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Questa ADMS Mixed-Signal Simulation
Questa ADMS Mixed-Signal Simulation
Questa ADMS works exclusively with Eldo to extend the Questa Verification Platform to analog and mixed-signal, providing a comprehensive environment for verifying complex AMS SoCs. The tool combines multiple high-performance simulation engines to support circuits containing analog IP while accommodating all major hardware description languages.
Questa ADMS supports both event-driven and continuous time AMS verification models, enabling engineers to choose the optimal simulation mode for speed or accuracy depending on design requirements, from fast RTL simulation to high-accuracy SPICE-level analysis.
Key Questa ADMS Solutions:
- Event-driven AMS verification models
- Continuous time AMS models
- SystemVerilog/UVM with AMS extensions
- Co-simulation between RTL and SPICE
- SVA applied to analog signals
- EZwave waveform display
- Corner analysis with digital signals
- Familiar Questa debug environment
Flexible Mixed-Signal Verification
Provides event-driven verification models for fastest simulation and continuous time AMS models for high-accuracy analog applications, plus co-simulation between digital RTL and analog SPICE designs.
- Event-driven models for fastest simulation
- Continuous time models for high-accuracy analog
- Co-simulation between RTL and SPICE
- Supports all major HDL and exchange standards
Digital Verification for AMS
Leverages SystemVerilog and UVM with mixed-signal extensions for functional verification handling analog signals, enabling use of SVA applied to analog signals within the familiar Questa debugging environment.
- SystemVerilog and UVM with mixed-signal extensions
- SVA applied to analog signals
- Fast event-driven and real number modeling
- Familiar Questa debugging environment
Analog Design and Verification for AMS
Supports analog testbenches for mixed-signal designs with corner analysis in the presence of digital signals, EZwave waveform display functionality, and visual debugging of current contributions.
- Analog testbenches for mixed-signal designs
- Corner analysis with digital signal presence
- EZwave waveform display and analysis
- Visual debugging of current contributions
