DesignerRF™ is the ideal product suite for the design of RFIC's, MMIC's, wireless transmission, System-on-Chip (SoC) and other RF and microwave devices. Using DesignerRF engineers can integrate rigorous electromagnetic analysis with system and circuit simulation in a comprehensive, easy to use design platform. The Solver on Demand® technology in DesignerRF allows users to drive electromagnetic simulators (HFSS™, PlanarEM™) and circuit simulation tools (Nexxim® and Synopsys HSPICE®) directly from its layout based interface. DesignerRF with Solver on Demand technology delivers the unprecedented accuracy and design flow automation needed to shorten the design cycle and deliver optimized products to market.

DesignerRF Product Suites

• DesignerRF™ this full featured product suite includes integrated schematic capture and layout tools, PlanarEM solver, RF System tool, numerous design utilities, the Nexxim frequency domain circuit simulation (linear and non-linear) and a design management front-end for the Ansoft best-in-class electromagnetic field simulation technologies HFSS™, Q3D Extractor®, and SIwave™.

• DesignerRF™ Circuit is targeted for engineers specifically interested in RF circuit simulation. The option includes integrated schematic capture and layout, RF System tool, the Nexxim frequency domain circuit simulation (linear and non-linear) and design management functionality.

• DesignerRF™ Planar EM includes a full-wave 3D planar electromagnetic field solver (based on Method of Moments), linear and DC circuit simulation and design management tool.

* RF Transient can be added to any of the above product suites for the simulation of transient startup effects
* HFSS, Q3D Extractor, and SIwave purchased separately

New in DesignerRF 6.0

• HFSS Solver on Demand
• Synopsys HSPICE Solver on Demand
• Network Data Explorer for fast analysis of S/Y/Z parameters
• Enhanced ECAD Integration to Cadence APD/SiP, and Allegro
  • Wirebonds, stacked die, cavities, etc.
• Statistical IBIS-AMI
• Patent Pending Macro-modeling solution for S-parameters
• ODB++ Import