ANSYS PowerArtist Getting Started

Overview

This course teaches the essential skills you will need to start performing RTL Power Analysis, Reduction and Profiling on your own using Ansys PowerArtist.

The course is designed for the Lecture to be used along with the Workshop. The user is encouraged to follow along the Lecture with a live PowerArtist session. The training enables an accelerated ramping up on the PowerArtist product and features using both its commands and Graphical User Interface.

Ansys PowerArtist is the comprehensive design-for-power platform of choice of all leading low-power semiconductor design companies for early RTL power analysis and reduction. PowerArtist enables you to perform physical-aware RTL power budgeting, interactive debugging, analysis-driven reduction, efficiency regressions and profiling of live applications, while also enabling a seamless RTL-to-physical methodology for power grid integrity.

Power efficiency is paramount in semiconductor design. RTL designers working on a variety of applications, from mobile and CPUs to networking and automotive ICs, use Ansys PowerArtist to analyze and reduce power early in the development cycle for the highest impact. Compared to traditional gate-level methodologies, PowerArtist provides rapid turnaround on multimillion instance designs, and enables early power-related design decisions. In order for these early design decisions to be reliable, PACE (PowerArtist Calibration and Estimation) technology delivers consistent RTL power accuracy and identifies reduction opportunities through unique modeling of physical implementation, including clock tree and mesh networks, wire capacitance and glitch.

PowerArtist automatically identifies block and instance-level sequential and combinational power reduction opportunities across clock network, data path and memory architectures to meet aggressive power targets. Using a powerful interactive graphical debug environment, RTL designers (especially those new to power) can easily and efficiently debug power hotspots. PowerArtist’s clock gating and power efficiency metrics and TCL interface for custom queries enable rigorous tracking of power through regression methodologies.

PowerArtist provides industry’s fastest power profiling capability, which can analyze activity of live applications comprising tens of milliseconds within hours — several orders of magnitude faster than traditional approaches. In addition, PowerArtist’s activity streaming and critical-signal interfaces with emulators cut the time to power by an order of magnitude. Quickly isolating a power-critical subset from millions of RTL cycles of activity, PowerArtist generates a unique RTL Power Model that interfaces with Ansys RedHawk and delivers a seamless RTL-to-physical power methodology for early power delivery network planning and sign-off.

PowerArtist™ is a complete RTL design-for-power platform with fully-integrated advanced analysis and automatic reduction capabilities.

PowerArtist is the industry-leading comprehensive register-transfer-level (RTL) design-for-power platform to analyze, debug and reduce power early in the RTL stage for maximizing power savings.

Learning Outcome

  • Users will learn how to achieve early RTL power analysis using PowerArtist as well as power profiling. It will also allow users to find power wastage and having a regression based power methodology at RTL.

Prerequisites

Basic understanding of RTL design and power is recommended.

Target Audience: RTL Designers, Power Methodology Engineers, Front-end Verification Engineers.

Teaching Method: Lectures and computer practical sessions to validate acquired knowledge. A major emphasis is placed on teaching along with workshop.

Learning Options: Training materials for this course are available with an Ansys Learning Hub Subscription. If there is no active public schedule available, private training can be arranged. Please contact us.

 

Agenda SUBSCRIBE TODAY   BUY SUBSCRIPTION Message

Agenda :

This is a 1-day classroom course covering both lectures and workshops. For virtual training, this course is covered over 2x2 hour sessions lecture only.

Virtual Classroom Session 1 / Live Classroom Day 1

  • Module 01: Design Import and Activity/Power Profiling

    • Basics of Power Calculation

    • PowerArtist Overview

    • Inputs and Outputs

    • Different Stages

    • Importing RTL / Elaborate

    • Generating Design Activity Waveforms

    • Generating Time-based Power Profile

    • Workshop 1

    • Workshop 2


  • Module 02 – Average and Time-Based Power Analysis Flow

    • Overview of Power Analysis Flow

    • Processing Design Activity to Generate GAF (Global Activity Format)

    • Modeling of Physical Effects at RTL Using PACE models

    • Performing Average Power Analysis

    • Different Physical Modelling Aspects

    • Generating Power Reports

    • Performing Time-Based Power Analysis


Virtual Classroom Session 2 / Live Classroom Day 1

  • Module 03: Interactive Power Debug using PowerArtist

    • Understanding RTL Power Debug

    • Using Power Efficiency Metrics for Debug

    • Interactive Power Debug using GUI

    • Using Block Activity Ranking for Data/Clock/Power Gating

    • Generating Custom Reports using Tcl Interface to Power Database

    • Workshop 3


  • Module 04: RTL Power Reduction and Regressions

    • Power Reduction Flow

    • Using Clock Gating Efficiency metrics and report

    • Overview of Power Reduction Techniques: Clock, Memory, Datapath

    • Monitoring Power using Regressions

    • Workshop 4

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