Innergy’s Solution builds fast power models of your design earlier in your
design cycle (‘Shift-left’)
design cycle (‘Shift-left’)
Avoid late stage power issues, saving precious TTM and R&D costs
Quick ‘What-if’ system level power exploration
Simultaneously reduce power and increase performance of your design
Quick ‘What-if’ system level power exploration
Simultaneously reduce power and increase performance of your design
How does it work:
Innergy’s solution integrates with your flow very easily. It combines two activities within one platform:
Power Analysis for quick debug, and Power Analytics for models based power exploration with fast replay and predictive analytics
Power Analysis Flow:
Innergy’s solution integrates with your flow very easily. It combines two activities within one platform:
Power Analysis for quick debug, and Power Analytics for models based power exploration with fast replay and predictive analytics
Power Analysis Flow:
Innergy’s solution works with all simulators from the leading EDA vendors, and technology libraries in Liberty format
Power Analytics Flow:
The Power Models that are generated from the Innergy Power Analysis Platform are versatile – they can be simulated in any environment of your choice: Simulation, Emulation or Software Development Environment (SDE). They allow users to perform fast ‘what-if’ exploration using predictive analytics provided by the Power Models.
The Power Models that are generated from the Innergy Power Analysis Platform are versatile – they can be simulated in any environment of your choice: Simulation, Emulation or Software Development Environment (SDE). They allow users to perform fast ‘what-if’ exploration using predictive analytics provided by the Power Models.
Limitations of Existing Power Flows:
Innergy’s solution is comprehensive: It includes Power Analysis for
Power Debug, and Predictive Analytics for Fast ‘What-If’ Power Exploration
using power models generated from the tool.
Power Debug, and Predictive Analytics for Fast ‘What-If’ Power Exploration
using power models generated from the tool.