F5F Stay Refreshed Power Users Overclocking Assist with fixing the EVGA 980 Ti Hybrid

Assist with fixing the EVGA 980 Ti Hybrid

Assist with fixing the EVGA 980 Ti Hybrid

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WSWdog
Member
65
09-03-2016, 09:56 AM
#1
I've been working on customizing my 980 ti hybrid for the last 24 hours without getting the desired outcomes. The best result so far is a +100 on core clock and +400 on memory. Is this typical or does my GPU seem to be struggling? Temperatures stayed under 74°C thanks to my custom fan settings.
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WSWdog
09-03-2016, 09:56 AM #1

I've been working on customizing my 980 ti hybrid for the last 24 hours without getting the desired outcomes. The best result so far is a +100 on core clock and +400 on memory. Is this typical or does my GPU seem to be struggling? Temperatures stayed under 74°C thanks to my custom fan settings.

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MichelCombo
Junior Member
31
09-22-2016, 05:15 PM
#2
I believe 3dmark offers the most effective tests to push GPU limits, and fire strike works well. You should not directly compare your overclocking results with others because the 980ti models differ in boost clock speeds. When you increase overclock, using a tool like GPU-Z (with the sensors tab) can help monitor the exact boost clock under stress. Varying the voltage can affect the boost clock—starting at the default setting (+0mv on the slider) or trying 1.175v in GPU-Z might help. Small adjustments to the voltage slider can improve core clock performance, but excessive changes may reduce it. My 980ti Msi is already reaching 1300mhz without adjusting the core clock slider. Core clock improves when temperatures stay below the initial throttling threshold (around 70°C), which can cause a significant drop.
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MichelCombo
09-22-2016, 05:15 PM #2

I believe 3dmark offers the most effective tests to push GPU limits, and fire strike works well. You should not directly compare your overclocking results with others because the 980ti models differ in boost clock speeds. When you increase overclock, using a tool like GPU-Z (with the sensors tab) can help monitor the exact boost clock under stress. Varying the voltage can affect the boost clock—starting at the default setting (+0mv on the slider) or trying 1.175v in GPU-Z might help. Small adjustments to the voltage slider can improve core clock performance, but excessive changes may reduce it. My 980ti Msi is already reaching 1300mhz without adjusting the core clock slider. Core clock improves when temperatures stay below the initial throttling threshold (around 70°C), which can cause a significant drop.

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krokodil29
Junior Member
4
10-09-2016, 11:38 AM
#3
I have an aircooled 980ti and the Hybrid is supposed to be powerful. I added +105 core and +200 Memory. When gaming in a 75°C room, I reached 24°C, so my overclock is quite gentle. Have you cleaned the radiator from dust? Have you considered reapplying the thermal paste?
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krokodil29
10-09-2016, 11:38 AM #3

I have an aircooled 980ti and the Hybrid is supposed to be powerful. I added +105 core and +200 Memory. When gaming in a 75°C room, I reached 24°C, so my overclock is quite gentle. Have you cleaned the radiator from dust? Have you considered reapplying the thermal paste?

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ECEZ
Junior Member
13
10-11-2016, 10:29 AM
#4
I'm using an MSI 980ti and currently reaching 1400mhz on the core. It was stable at 1500mhz with overvoltage and maximum power, but temperatures were near 80°C under load. I reduced the overvoltage and boost clock back to 1400mhz. I'll attempt again after applying a liquid metal or thermal grizzly kryonaut.
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ECEZ
10-11-2016, 10:29 AM #4

I'm using an MSI 980ti and currently reaching 1400mhz on the core. It was stable at 1500mhz with overvoltage and maximum power, but temperatures were near 80°C under load. I reduced the overvoltage and boost clock back to 1400mhz. I'll attempt again after applying a liquid metal or thermal grizzly kryonaut.

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RAINBOWSkylex
Member
170
10-11-2016, 06:33 PM
#5
I don't have specific details on the software used for this purpose.
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RAINBOWSkylex
10-11-2016, 06:33 PM #5

I don't have specific details on the software used for this purpose.

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KBlomme
Junior Member
36
10-12-2016, 05:52 AM
#6
I use Unigine benchmarks:
https://unigine.com/en/products/benchmarks
Also 3dmark benchmarks (google it, steam has too) , those test CPU too.
There is a point where you start losing score but not crashing, mostly with overclocking the memory. When you go too much with core it mostly crashes the driver or the benchmark. With memory you get artifacts or lose score.
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KBlomme
10-12-2016, 05:52 AM #6

I use Unigine benchmarks:
https://unigine.com/en/products/benchmarks
Also 3dmark benchmarks (google it, steam has too) , those test CPU too.
There is a point where you start losing score but not crashing, mostly with overclocking the memory. When you go too much with core it mostly crashes the driver or the benchmark. With memory you get artifacts or lose score.

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Dylanhtx
Member
156
10-22-2016, 07:31 AM
#7
Watch the temperature closely and avoid exceeding 80°C to prevent throttling afterward
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Dylanhtx
10-22-2016, 07:31 AM #7

Watch the temperature closely and avoid exceeding 80°C to prevent throttling afterward

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horseygirl101
Member
120
10-23-2016, 07:17 PM
#8
I frequently encounter unstable performance in Unigine Heaven, even when running at normal settings. This issue also occurred with my older GPU during standard speeds. Could this be a widespread problem or an individual hardware concern?
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horseygirl101
10-23-2016, 07:17 PM #8

I frequently encounter unstable performance in Unigine Heaven, even when running at normal settings. This issue also occurred with my older GPU during standard speeds. Could this be a widespread problem or an individual hardware concern?

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ladymorepork
Posting Freak
791
10-25-2016, 11:25 AM
#9
I didn't perform any stress tests on my GPU.
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ladymorepork
10-25-2016, 11:25 AM #9

I didn't perform any stress tests on my GPU.

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MeGustaElSexo
Member
173
10-26-2016, 02:51 PM
#10
I believe 3dmark offers the most effective tests to push GPU limits, and fire strike works well. You shouldn't directly compare your overclocking results with others because the 980ti models differ in boost clock speeds. When you increase overclock, using a tool like GPU-Z (with the sensors tab) can help monitor the exact boost clock under stress. Varying the voltage can affect the boost clock—starting at the default setting (+0mv on the slider) or trying 1.175v in GPU-Z might help. Small adjustments to the voltage slider can improve core clock performance, but too much can reduce it. My 980ti Msi is already reaching 1300mhz without adjusting the core clock slider. Core clock improves when temperatures stay below the first throttling threshold (around 70°C), with a significant drop around 85°C.
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MeGustaElSexo
10-26-2016, 02:51 PM #10

I believe 3dmark offers the most effective tests to push GPU limits, and fire strike works well. You shouldn't directly compare your overclocking results with others because the 980ti models differ in boost clock speeds. When you increase overclock, using a tool like GPU-Z (with the sensors tab) can help monitor the exact boost clock under stress. Varying the voltage can affect the boost clock—starting at the default setting (+0mv on the slider) or trying 1.175v in GPU-Z might help. Small adjustments to the voltage slider can improve core clock performance, but too much can reduce it. My 980ti Msi is already reaching 1300mhz without adjusting the core clock slider. Core clock improves when temperatures stay below the first throttling threshold (around 70°C), with a significant drop around 85°C.

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