AR# 61980

Zynq-7000 SoC - Which Low Power or Power Optimization techniques are available for Zynq-7000?

描述

Which Low Power or Power Optimization techniques are available for Zynq-7000?

解决方案

Zynq Power Management

Provides an overview of power management features and frameworks used in Zynq Linux solutions.

 

Zynq-7000 SoC Low Power Techniques part 1 - Installing and Running the Power Demo Tech Tip

A Demo which graphically shows CPU utilization and power consumption based on user input of PS and PL frequencies and loads.

 

Zynq-7000 SoC Low Power Techniques part 2 - Measuring ZC702 Power using TI Fusion Power Designer Tech Tip

Describes how to measure power on the ZC702 development platform using the TI Fusion Power Designer.

 

Zynq-7000 SoC Low Power Techniques part 3 - Measuring ZC702 Power with a Standalone Application Tech Tip

Describes how a bare-metal application can measure power via I2C and the TI power modules located on the ZC702 development platform.

 

Zynq-7000 SoC Low Power Techniques part 4 - Measuring ZC702 Power with a Linux Application Tech Tip

Describes how a Linux application can measure power via I2C and the TI power modules located on the ZC702 development platform.

 

Zynq-7000 SoC Low Power Techniques part 5 - Linux Application Control of Processing System - Frequency Scaling & More Tech Tip

Describes how a Linux application can change processor frequency, enter an idle state, and enter a suspend state.

Zynq-7000 SoC Low Power Techniques part 6 - Linux Application Control of Programmable Logic Frequency & More Tech Tip

Describes how a Linux application can communicate with Programmable Logic and thereby control PL clocking frequency, clock gating and PL device activity.

 

Zynq-7000 SoC Low Power Techniques part 7 - Ubuntu Application Control of Processing System - Frequency Scaling & More Tech Tip

Within the Ubuntu environment, users can run supplied applications, or can create and run their own applications to understand how the applications may impact power consumption.

AR# 61980
日期 05/25/2018
状态 Active
Type 综合文章
器件