F5F Stay Refreshed Power Users Overclocking Overclocking guide for LGA 1156 Core i5 and Core i7 processors

Overclocking guide for LGA 1156 Core i5 and Core i7 processors

Overclocking guide for LGA 1156 Core i5 and Core i7 processors

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CreepaGames
Junior Member
45
02-07-2017, 09:23 PM
#21
Thank you for the link, I believe I'll leave the LLC off.
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CreepaGames
02-07-2017, 09:23 PM #21

Thank you for the link, I believe I'll leave the LLC off.

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nooneepic27
Member
227
02-07-2017, 10:23 PM
#22
It's necessary to add more Linux utilities for benchmarking overclocking in these guides.
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nooneepic27
02-07-2017, 10:23 PM #22

It's necessary to add more Linux utilities for benchmarking overclocking in these guides.

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pocio77
Posting Freak
783
02-09-2017, 06:53 AM
#23
I believed a liquid cooling setup was necessary for overclocking... Is the CoolerMaster Hyper 212 Plus superior to any liquid cooling option? I'm really confused at the moment.
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pocio77
02-09-2017, 06:53 AM #23

I believed a liquid cooling setup was necessary for overclocking... Is the CoolerMaster Hyper 212 Plus superior to any liquid cooling option? I'm really confused at the moment.

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Peedy
Senior Member
641
02-12-2017, 11:32 AM
#24
Unless you aim for maximum performance through heavy tweaking, regular Intel CPUs can reach at least 1GHz with just the Hyper-212 Plus.
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Peedy
02-12-2017, 11:32 AM #24

Unless you aim for maximum performance through heavy tweaking, regular Intel CPUs can reach at least 1GHz with just the Hyper-212 Plus.

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ChainChompz
Member
187
02-12-2017, 06:42 PM
#25
Here’s a revised version of your text:

The information is helpful. Thank you for putting everything together for us.
Questions:
1. I’m considering running my ECS P55H-A board at 160 Mhz BClock all the time. I assume this would require around 1.30 Vcore, or maybe even less? Are these two values safe enough for a standard P55 board to operate continuously without risking damage? I’ve read about some P55 boards that got damaged by constant operation at 1.36 Vcore and a BClock of about 190-200 MHz.
2. For the 1156 CPUs, regarding QPI—do you have any way to adjust the QPI ratio? Is this fixed by CPU count or is it tied to a single default setting? Could you clarify this? I might be misunderstanding something and would appreciate your guidance.
3. Can we configure an Overclocking (OC) setting so that when the CPU is idle or under light load, it runs at a lower frequency? Would this disable all power-saving features but still allow EIST to function properly? This would help keep the CPU cooler and reduce power consumption.
C
ChainChompz
02-12-2017, 06:42 PM #25

Here’s a revised version of your text:

The information is helpful. Thank you for putting everything together for us.
Questions:
1. I’m considering running my ECS P55H-A board at 160 Mhz BClock all the time. I assume this would require around 1.30 Vcore, or maybe even less? Are these two values safe enough for a standard P55 board to operate continuously without risking damage? I’ve read about some P55 boards that got damaged by constant operation at 1.36 Vcore and a BClock of about 190-200 MHz.
2. For the 1156 CPUs, regarding QPI—do you have any way to adjust the QPI ratio? Is this fixed by CPU count or is it tied to a single default setting? Could you clarify this? I might be misunderstanding something and would appreciate your guidance.
3. Can we configure an Overclocking (OC) setting so that when the CPU is idle or under light load, it runs at a lower frequency? Would this disable all power-saving features but still allow EIST to function properly? This would help keep the CPU cooler and reduce power consumption.

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