Innergy Quarx-IQ AI based
Fully Automated AI Power Model Building with Just Two Inputs
Innergy Quarx-IQ builds statistical power models from just two inputs: DUT activity FSDBs, and DUT cycle-based power data (all major power tool formats are supported)
Power correlated signals are identified from all the signals in the DUT using an AI-based algorithm from the dual inputs to Quarx-IQ.
Model Builder builds actions from these signals using AI-based, patented technology.
Detailed power analysis reports and RTL embeddable power monitors are automatically generated.
Power correlated signals are identified from all the signals in the DUT using an AI-based algorithm from the dual inputs to Quarx-IQ.
Model Builder builds actions from these signals using AI-based, patented technology.
Detailed power analysis reports and RTL embeddable power monitors are automatically generated.
Quarx-IQ Usage Spans All Stages of Design
Quarx-IQ is an extremely versatile tool that has usage in all stages of design and development.
Early architecture exploration: Vary traffic densities, voltage, frequency, and power v/s performance with simple 'turn of the knobs'.
RTL simulation: Forecast power quickly and accurately for long running tests. For example: a long running block or full chip test.
Emulation: Full chip emulation activity file (FSDB/VCD) can be analyzed in a fraction of the time it takes for signoff power solutions.
Software simulation, pre-silicon: Activity trace from an Instruction Set Simulator (ISS) can be fed to the power models for power prediction at system level abstraction.
Software simulation, post-silicon: Use real-time power telemetry from the embedded power monitors to balance power and performance dynamically.
Early architecture exploration: Vary traffic densities, voltage, frequency, and power v/s performance with simple 'turn of the knobs'.
RTL simulation: Forecast power quickly and accurately for long running tests. For example: a long running block or full chip test.
Emulation: Full chip emulation activity file (FSDB/VCD) can be analyzed in a fraction of the time it takes for signoff power solutions.
Software simulation, pre-silicon: Activity trace from an Instruction Set Simulator (ISS) can be fed to the power models for power prediction at system level abstraction.
Software simulation, post-silicon: Use real-time power telemetry from the embedded power monitors to balance power and performance dynamically.
User Experience
Model build process is efficient |
Easy integration with your existing tools |
|
We have made our build process very efficient by requiring few user inputs, and automation.
Typical model build duration is a few hours for a major design block. |
We work with all leading vendors in the EDA world to provide seamless integration into your tool flow.
|
Copyright© 2026 Innergy Systems Inc.