Great news and great benchmarks Michael. I think you should pick colours that seperate easier from each other. It was impossible to read some graphs with those colours.
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Radeon DPM Is Fantastic For Power Use, Thermal Performance
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I have a AMD notebook, so this benchmark is very interesting for me. The battery will last more time. :-)
Originally posted by Michael View PostIt comes down to not having a good automated color picking algorithm.
- one line: black
- two lines: black and red
- three lines: black, red and green
- four lines: black, red, green and dark blue
- five lines: black, red, green, dark blue and dark yellow
- six lines: black, red, green, dark blue, dark yellow and light blue
- seven lines: black, red, green, dark blue, dark yellow, light blue and pink
etc
Of course less lines would be the better contrast, but it's just a suggestion.
Obs.: Michael, it would be good if you do some APU benchmarks using DPM
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It would be even better if Michael moved from "server creates base64 image, dumb client displays it" to interactive stuff like on other professional web sites like e.g. net applications or gs.statcounter.com.
I'm not a flash programmer but I'm doing some WebGL stuff (which IE will also support starting with IE11) and if Michael would like I'd help develop the interactive client side in WebGL for free, but this would require quite some changes on the server side too which he's unlikely to be willing to commit to since it's a one man show.
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How much of the client base supports webGL? Is it over 10% yet?
Personally, I would never enable it even if my browser did support it - it's a huge security hole, while also allowing your browser to waste a ton of power mining bitcoins or showing some really shiny ad.
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Originally posted by curaga View PostHow much of the client base supports webGL? Is it over 10% yet?
Personally, I would never enable it even if my browser did support it - it's a huge security hole, while also allowing your browser to waste a ton of power mining bitcoins or showing some really shiny ad.
WebGL had security issues which were fixed including the WebGL specs which led Microsoft to drop the security accusations against WebGL and embrace it. It can waste a ton of power if the programmer is stupid - same is true for any other code in any other language.
Firefox has one more solution for rogue JS scripts (WebGL is powered by JS too): it stops JS from executing on all tabs except the current one.
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Aside from the graph colors, I really enjoyed this article, particularly this bit on page 3:
The margin is quite small for how the Radeon HD 6870 performance was impacted with DPM enabled, plus the performance was already 200+ FPS, so I'm really not too worried. It's possible the performance could be negatively impacted if the Radeon DPM code is too conservative with its frequency scaling and takes too long to ramp up the clock frequencies, but that's hard to tell as there isn't any convenient sysfs/debugfs interface right now for being able to poll the core/memory frequencies in a real-time manner.
Note: the text under the first graph on page 5 only reads "Unvanquished", is that a place-holder you forgot to edit?
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Originally posted by mark45 View PostWebGL support: Chrome, Firefox, Safari, and IE starting with v 11 and Opera is working on it.
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Originally posted by curaga View PostThat doesn't answer the question: browsers X, Y and Z may support it, but the question was about installed base. Are those supporting versions actually being used.
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Actually this benchmark has a quite limited value. I know using one desktop base and just swapping cards was quite fast and convenient, but power management matters for notebook users.
This article answers the 2 questions how new DPM affects 3D performance and what is power usage/temps for near maximum load. What it lacks is answer for "how dpm is affecting battery life" and "how effective it is at downlcocking/disabling parts of gpu when they are not in use" questions.
Good PM code benchmark should report battery time , power consumption histogram and average power consumption under different loads (idle, light desktop usage, playing videos etc) on various AMD GPUs/APUs equipped lappys compared to Catalysts and FOSS driver with DPM disabled.
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