F5F Stay Refreshed Hardware Desktop I5 8600K performance boost needed. Assistance required.

I5 8600K performance boost needed. Assistance required.

I5 8600K performance boost needed. Assistance required.

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IronDusPevepe
Junior Member
7
03-22-2017, 06:11 AM
#1
Your i5 8600K works well with your Gigabyte Z370M D3H-CF motherboard. For overclocking, check the safe voltage and limit settings on your cooler. The Be Quiet Dark Rock Pro 4 should handle it if you stay within recommended parameters. Always follow manufacturer guidelines to avoid damage.
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IronDusPevepe
03-22-2017, 06:11 AM #1

Your i5 8600K works well with your Gigabyte Z370M D3H-CF motherboard. For overclocking, check the safe voltage and limit settings on your cooler. The Be Quiet Dark Rock Pro 4 should handle it if you stay within recommended parameters. Always follow manufacturer guidelines to avoid damage.

M
MertHD
Member
57
03-22-2017, 09:14 AM
#2
I focus more on safe MOS voltage than CPU voltage. I aim for 4.6-4.7Ghz, adjust the voltage to 1.3v, keep the middle of the LLC stage, and proceed from there. I wouldn't risk using higher values on your board.
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MertHD
03-22-2017, 09:14 AM #2

I focus more on safe MOS voltage than CPU voltage. I aim for 4.6-4.7Ghz, adjust the voltage to 1.3v, keep the middle of the LLC stage, and proceed from there. I wouldn't risk using higher values on your board.

S
Sneakyginger8
Senior Member
580
03-24-2017, 03:00 AM
#3
You're already stable at version 4.7, so you don't need to raise the voltage further. If you want to test higher voltages, consider stepping up to 1.3V or adjusting the LLC configuration as needed.
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Sneakyginger8
03-24-2017, 03:00 AM #3

You're already stable at version 4.7, so you don't need to raise the voltage further. If you want to test higher voltages, consider stepping up to 1.3V or adjusting the LLC configuration as needed.

J
JenniferXD
Member
50
03-26-2017, 02:21 AM
#4
You can reach 4.8 without making contact with the voltage. If it fails, increase the voltage and check for stability.
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JenniferXD
03-26-2017, 02:21 AM #4

You can reach 4.8 without making contact with the voltage. If it fails, increase the voltage and check for stability.

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SnippyHead
Junior Member
49
03-28-2017, 02:54 AM
#5
Thanks. Can I handle this without forming an LLC? I’m not sure what it involves. I can change the volume, but the LLC part is unclear. You mentioned mobile temps would matter too—like CPU temps around 75°C? If that’s under, is it okay? Or are mobo temperatures separate from CPU temps?
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SnippyHead
03-28-2017, 02:54 AM #5

Thanks. Can I handle this without forming an LLC? I’m not sure what it involves. I can change the volume, but the LLC part is unclear. You mentioned mobile temps would matter too—like CPU temps around 75°C? If that’s under, is it okay? Or are mobo temperatures separate from CPU temps?

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___iRekt___
Senior Member
505
03-28-2017, 07:05 AM
#6
LLC (Line Load Calibration) aims to keep voltage steady under heavy usage. Physics behaves this way because when you force voltage through a stressed CPU, it decreases. Thus, when the PC applies 1.3V across its CPU, the voltage may fall to around 1.27V, leading to instability and potential crashes. To counteract this, LLC increases voltage during intense CPU workloads to offset the drop. Overclockers refer to this phenomenon as "VDroop." Motherboard and CPU temperatures differ here—while VDroop affects performance, actual temps depend on hardware quality and cooling. A low-end board lacks robust VRMs, making it prone to overheating if pushed too hard. Handle voltage carefully to avoid damage.
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___iRekt___
03-28-2017, 07:05 AM #6

LLC (Line Load Calibration) aims to keep voltage steady under heavy usage. Physics behaves this way because when you force voltage through a stressed CPU, it decreases. Thus, when the PC applies 1.3V across its CPU, the voltage may fall to around 1.27V, leading to instability and potential crashes. To counteract this, LLC increases voltage during intense CPU workloads to offset the drop. Overclockers refer to this phenomenon as "VDroop." Motherboard and CPU temperatures differ here—while VDroop affects performance, actual temps depend on hardware quality and cooling. A low-end board lacks robust VRMs, making it prone to overheating if pushed too hard. Handle voltage carefully to avoid damage.

X
XxvalentinoxX
Member
67
04-02-2017, 06:59 PM
#7
I think I'm doing better at version 4.7 without any voltage or LLC interference. Also, I can't seem to raise the RAM frequency by turning on XMP, no idea why that's happening. The RAM speed listed as 2400MHz still appears.
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XxvalentinoxX
04-02-2017, 06:59 PM #7

I think I'm doing better at version 4.7 without any voltage or LLC interference. Also, I can't seem to raise the RAM frequency by turning on XMP, no idea why that's happening. The RAM speed listed as 2400MHz still appears.

T
Tera_Byte
Member
57
04-02-2017, 11:37 PM
#8
Maybe the issue lies with the low-end motherboard's inability to update the RAM.
T
Tera_Byte
04-02-2017, 11:37 PM #8

Maybe the issue lies with the low-end motherboard's inability to update the RAM.