Ansys Partners With OEM SynMatrix

Ansys reports a new original equipment manufacturer partnership with SynMatrix to streamline radio frequency (RF) filter design workflows for wireless communications applications. SynMatrix develops iRF filter design and optimization tools that integrate with HFSS electromagnetic simulation. Available through Ansys, SynMatrix software enables accelerated development, helps reduce project risk, and fosters design exploration of new filter technologies, according to Ansys.

The SynMatrix partnership simplifies workflow and reduces the number of software tools throughout the development cycle, Ansys reports. It automates HFSS (high-frequency structure simulator) integration and artificial intelligence optimization workflows to reduce design time b, enabling more design throughput and exploration. The integration automatically generates parameterized HFSS 3D models of common filter types to deliver predictively accurate simulation results, according to Ansys.

“SynMatrix and Ansys are all about accelerating R&D times in a cost-effective way,” says David Shin, director of Global Business Development at SynMatrix. “Integrating our RF filter design solution into the Ansys portfolio will help our joint customers future-proof their investments through our low-risk approach. The partnership with Ansys ensures accessibility and reliability and empowers innovative design exploration.”

In addition to offering SynMatrix software to industry customers, it is also accessible to students and educators through the Ansys Academic Program and to qualified participants in the Ansys Startup Program.

“We are happy to strengthen our partnership with SynMatrix by offering their world-class filter synthesis software,” says Shane Emswiler, senior vice president of products at Ansys. “The coherence of the SynMatrix-HFSS integration empowers our customers to explore new filter technologies to remain competitive in their rapidly evolving markets.”

Sources: Press materials received from the company and additional information gleaned from the company’s website.