A feature-packed design and analysis platform for complex RF filter design engineering. Support for bandpass, band stop, low pass, di/triplexers, and multi-band filters
Automatic 3D modelling geometries in Ansys HFSS. Single resonator analysis, adjacent and I/O coupling analysis, and customized full 3D modelling.
AI optimization and space mapping system with Ansys HFSS run time automation.
Real-time tuning with full VNA control. Complete test and measurement user workflow from a single, easy-to-use GUI.
A workflow system to help manufacturers manage projects, assign orders, and maintain quality with tuning data traceability.
Radar (24GHz - 77GHz)
Satellite filters (2GHz - 40GHz)
Microwave link filters (5GHz - 38GHz)
(1GHz to 100+GHz)
(GSM, UMTSS, LTE, 5G)
(1GHz to 40GHz)
Currently we support integration with several network analyzer vendors including Keysight, Rohde & Schwarz, and Copper Mountain.
Use Ansys HFSS integration workflows to help automate your 3D geometry designs and rapidly optimize your RF filters.
Highly customizable user interface design that is fully parameterized in HFSS. Future proof your designs by investing in a tool that is not just template-based workflows that can limit design capabilities.
Backed by a proven team of RF engineers, mathmaticians and software application developers specialized in RF filter design and optimization.
An R&D roadmap committed to building and strengthening capabilities and workflows with other 3rd party hardware and software vendors.
Demonstrative history of rapid innovation. We are committed to additional R&D investment to support more structures, new applications and additional package technologies.
One of the most comprehensive synthesis workflows and capabilities in one, easy-to-use platform. Multi-band, bandstop, di/triplexer support and thousands of topology designs to choose from.
Save hours of engineering labour with automatic 3D geometry, EM simulation and AI optimization workflows that is fully integrated with Ansys HFSS.
One of the most comprehensive optimization systems for RF filters. Includes CAT, AI optimization, space mapping and customized optimization workflows for more advanced design requirements.
A field-proven solution used in RF filter production facilities today with demonstrative capabilities for a variety of filter design complexities
A product roadmap and vision that considers the entire life cycle of an RF filter, from comprehensive design and optimization, to diagnostic analysis and manufacturing-aided tools customized for RF filters.
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