F5F Stay Refreshed Power Users Overclocking Can't exceed 1.245 Volts on Asus Maximus VII hero

Can't exceed 1.245 Volts on Asus Maximus VII hero

Can't exceed 1.245 Volts on Asus Maximus VII hero

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Katara7777
Junior Member
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28
11-18-2016, 04:53 AM
#11
but avoid sudden changes in voltages
review the instructions carefully
monitor your temperatures
increase voltage and multiplier slowly
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K
Katara7777
11-18-2016, 04:53 AM #11

but avoid sudden changes in voltages
review the instructions carefully
monitor your temperatures
increase voltage and multiplier slowly

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N
NinofanTOG
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211
11-18-2016, 12:02 PM
#12
don't make sudden changes to voltages
review the instructions carefully
monitor your temperatures regularly
increase voltage and multiplier slowly
i found this solution at 4.7GHz with 1.275 volts, my temps are about 75°C under full load using Prime95. what about the CPU core frequency? the guide mentions it.
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N
NinofanTOG
11-18-2016, 12:02 PM #12

don't make sudden changes to voltages
review the instructions carefully
monitor your temperatures regularly
increase voltage and multiplier slowly
i found this solution at 4.7GHz with 1.275 volts, my temps are about 75°C under full load using Prime95. what about the CPU core frequency? the guide mentions it.

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M
MrtobiMC
Junior Member
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8
11-19-2016, 02:59 PM
#13
When you adjust the multiplier and voltage settings and achieve the right CPU frequency during stress tests, the concern about the uncore frequency becomes less important.
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MrtobiMC
11-19-2016, 02:59 PM #13

When you adjust the multiplier and voltage settings and achieve the right CPU frequency during stress tests, the concern about the uncore frequency becomes less important.

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Factions_
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19
11-22-2016, 03:52 AM
#14
Also consider other methods besides stress testing when confirming stability after overclocking. While some settings could handle heavy loads, others might cause crashes in specific programs or apps. Try testing with various scenarios to be sure.
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Factions_
11-22-2016, 03:52 AM #14

Also consider other methods besides stress testing when confirming stability after overclocking. While some settings could handle heavy loads, others might cause crashes in specific programs or apps. Try testing with various scenarios to be sure.

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KronicAction
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15
12-05-2016, 01:24 AM
#15
Also, don't depend solely on stress testing to confirm stability after overclocking. Some settings might handle it well, but others could cause crashes. Try it with various applications. Are you sure about exceeding 1.3 volts?
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KronicAction
12-05-2016, 01:24 AM #15

Also, don't depend solely on stress testing to confirm stability after overclocking. Some settings might handle it well, but others could cause crashes. Try it with various applications. Are you sure about exceeding 1.3 volts?

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_ComanderHD_
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62
12-06-2016, 08:05 PM
#16
As long as you maintain safe temperatures, then yes.
There are various views on the maximum voltage to avoid.
Some recommend 1.3, others 1.35, and some suggest 1.4.
Based on what I've discovered, temperatures begin to increase significantly after 1.3v, and I prefer to stay below 1.35v.
I'm presently operating at 4.6ghz with 1.27 volts.
I can safely push up to 4.8ghz at 1.32v, but the temperatures become quite high at that speed.
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_ComanderHD_
12-06-2016, 08:05 PM #16

As long as you maintain safe temperatures, then yes.
There are various views on the maximum voltage to avoid.
Some recommend 1.3, others 1.35, and some suggest 1.4.
Based on what I've discovered, temperatures begin to increase significantly after 1.3v, and I prefer to stay below 1.35v.
I'm presently operating at 4.6ghz with 1.27 volts.
I can safely push up to 4.8ghz at 1.32v, but the temperatures become quite high at that speed.

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