures

Sep 2020 Microwave Journal Technical Feature
Publications

With emerging fifth generation (5G) cellular communication systems, the demand for passive components is driving the growth of massive MIMO and carrier aggregation technologies. With this growth, microwave filters are faced with a number of technical challenges including miniature sizing...

Neural network of calibrated coarse model and application to substrate integrated waveguide filter design
Publications

In this article, we propose a novel neural network of calibrated coarse model, which can obtain the optimal filter response with as little training data as possible to synthesize the entire substrate integrated waveguide (SIW) filter...

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