white paper

Catapult for a Power Optimized ESL Hardware Realization Flow

Catapult for a Power Optimized ESL Hardware Realization Flow

This paper describes, in general, the Catapult® flow for exploring low-power architectures, and it discusses in detail the low-power optimization results achieved using the Catapult Low-Power design flow. The case study was conducted using real customer designs. Designs were synthesized using Catapult with and without low-power optimizations turned on. With low-power optimizations on, Catapult uses Siemens EDA's PowerPro® technology under the hood for implementing RTL power optimization techniques and for estimating a design’s power usage.

Share

Related resources

How a Family-Run Metal Business Transformed its Production Scheduling
Blog Post

How a Family-Run Metal Business Transformed its Production Scheduling

When Metal Design started looking for ways to handle their growing production demands, they found an unexpected solution that changed everything.

Cutting waste and supporting just-in-time operations to improve productivity by more than 10 percent
Case Study

Cutting waste and supporting just-in-time operations to improve productivity by more than 10 percent

Scanfil uses Opcenter to enhance traceability, quality control and time-to-market

Chemical industry manufacturing software overview
Video

Chemical industry manufacturing software overview

Chemical industry manufacturing software to optimize performance and reduce costs. Learn more from Siemens.