STM32MP1 Browser Performance: Difference between revisions
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== Tasks of the GPU == | == Tasks of the GPU == | ||
== Performance tests with HMI Demo == | == Performance Tests == | ||
=== Performance tests with HMI Demo === | |||
== Sample Webapplication with "Infragistics Ignite UI"== | === Sample Webapplication with "Infragistics Ignite UI"=== | ||
[[File:Infragistics.png |thumb]] | [[File:Infragistics.png |thumb]] | ||
== QOpenGLWidget Example == | === QOpenGLWidget Example === | ||
=== with GPU === | ==== with GPU ==== | ||
=== no GPU === | ==== no GPU ==== | ||
== Webgl example (aquarium) == | === Webgl example (aquarium) === | ||
== Functional GPU testing == | == Functional GPU testing == | ||
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== Brief summary == | == Brief summary == | ||
* Webapplications must be optimized for particular embedded system resp. SOC | |||
* Comprehensive analysis and profiling tools are available | |||
* Thus, appealing web pages on embedded systems should be possible | |||
* … where also the “responsiveness" is given | |||
Revision as of 09:59, 1 June 2021
Tasks of the GPU
Performance Tests
Performance tests with HMI Demo
Sample Webapplication with "Infragistics Ignite UI"
QOpenGLWidget Example
with GPU
no GPU
Webgl example (aquarium)
Functional GPU testing
Some Toughts about Javascript performance
Profiling with Chromium
Brief summary
- Webapplications must be optimized for particular embedded system resp. SOC
- Comprehensive analysis and profiling tools are available
- Thus, appealing web pages on embedded systems should be possible
- … where also the “responsiveness" is given
