PowerPlay Power Analyzer Support Resources

PowerPlay Power Analysis Resources Power Optimization Resources Related Links

The ever increasing advancement in process technology makes power consumption a major concern with today’s FPGAs. To combat this concern, Altera® FPGA provides PowerPlay power analysis and optimization tools. Power analysis tools accurately estimate the power of your design from the concept stages to implementation. Push-button power optimization technology further assists in reducing power for your design.

For general information on Altera FPGA power optimization tools, see the following:

PowerPlay power analysis and optimization FAQ ›

For resources on PowerPlay power analysis, see the following:

PowerPlay power analysis documentation
PowerPlay power analysis training and demonstrations

For resources on PowerPlay power optimization, see the following:

PowerPlay power optimization documentation
PowerPlay power optimization training and demonstrations

For resources on PowerPlay early power estimator and device power management, see the following:

PowerPlay early power estimator tools and device power management ›

To search for known power issues and technical support solutions, use Altera FPGA’s knowledge database. You can also visit the Community to share ideas and discuss technical issues with other Altera FPGA users.

For further technical support, use mySupport to create, view, and update service requests.

PowerPlay Power Analysis Resources

Table 1 provides information on available documentation on PowerPlay power analysis.

Table 1. PowerPlay Power Analysis Documentation

Title	Description
PowerPlay power analysis - Pro Edition	This Quartus Prime Pro handbook chapter describes PowerPlay power analysis tools, which provide improved power consumption accuracy and the ability to estimate power consumption from early design concept through implementation.
PowerPlay power analysis - Standard Edition	This Quartus Prime Standard handbook chapter describes PowerPlay power analysis tools, which provide improved power consumption accuracy and the ability to estimate power consumption from early design concept through implementation.

Table 2 provides links to available training and demonstrations on PowerPlay power analysis.

Table 2. PowerPlay Power Analysis Training and Demonstrations

Title	Description
Power analysis and optimization (Online Course)	This training will give you the knowledge and tools you need to perform estimates of power usage using the Quartus® software

Title

Description

Power analysis and optimization

(Online Course)

This training will give you the knowledge and tools you need to perform estimates of power usage using the Quartus® software

Power Optimization Resources

Table 3 provides links to available documentation on PowerPlay power optimization.

Table 3. PowerPlay Power Optimization Documentation

Title	Description
PowerPlay power optimization - Pro Edition	This Quartus Prime Pro handbook chapter describes in detail the power-driven compilation feature and flow. It also describes low power design techniques that can further reduce power consumption in your design.
PowerPlay power optimization - Standard Edition	This Quartus Prime Standard handbook chapter describes in detail the power-driven compilation feature and flow. It also describes low power design techniques that can further reduce power consumption in your design.

Table 4 provides information on available training and demonstrations on power analysis and optimization.

Table 4. PowerPlay Power Analysis and Optimization Training and Demonstrations

Title	Description
Power analysis and optimization (Online Course)	This training will give you the knowledge and tools you need to perform estimates of power usage using the Quartus software

Title

Description

Power analysis and optimization

(Online Course)

This training will give you the knowledge and tools you need to perform estimates of power usage using the Quartus software

High-Performance

Mid-Range

Power and Cost-Optimized

AI Development Tools

FPGA Design & Simulation Tools

Embedded Design Tools & Software

IP Development Tools

High-Performance

Mid-Range

Power and Cost-Optimized

Interfaces

Memory Controllers

Digital Signal Processing & AI

Soft Embedded Processors

Transceivers & Basic Functions

FPGA Development Tools

Embedded Tools

Add-On Development Tools

Design Hubs

Developer Centers

Training

FPGA Developer Site

Design Store

All FPGA Documentation

PowerPlay Power Analyzer Support Resources

PowerPlay Power Analysis Resources

Table 1. PowerPlay Power Analysis Documentation

Table 2. PowerPlay Power Analysis Training and Demonstrations

Power Optimization Resources

Table 3. PowerPlay Power Optimization Documentation

Table 4. PowerPlay Power Analysis and Optimization Training and Demonstrations

Products

High-Performance

Mid-Range

Power and Cost-Optimized

AI Development Tools

FPGA Design & Simulation Tools

Embedded Design Tools & Software

IP Development Tools

High-Performance

Mid-Range

Power and Cost-Optimized

Interfaces

Memory Controllers

Digital Signal Processing & AI

Soft Embedded Processors

Transceivers & Basic Functions

Solutions

Design

FPGA Development Tools

Embedded Tools

Add-On Development Tools

Design Hubs

Developer Centers

Training

FPGA Developer Site

Design Store

All FPGA Documentation

Support

About

Contact Us

PowerPlay Power Analyzer Support Resources

PowerPlay Power Analysis Resources

Table 1. PowerPlay Power Analysis Documentation

Table 2. PowerPlay Power Analysis Training and Demonstrations

Power Optimization Resources

Table 3. PowerPlay Power Optimization Documentation

Table 4. PowerPlay Power Analysis and Optimization Training and Demonstrations