synmatrixtech

An all-in-one SW platform to accelerate RF filter design and mfg. Features automatic 3D CAD in HFSS, AI optimization, yields analysis and real-time tuning.

[synmatrixtech @synmatrixtech]

Introducing our new, acoustic-wave RF filter design platform. Using measurement or sim data, we can help synthesize the dimensions to accel your design cycle (from wks to days). Have a SAW filter design or mfg req't? Visit us at #IMS2026 booth 13031 for more info.

[synmatrixtech @synmatrixtech]

RF engs frequently work with Mech Eng to finalize a CAD. Often times, the mech reqts result in irregular shaped cavities. This creates multiple, manual iterations of work between eng teams. With our "Smart Gen Layout" tool, we've helped automate that process.

[synmatrixtech @synmatrixtech]

From spec to solution... in seconds. Faster design, faster time-to-market, and faster proposal response time.

[synmatrixtech @synmatrixtech]

A vid teaser featuring our Microstrip filter design GUI. Highly customizable design env, enabling users to control your design parameters. In this clip, a user is calculating Q impact to quickly eval the insertion loss for a Microstrip filter with open-loop coupled resonators.

[synmatrixtech @synmatrixtech]

Join us for an @ANSYS @Synopsys webinar to discover how planar filters are now essential in RF and microwave systems, offering compact, cost-effective, and high-frequency solutions. https://t.co/T1sammp855

[synmatrixtech @synmatrixtech]

Freq-variant coupling is a type of EM coupling in which the magnitude and/or phase of the coupling coeff varies with freq. We will introduce a new coupling matrix that will allow users to introduce transmission zeros within an inline filter topology, without cross-couplings.

[synmatrixtech @synmatrixtech]

Our latest product newsletter! See everyone at #IMS2025 next week in San Fran! https://t.co/XZPiRsMMpV

[synmatrixtech @synmatrixtech]

We are heading to the 2025 IEEE MTT-S International Microwave Symposium (IMS2025) in San Francisco!

Don’t miss this chance to explore the latest innovations, build connections, and meet us in person.

#IMS2025 https://t.co/217slDe2Nn

[synmatrixtech @synmatrixtech]

Master RF filter design and simulation skills with the Ansys virtual workshop on Apr8. Limited virtual seating so register now. We've got some incredible host instructors lined up for 3hrs to transfer some knowledge. Register Now: https://t.co/aQMgdR9oyR

[synmatrixtech @synmatrixtech]

Synmatrix was presented with the 2024 @ANSYS ‘Technology Partner Acceleration’ award. Many thanks to the Ansys team for the opportunity, their support, and the recognition.

The 2025 business outlook looks very bright.

[synmatrixtech @synmatrixtech]

Happy Christmas Eve from the Synmatrix Team! 🎄

During the festive break, we’re often reminded of the most precious gift: time. We hope you take this opportunity to reconnect with family and friends.

Seasons Greetings!

[synmatrixtech @synmatrixtech]

Easy-to-use GUIs. Exhibit A: Low Pass Microstrip filter design.

[synmatrixtech @synmatrixtech]

Microstrip Filter Design, fully optimized in #Ansys #HFSS. Faster, better, easier. #RF #AntennaDesign #RFengineering #RFEngineer #Aerospace

[synmatrixtech @synmatrixtech]

The Synmatrix #SIW substrate-integrated waveguide workflow supports several via shape sizes. The Ansys webinar covered a quick #satcom example. Register now to see the recording: https://t.co/2fXNwxB15L

[synmatrixtech @synmatrixtech]

Webinar Alert: Accelerating Complex 
RF Filter Design With AI-Powered Optimization. Smash the link to register:
https://t.co/ymDVoE1cSf

[synmatrixtech @synmatrixtech]

Introducing #diplexer optimization, including common resonator and T-junction types. Comment if you'd like to learn how this #aerospace app case, fully sim and optimized, was completed in <2days. From syn, 3D geo modeling, to a fully optimized model in #Ansys #HFSS.

[synmatrixtech @synmatrixtech]

@MWJeditor hosted a podcast "Additive Mfg Space #RF Filter Design Flow Automation" with Dr. Laila Salman at @ANSYS. She explores the filter design workflow from design, 3Dmodelling, and optimization to multiphysics analysis and additive mfg.
Listen now: https://t.co/mqkVOUqg4J

[synmatrixtech @synmatrixtech]

@ANSYS (4/4) Here's a hairpin (6th order) design using Synmatrix workflows. Like the former end/edge coupled & 3rd order hairpin examples, leverages integrated (& automated) workflows to easily build parameterized 3D models and run #AI optimized designs in @ANSYS #HFSS

[synmatrixtech @synmatrixtech]

One of the biggest challenges with microstrip filter design is getting a fully optimized 3D geometry in #HFSS. An end coupled design example using Synmatrix workflows. Generate parameterized 3D geometries and utilize fully integrated #AI optimization workflows with HFSS. (1/4)

[synmatrixtech @synmatrixtech]

(3/4) Here's a hairpin (3rd order) design using Synmatrix workflows. Like the former end and edge coupled examples, leverages integrated (& automated) workflows to easily build parameterized 3D models and run #AI optimized designs in @ANSYS #HFSS

[synmatrixtech @synmatrixtech]

#HFSS. (2/4) Here's an edge coupled design result using Synmatrix workflows. Like the former end coupled example, leverages integrated (& automated) workflows to easily build parameterized 3D geos and run #AI optimized designs in @ANSYS #HFSS