Description |
Advanced Design System (ADS) offers electronic design automation (EDA) software for high-frequency system and circuit design.
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GoldenGate RFIC Simulator provides high capacity circuit simulation technology with EM and system-level simulation for efficient large-scale RFIC design and verification in the Cadence environment.
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IC-CAP (Integrated Circuit Characterization and Analysis Program) provides powerful characterization and analysis capabilities for today's semiconductor device modeling.
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Key Features |
Component and device libraries including pre-configured test set-ups and design libraries for major communications standards.
Linear, non-linear (harmonic balance), transient, time domain (circuit envelope), EM, and synchronous data flow (Agilent Ptolemy) simulators for complete analysis and characterization of designs and systems.
Verilog-A Compiler allows simulation of Verilog-A models with simulation times comparable to built-in models.
Optimization and statistical design to improve design performance and increase manufacturing yield.
Flexible, powerful data display and post-processing for design insight, comparisons, and design documentation.
Software and instrument links supporting physical verification even before all parts of a system have been built.
Physical layout integrated with schematics, fully-integrated design rule checking (DRC), and artwork translators aid the transition to manufacturing.
DesignGuides for easy, complete set-up, simulation, and data display.
Technical Support and online and classroom training for maximum individual and group productivity.
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High capacity frequency-domain and mixed-domain simulation technologies, including harmonic balance, envelope, and convolution simulation.
Design-for-Yield and statistical design with parallel Monte Carlo and Corners capabilities.
Use of real world, standards-based stimuli.
Powerful customizable data display and post-processing.
Accurate EM-based model generation using GG Momentum.
Verilog-A Compiler allows simulation of Verilog-A models with simulation times comparable to built-in models.
Integration with the Cadence design flow and simulation user interface.
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Complete DC and RF parameter extraction for major industry-standard models in an open device modeling software environment.
Model customization to enhance quality and accuracy for specific applications: high speed digital, low power, analog, RF and microwave.
Optimization to create the best fit for the finished models.
Easy-to-use Windows-style user interface.
Flexible data handling.
Open interface to instruments and simulators, with direct links to Advanced Design System.
Unique statistical boundary models for realistic worst-case modeling.
Worldwide training and support.
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