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).
It is with great anticipation and excitement that we announce our latest major feature, the Test and Measurement Tuning Module.
We had the opportunity to work with Ansys who hosted the webinar, "Designing 5G and mmWave Components Using the SynMatrix AI Design Platform". Here is an excerpt of the webinar description:
"Explore the microwave filter design process for mmWave and 5G band requirements in this webinar. Starting with a set of specification requirements, we will take you step-by-step to a fully tuned filter design. SynMatrix, a RF passive component design platform, will be used to design mm-Wave and 5G components. This design platform combines proprietary machine learning algorithms with decades of experience i...
We were featured in Microwave Journal's May 2020 issue. Check us out here in the Product Feature.
We recently authored a blog post, 'How to Design 5G and mm-Wave Filters Using AI-Optimized Tuning' that was hosted on the Ansys blog site.
Your quest to design 5G and mmWave components continues with the AI-tuning Space Mapping feature.
The following publication has been approved for issue on the IEEE Transactions on Microwave Theory and Techniques.
This video introduces one of the few platforms in the world capable of using AI-based tuning to automatically tune RF filters. The following is a video tutorial series and begins with Part 1 of 2. Before beginning with this tutorial viewers should watch the filter specification analysis video series. These videos review the synthesis process that's required before a designer can start tuning their filters.
The Filter Specification Analysis Tutorial: 'The Synthesis Matrix'. This tutorial video series will show you how to synthesize the matrix using a cloud-based software tool called, SynMatrix.
Stray Coupling is unwanted coupling effects, leaking energy between non-adjacent resonators, which may cause either the unbalanced notch level or extra unwanted transmission zeros.
The air breakdown is a physical phenomenon due to ionization which is caused by energetic electrons in a high electrical field. Ionization may make a conducting path, allowing a sharp current to increase.
SynMatrix offers engineers a simple calculation on power handling prediction. By inputing relevant filter information, the maximum power handling ability can be predicted; meanwhile, based on input data, the user still can judge if the filter can be breakdown or not under the specific input power.
SynMatrix provides CAT with a proprietary algorithm that has excellent performance in both narrow band and wideband applications.