Resonant, a provider of radio frequency (RF) filter solutions developed on a robust intellectual property platform, designed to connect people and things has introduced WaveX™, Resonant’s upgraded finite element modeling (FEM) software platform used for designing RF filters. WaveX is the upgraded version of Resonant’s legacy Infinite Synthesized Networks (ISN) design software. The new platform delivers full 3D finite element modeling simulation capability to design RF filters and leverages a hybrid multi-cloud, large-memory GPU-powered implementation.
“By leveraging our suite of software design tools, Resonant takes an innovative approach to RF filter design that results in superior performance, cost savings, and significantly faster time to market,” said George B. Holmes, Chairman, and CEO of Resonant. “With WaveX, we can accurately simulate the performance of our XBAR technology and port designs across multiple foundries. Using WaveX, we can effectively identify causes of spurs, optimize isolation, minimize insertion loss, manage bandwidth and center frequency, which are a few of the critical requirements for high-performance 5G, Wi-Fi, and Ultra-wideband (UWB) filters.
“WaveX demonstrates the superiority of our XBAR technology to natively meet the demands of the 5G spectrum. Compared to the limited general-purpose offerings from other filter design tools in the market, WaveX is designed to enable a dramatic improvement to designer workflow efficiency and scalability, as well as exceptional accuracy and precision. Coupled with the on-demand cost optimization of the cloud implementation, we are providing filter designers with an unmatched solution to fulfill the promise of next-generation wireless networks.”
Resonant creates designs for difficult RF frequency bands and modules that meet challenging and complex 5G, Wi-Fi, and UWB RF front-end requirements. Using WaveX, Resonant’s designs have the potential to be developed in half the time and manufactured at a lower cost than traditional approaches. WaveX is a suite of proprietary algorithms, software design tools, and network synthesis techniques that enables Resonant to explore a much larger set of possible design solutions.
Resonant delivers rapid design simulations to its customers, which they manufacture in their captive fabs or have manufactured by one of Resonant’s foundry partners. These improved solutions still use Surface Acoustic Wave (SAW) or Temperature Compensated Surface Acoustic Wave (TC-SAW) technologies with the performance of higher cost manufacturing methods like Bulk Acoustic Wave (BAW).
Resonant's WaveX delivers excellent predictability, enabling the achievement of the desired product performance in roughly half as many turns through the fab. In addition, Resonant's simulations model fundamental material and structure properties, which makes integration with foundry and fab customers much more intuitive, because they speak the "fab language" of basic material properties and dimensions.
Click here to learn more about Resonant's WaveX RF Design Software.
Click here to learn more about BAW filters.
Click here to learn more about XBAR Technology.