F5F Stay Refreshed Hardware Desktop Tips for boosting performance.

Tips for boosting performance.

Tips for boosting performance.

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TrixyElli
Member
52
06-29-2018, 04:37 AM
#11
It seems odd my assumption is that when using auto voltage it rapidly increases before it fails. BIOS actually applies a light strain on the CPU, pushing it to its maximum clock speed which could explain why it didn’t work. Best practice remains using a fixed voltage since then you can later implement adaptive voltage because you understand the exact voltage requirements. Just experiment until you discover an overclock you’re comfortable with.
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TrixyElli
06-29-2018, 04:37 AM #11

It seems odd my assumption is that when using auto voltage it rapidly increases before it fails. BIOS actually applies a light strain on the CPU, pushing it to its maximum clock speed which could explain why it didn’t work. Best practice remains using a fixed voltage since then you can later implement adaptive voltage because you understand the exact voltage requirements. Just experiment until you discover an overclock you’re comfortable with.

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Rodeen
Member
130
06-29-2018, 05:53 AM
#12
I successfully started at version 1.35, but I’m unsure if I should keep it there... It seems the auto mode often stays below 1.3.
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Rodeen
06-29-2018, 05:53 AM #12

I successfully started at version 1.35, but I’m unsure if I should keep it there... It seems the auto mode often stays below 1.3.

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kassi123
Member
137
06-29-2018, 07:07 AM
#13
What do you think we should do next? It seems like lowering the voltage isn't an option—I might just revert to normal settings if you really don’t suggest using Auto Vcore. I wouldn’t feel safe at 1.35V on my CPU just to get a boot. Thanks!
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kassi123
06-29-2018, 07:07 AM #13

What do you think we should do next? It seems like lowering the voltage isn't an option—I might just revert to normal settings if you really don’t suggest using Auto Vcore. I wouldn’t feel safe at 1.35V on my CPU just to get a boot. Thanks!

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Selo_Uzumaki
Member
148
06-29-2018, 08:24 AM
#14
Occasionally lowering the frequency to 100 megahertz can significantly improve stability
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Selo_Uzumaki
06-29-2018, 08:24 AM #14

Occasionally lowering the frequency to 100 megahertz can significantly improve stability

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Zyklodanic
Junior Member
12
06-29-2018, 12:06 PM
#15
Yeah well ... even at 4.8 its not stable under 1.34. I don't get it lol on a lot of forums people can get it to be stable at 5/5.1ghz with a lower voltage than 1.34 .... i cant even to 4.8 hahahahaha i must be doing something wrong ! Anyway, thanks a lot for helping, i will keep these info in mind and maybe try with another CPU or with another motherboard !
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Zyklodanic
06-29-2018, 12:06 PM #15

Yeah well ... even at 4.8 its not stable under 1.34. I don't get it lol on a lot of forums people can get it to be stable at 5/5.1ghz with a lower voltage than 1.34 .... i cant even to 4.8 hahahahaha i must be doing something wrong ! Anyway, thanks a lot for helping, i will keep these info in mind and maybe try with another CPU or with another motherboard !

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ssauce
Member
162
07-13-2018, 12:37 AM
#16
Could the silicon quality be problematic? What about the M.B. and cooling setup?
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ssauce
07-13-2018, 12:37 AM #16

Could the silicon quality be problematic? What about the M.B. and cooling setup?

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ActiveGapple
Junior Member
12
07-15-2018, 12:23 AM
#17
Cooling : Corsair h100i platinum Mb : Aorus Pro z390
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ActiveGapple
07-15-2018, 12:23 AM #17

Cooling : Corsair h100i platinum Mb : Aorus Pro z390

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MegaSyn
Junior Member
3
07-19-2018, 03:03 AM
#18
Review the VID in hwinfo to see how much voltage the CPU is using. Check if it shows the frequency settings for each core and let me know what you need.
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MegaSyn
07-19-2018, 03:03 AM #18

Review the VID in hwinfo to see how much voltage the CPU is using. Check if it shows the frequency settings for each core and let me know what you need.

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MadMax2theBone
Junior Member
34
07-26-2018, 06:31 AM
#19
You're adjusting the performance settings based on how many cores are active. Keeping the pre-set boost clock and only changing the lower numbers seems reasonable. Disabling the boost clock and always using X on all cores might give more consistent performance, especially if you're focusing on homework. Just make sure to test it and see how it affects your work.
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MadMax2theBone
07-26-2018, 06:31 AM #19

You're adjusting the performance settings based on how many cores are active. Keeping the pre-set boost clock and only changing the lower numbers seems reasonable. Disabling the boost clock and always using X on all cores might give more consistent performance, especially if you're focusing on homework. Just make sure to test it and see how it affects your work.

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GoldenEve
Member
56
07-26-2018, 07:59 AM
#20
Start by testing X freq across all cores. Once confirmed, you can fine-tune core settings and frequency as needed. Consider setting 4.8GHZ on 1.35V to verify this high voltage compatibility for the specified speed. For more details, siliconlottery.com provides data on how many CPUs match certain frequencies and voltages. They analyze multiple 9900K models, not just the special edition 9900KS, and note that many standard CPUs reach 4.8GHZ at 1.275V.
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GoldenEve
07-26-2018, 07:59 AM #20

Start by testing X freq across all cores. Once confirmed, you can fine-tune core settings and frequency as needed. Consider setting 4.8GHZ on 1.35V to verify this high voltage compatibility for the specified speed. For more details, siliconlottery.com provides data on how many CPUs match certain frequencies and voltages. They analyze multiple 9900K models, not just the special edition 9900KS, and note that many standard CPUs reach 4.8GHZ at 1.275V.

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