Shift-Left and Accelerate Sustainable Silicon
Baum’s innovative technology enables low-power RTL development in the early stages of the design cycle
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Baum’s Answers to Your Low-Power Design Challenges
I want to monitor and improve actionable power metrics (rather than power value itself) in everyday RTL development cycle.
PowerSpion lets you easily monitor and manage actionable power metrics
PowerSpion uses RTL design and RTL FSDB to compute power efficiency metrics without running computation-expensive power analysis. It also offers a linting feature to check if there is any redundant or misused ICGs in your RTL. Thanks to its fast speed and lightweight nature, PowerSpion enables customers to seamlessly integrate it into their RTL CI/CD pipeline, facilitating daily monitoring of progress in power efficiency metrics.
I want to analyze power consumption of my design when running hundreds of millions of clock cycles of real software workload.
PowerBaum provides the fastest way to model and analyze power using realistic workload
Its accurate and high-performance power model enables users to explore large workloads with a high level of accuracy under various simulation environments. Baum power models integrate into RTL simulations or emulation to achieve orders of magnitude performance improvement compared to competing solutions in the market.
I want to save engineering effort and time needed for running gate-level simulation.
PowerWurzel saves your time with RTL FSDB-based gate-level power analysis
PowerWurzel is Baum’s gate-level simulation engine that understands both RTL and gate-level FSDB. Combining PowerWurzel with PowerBaum creates a powerful and efficient flow to generate extremely fast and accurate power models.
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