Presentation
Powerdash: A Comprehensive Framework for SOC Power Analysis and Tracking
DescriptionPowerdash is an innovative push-button framework designed to serve as a holistic solution for System-on-Chip (SOC) power analyses. This framework offers a range of capabilities that enable SOC designers to efficiently analyze and manage power-related data.
Powerdash excels in delivering ultra-low latency parsing tools that can effectively interpret Joules and Voltus power reports. It automates the process of collecting this data and seamlessly integrates it into a centralized Oracle database. Furthermore, it provides an intuitive visualization feature, enabling users to present power data in the form of informative charts via the Spotfire Dashboard.
Currently, Powerdash supports essential functionalities, including Library PPA Analysis and Usecase power tracking across multiple compile cycles and Process-Voltage-Temperature (PVT) scenarios. This paper discusses the framework's features, benefits, and its contribution to streamlining SOC power analysis processes, making it a valuable asset for SOC designers and engineers.
Powerdash excels in delivering ultra-low latency parsing tools that can effectively interpret Joules and Voltus power reports. It automates the process of collecting this data and seamlessly integrates it into a centralized Oracle database. Furthermore, it provides an intuitive visualization feature, enabling users to present power data in the form of informative charts via the Spotfire Dashboard.
Currently, Powerdash supports essential functionalities, including Library PPA Analysis and Usecase power tracking across multiple compile cycles and Process-Voltage-Temperature (PVT) scenarios. This paper discusses the framework's features, benefits, and its contribution to streamlining SOC power analysis processes, making it a valuable asset for SOC designers and engineers.
Event Type
Engineering Track Poster
TimeTuesday, June 255:00pm - 5:01pm PDT
LocationLevel 2 Exhibit Hall
Back-End Design
Embedded Systems
Front-End Design
IP