F5F Stay Refreshed Power Users Overclocking i7-8086k CPU Overclock

i7-8086k CPU Overclock

i7-8086k CPU Overclock

G
GreenLightFabi
Senior Member
696
01-11-2016, 06:59 AM
#1
Hello Everyone
I’m just starting out with overclocking and need to find out the limits of my CPU.
I have a single CPU fan, 16GB of DDR4 RAM, an additional case fan, and a 550W power supply.
Where should I begin?
G
GreenLightFabi
01-11-2016, 06:59 AM #1

Hello Everyone
I’m just starting out with overclocking and need to find out the limits of my CPU.
I have a single CPU fan, 16GB of DDR4 RAM, an additional case fan, and a 550W power supply.
Where should I begin?

S
stephanie2005
Member
233
01-11-2016, 07:30 AM
#2
Initially, you may increase the clock speed only through multiplier adjustments if your motherboard is Z370 based.
The i7-8086k chips are clearly categorized and should perform well under aggressive overclocking.
Below are some figures for the -7-8700K, comparable to these:
As of 3/22/2018
Percentage of I7-8700k chips that can handle an aggressive vcore around 1.4 or slightly higher with delidded 4.9 99%, 5.0 88%, 5.1 54% and 5.2 22%.
In simple terms, adjust the all-core multiplier in the BIOS from its default to a higher value gradually.
After that, perform a stress test.
The key metric to watch is the vcore, which you can track using CPU-Z. A value of 1.4 is achievable, but lower is preferable.
Unless your CPU cooler is poor quality, you should reach safe vcore limits before hitting thermal limits, which could be around 85°C.
S
stephanie2005
01-11-2016, 07:30 AM #2

Initially, you may increase the clock speed only through multiplier adjustments if your motherboard is Z370 based.
The i7-8086k chips are clearly categorized and should perform well under aggressive overclocking.
Below are some figures for the -7-8700K, comparable to these:
As of 3/22/2018
Percentage of I7-8700k chips that can handle an aggressive vcore around 1.4 or slightly higher with delidded 4.9 99%, 5.0 88%, 5.1 54% and 5.2 22%.
In simple terms, adjust the all-core multiplier in the BIOS from its default to a higher value gradually.
After that, perform a stress test.
The key metric to watch is the vcore, which you can track using CPU-Z. A value of 1.4 is achievable, but lower is preferable.
Unless your CPU cooler is poor quality, you should reach safe vcore limits before hitting thermal limits, which could be around 85°C.

W
WolfEH117
Member
180
01-13-2016, 05:48 AM
#3
Begin by reading extensively. If you're unfamiliar with overclocking, it's best not to attempt it on an i7-8086K.
What makes you interested in overclocking an i7-8086K?
The Beginner's Guide to Overclocking your CPU
CPU Overclocking Guide: How (and Why) to Adjust Your Processor
One fan provides minimal information, indicating you have an air cooler.
A 550W power supply offers little insight.
The specific brand and model play a significant role.
W
WolfEH117
01-13-2016, 05:48 AM #3

Begin by reading extensively. If you're unfamiliar with overclocking, it's best not to attempt it on an i7-8086K.
What makes you interested in overclocking an i7-8086K?
The Beginner's Guide to Overclocking your CPU
CPU Overclocking Guide: How (and Why) to Adjust Your Processor
One fan provides minimal information, indicating you have an air cooler.
A 550W power supply offers little insight.
The specific brand and model play a significant role.

J
Jarzzermann
Posting Freak
788
01-18-2016, 02:42 PM
#4
This significant initial overclock investment requires patience and thorough research before beginning. The Intel Temperature Guide by CompuTronix is a valuable resource offering both the necessary information and tools for successful overclocking, along with thermal data.
J
Jarzzermann
01-18-2016, 02:42 PM #4

This significant initial overclock investment requires patience and thorough research before beginning. The Intel Temperature Guide by CompuTronix is a valuable resource offering both the necessary information and tools for successful overclocking, along with thermal data.

A
AJallstar99
Member
220
01-18-2016, 10:30 PM
#5
Initially, you may increase the clock speed only through multiplier adjustments if your motherboard is Z370-based.
The i7-8086k chips are clearly categorized and should perform well under aggressive overclocking.
Below are some figures for the -7-8700K, comparable to these:
As of 3/22/2018
Percentage of I7-8700k chips that can handle an aggressive vcore around 1.4 or slightly lower with delidded 4.9 (99%), 88% (5.0), 54% (5.1), and 22% (5.2).
In simple terms, adjust the all-core multiplier in the BIOS from its default to a higher value gradually.
After that, perform a stress test.
To track the vcore, use CPU-Z. A value of 1.4v is achievable, but lower values are preferable.
Assuming your CPU cooler is adequate, you should stay within safe vcore limits before hitting thermal limits—possibly around 85°C.
A
AJallstar99
01-18-2016, 10:30 PM #5

Initially, you may increase the clock speed only through multiplier adjustments if your motherboard is Z370-based.
The i7-8086k chips are clearly categorized and should perform well under aggressive overclocking.
Below are some figures for the -7-8700K, comparable to these:
As of 3/22/2018
Percentage of I7-8700k chips that can handle an aggressive vcore around 1.4 or slightly lower with delidded 4.9 (99%), 88% (5.0), 54% (5.1), and 22% (5.2).
In simple terms, adjust the all-core multiplier in the BIOS from its default to a higher value gradually.
After that, perform a stress test.
To track the vcore, use CPU-Z. A value of 1.4v is achievable, but lower values are preferable.
Assuming your CPU cooler is adequate, you should stay within safe vcore limits before hitting thermal limits—possibly around 85°C.