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Genesys RF and Microwave Design Software

Agilent Genesys is an affordable, accurate, easy-to-use RF and microwave simulation software created for the circuit board and subsystem designer. As a proven safe investment with an installed base of over 5,000 satisfied designers, Genesys literally pays for itself within the first year of deployment by eliminating wasteful hardware iterations through automated circuit synthesis and accurate design.

Key Benefits of Genesys

  • Industry’s widest coverage of automated RF & microwave filter, matching and circuit synthesis
  • RF system analysis and frequency planning with interactive root-cause problem identification
  • Linear and nonlinear RF circuit simulators with optimization and statistical analysis for high-performance and high-yield designs
  • 3D-planar EM simulator for analyzing printed circuit board and antenna layout to reduce board turns
  • 3X more affordable than competitive products that offer less capablity

Learn about Genesys 

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Genesys Brochure and Configuration Guide
12-page Genesys color brochure and configuration guide. Provides information to help with purchasing decisions and justifications.

Brochure 2012-04-24

PDF PDF 1.71 MB
Genesys Platform Operating System Roadmap
Agilent EEsof EDA Genesys RF and Microwave Design Software platform support roadmap.

Selection Guide 2012-01-11

PDF PDF 85 KB
Agilent EEsof EDA Premier Communications Design Software
Agilent EEsof EDA premier communications design software product overview brochure.

Brochure 2011-08-03

PDF PDF 1.92 MB
Discovering Genesys
A collection of Agilent EEsof EDA Genesys video demonstrations and tutorials

Demo 2011-05-05

Agilent's Latest RF/Microwave Design Genesys Software Features Breakthrough X-Parameters Technology

Press Materials 2010-05-17

Agilent EEsof EDA Documentation
Agilent EEsof EDA Product Documentation.

Reference Guide 2009-06-16

Technical Support Documents & Examples
A database of technical support documents, solutions, and examples written by support engineers.

Reference Guide 2009-02-10

Large-Signal LDMOS Model Simulation Using Agilent Genesys
This application note guides the user through simulation of DC IV, S-parameters and swept power data of an LDMOS transistor (NEC NE5511279A) using Agilent Genesys software.

Application Note 2008-08-21

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Agilent EEsof EDA Customer Support Brochure

Brochure 2005-02-01

PDF PDF 397 KB
Two-stage LNA for 5-6 GHz Applications using SiGe BFP640 transistor
This Application Note presents A low-cost, two-stage, low noise amplifier for 5 GHz to 6 GHz applications using the silicon-germanium BFP640 transistor.

Application Note 2003-11-01

PDF PDF 1.26 MB
Designing w/The HMC414MS8G PA Utilizing Low Cost Laminated Printed Circuit Board
This Application Note presents Hittite power amplifier (HMC414MS8G PA) design utilizing a low cost laminated printed circuit board.

Application Note 2003-02-05

PDF PDF 893 KB
Simulating a Discrete GaAs FET Power Amplifier
This Article by Lance Lascari (Microwave Data Systems) describes an experiment to avoid the empirical approach by using a new source of device models.

Article 2003-02-01

PDF PDF 541 KB
Transforms Aid the Design of Practical Filters
This Article by Randall W. Rhea describes how to use transforms to improve filter realizability.

Article 2001-12-01

PDF PDF 1.02 MB
Exploiting Filter Symmetry
This Article by Randall W. Rhea explains exploiting filter symmetry in detail.

Article 2001-03-01

PDF PDF 210 KB
Transmission Zeros in Filter Design
An Article on Transmission Zeros in Filter Design by Randall W. Rhea.

Article 2001-01-01

PDF PDF 217 KB
Filters and an Oscillator using a New Solenoid Model
This Article by Randall W. Rhea (Eagleware Corportation) illustrates the usefulness of the new solenoid model.

Article 2000-11-01

PDF PDF 774 KB
High-Q Resonators on FR4
This Article by Randy Rhea (Eagleware Corporation) presents a design idea explaining how to build microstrip resonators with unloaded Q over 400 on FR4.

Article 1999-10-01

PDF PDF 160 KB
Overview on Designing a Low-Noise VCO on FR4
This Article by Randall W. Rhea presents details of using a CAD program, to design a cost-effective voltage controlled oscillator using inexpensive PWB materials.

Article 1999-09-01

PDF PDF 338 KB

 

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