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Our RF design software helps engineers design, simulate, and validate the behavior of complex high-performance RF, microwave, and millimeter-wave devices in next generation wireless communication and defense systems. Designers of high-frequency components, circuits, and systems must adopt a new generation of design strategies and tools to meet demanding specifications for performance and reliability while optimizing size, weight, power and cost.

Ansoft technology delivers transistor-level detail for complex, highly nonlinear circuits and 3D full-wave accuracy for components to enable modern RF/mW design. By leveraging advanced electromagnetic-field simulators dynamically linked to powerful harmonic-balance and transient circuit simulation, Ansoft software breaks the cycle of repeated design iterations and lengthy physical prototyping. With Ansoft, engineering teams consistently achieve best-in-class design in a broad range of applications including antennas, phased arrays, passive RF/mW components, integrated multi-chip modules, advanced packaging, and RF PCBs.

View the Design Flow

Nexxim®
Transient and Harmonic-balance circuit simulation

Ansoft Designer®
Integrated schematic and design management for RF/analog mixed-signal applications

HFSS
3D full-wave solver
Full-Wave SPICE
High-frequency SPICE Models

ePhysics
3D Thermal and Stress Solver

Q3D Extractor®
3D quasi-static solver

Optimetrics
Parametric optimization

Distributed Analysis
Distributed parametric computation

AnsoftLinks
EDA/MCAD import

 
White Papers
RFID Radio Circuit Design in CMOS
60 GHz Transceiver IC Design Using High-Mobility .15-micron GaAs Process - Taiyo Yuden
RFIC Design White Paper - 0.13um RF CMOS Solution
 
Most Recent
Left-Handed Metamaterial Design Guide
Analysis of MRI Systems Including a Human-Body Model - Philips Medical Systems, Ansoft
Pattern Synthesis, Aperture Design, and Radome Interaction for Complex Antenna Systems
Modeling Infrared Antennas And Frequency Selective Surfaces
Enabling 60GHz MMIC Design - Taiyo Yuden
Optimizing The Design Of 77Ghz LNAs - UMS
ETRI_60GHz_SoP_design
EMC And Thin Internal Planar Antennas For Mobile Device - NSYSU
60GHz Down Converting CMOS Current Mode Mixer-NCTU Lab.307 - NCTU Lab
 
Most Popular
Antenna and Microwave Component Design - Raytheon
Ku Band Duplexer Simulation - Qualcomm
A Methodology for the Accurate Simulation of Plastic Effects within Packaged Microwave Devices - Peter Aaen, Freescale Semiconductor
Using HFSS forDesigning LTCC Structures - TDK Electronics
UHF Handset Monopole Antenna Designed for SAR Compliance - Motorola
Broadband Patch Antenna - Ericsson
Radar System Design
Highly Efficient Design of Microwave Circuits Using Coupled EM-Circuit Analysis
High-Performance Ultra-Wideband Planar Antenna Design - Dept. of Electrical Eng. Nat'l. Sun Yat-Sen Univ. Daohsiung, Taiwan
High Performance LTCC Design
High Performance RF Connector Design - SEMCO
Design and Analysis of Radio Frequency systems for Cyclotrons
Use of HFSS as integral part of efficient design environment for waveguide components - Nera Networks
Temperature Stable Design of Microwave Circulators - Anaren
Using Ansoft HFSS and ePhysics to design a 2.2 GHz, 200 Watt Shorting Switch - David Weinstein, Amphenol RF
 
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