F5F Stay Refreshed Power Users Overclocking What method is effective for boosting the overclock of an Intel i5 8600K with an Asrock z370 Pro 4? Assistance needed.

What method is effective for boosting the overclock of an Intel i5 8600K with an Asrock z370 Pro 4? Assistance needed.

What method is effective for boosting the overclock of an Intel i5 8600K with an Asrock z370 Pro 4? Assistance needed.

R
RamboPvPz
Member
50
02-14-2017, 02:38 PM
#1
Here’s a rewritten version of your text:

I’m trying to boost the performance of my Intel i5 8600K CPU using an Asrock z370 Pro 4. This is my latest build, and I’ve replaced all other components except RAM, SSD, and HDD. My main goal is to learn how overclocking works and whether it’s similar to doing it with a Z370 Extreme4.

Do you think overclocking this i5 8600K with the z370 Pro would be the same as with the Z370 Extreme4?
Are there specific programs I should install for CPU overclocking?
What steps should I follow to do it safely, and are there any guides that match my CPU and motherboard?

I’m also curious about whether I have the right drivers installed and which ones might be unnecessary or bloatware that I can remove. Additionally, what other adjustments can I make to optimize my system? Things like settings, drivers, and software.

Here’s a summary of my setup:
- CPU: Intel Core i5-8600K, 3.6 GHz, 6-core
- Cooler: Be Quiet! - Dark Rock 4 Pro
- Motherboard: ASRock Z370 Pro4
- RAM: G.Skill Ripjaws V Series, 16 GB
- Storage: Crucial M4 256 GB SSD, Western Digital Caviar Blue HDD
- GPU: NVIDIA GeForce GTX 1070 Ti, 8GB GDDR5
- Case: Corsair Crystal 570X RGB ATX Mid Tower with 3x RGB fans and extra fans
- Power Supply: EVGA SuperNOVA G3 850W, Gold Certified

I’ve taken several actions so far:
1. Cleared my SSD and removed all drivers from the old hard drive to avoid conflicts.
2. Installed a fresh Windows 10 Pro and downloaded a new CD key from G2DEALS.
3. Uploaded motherboard drivers from another PC via flash drive, which helped install additional drivers like the graphics card and CPU-specific ones.
4. Performed a Windows update (April update), which added security, keyboard, mouse, and audio drivers.
5. Installed CCleaner, Malwarebyte, and Cpuid HW Monitor to monitor temperatures and system health.
6. Downloaded Msi Afterburner and CPUID HW Monitor.
7. Performed overclocking on my graphics card, increasing both core and memory clocks by 150+, set fans at 80%, and adjusted power and temperature limits.

I’m sharing screenshots of current drivers, programs, GPU temperatures, and more here:
https://www.reddit.com/r/overclocking/co...ng_asrock/

Let me know if you need further assistance!
R
RamboPvPz
02-14-2017, 02:38 PM #1

Here’s a rewritten version of your text:

I’m trying to boost the performance of my Intel i5 8600K CPU using an Asrock z370 Pro 4. This is my latest build, and I’ve replaced all other components except RAM, SSD, and HDD. My main goal is to learn how overclocking works and whether it’s similar to doing it with a Z370 Extreme4.

Do you think overclocking this i5 8600K with the z370 Pro would be the same as with the Z370 Extreme4?
Are there specific programs I should install for CPU overclocking?
What steps should I follow to do it safely, and are there any guides that match my CPU and motherboard?

I’m also curious about whether I have the right drivers installed and which ones might be unnecessary or bloatware that I can remove. Additionally, what other adjustments can I make to optimize my system? Things like settings, drivers, and software.

Here’s a summary of my setup:
- CPU: Intel Core i5-8600K, 3.6 GHz, 6-core
- Cooler: Be Quiet! - Dark Rock 4 Pro
- Motherboard: ASRock Z370 Pro4
- RAM: G.Skill Ripjaws V Series, 16 GB
- Storage: Crucial M4 256 GB SSD, Western Digital Caviar Blue HDD
- GPU: NVIDIA GeForce GTX 1070 Ti, 8GB GDDR5
- Case: Corsair Crystal 570X RGB ATX Mid Tower with 3x RGB fans and extra fans
- Power Supply: EVGA SuperNOVA G3 850W, Gold Certified

I’ve taken several actions so far:
1. Cleared my SSD and removed all drivers from the old hard drive to avoid conflicts.
2. Installed a fresh Windows 10 Pro and downloaded a new CD key from G2DEALS.
3. Uploaded motherboard drivers from another PC via flash drive, which helped install additional drivers like the graphics card and CPU-specific ones.
4. Performed a Windows update (April update), which added security, keyboard, mouse, and audio drivers.
5. Installed CCleaner, Malwarebyte, and Cpuid HW Monitor to monitor temperatures and system health.
6. Downloaded Msi Afterburner and CPUID HW Monitor.
7. Performed overclocking on my graphics card, increasing both core and memory clocks by 150+, set fans at 80%, and adjusted power and temperature limits.

I’m sharing screenshots of current drivers, programs, GPU temperatures, and more here:
https://www.reddit.com/r/overclocking/co...ng_asrock/

Let me know if you need further assistance!

A
Arazon
Member
177
02-14-2017, 06:36 PM
#2
This video provides guidance on managing your mobile BIOS settings. It compares the layout across different models but notes similarities in documentation. Before attempting overclocking, establish a baseline by running benchmarks and saving results. Use Intel Extreme Tuning Utility and OCCT during testing, and consider adjusting CPU speed to match turbo boost before starting the overclock process.
A
Arazon
02-14-2017, 06:36 PM #2

This video provides guidance on managing your mobile BIOS settings. It compares the layout across different models but notes similarities in documentation. Before attempting overclocking, establish a baseline by running benchmarks and saving results. Use Intel Extreme Tuning Utility and OCCT during testing, and consider adjusting CPU speed to match turbo boost before starting the overclock process.

A
Abhithegreat
Junior Member
19
02-16-2017, 06:49 AM
#3
Bump! Do you know how to speed up my CPU with this specific motherboard? Please assist if possible. Thanks a lot.
A
Abhithegreat
02-16-2017, 06:49 AM #3

Bump! Do you know how to speed up my CPU with this specific motherboard? Please assist if possible. Thanks a lot.

J
Jpsizzle
Junior Member
3
02-20-2017, 02:54 PM
#4
There is a video that can assist you in managing your mobo bios settings.
It shows how the layout looks similar across different boards, even though the exact model differs.
Before attempting any overclocking, make sure you have a reference point for your system.
Perform a few benchmarks and save the results to help with future troubleshooting.
It's also recommended to use Intel Extreme Tuning Utility and OCCT during testing, and consider adjusting settings gradually.
When starting the overclock process, set the CPU speed to match the turbo boost for that specific chip, keep the voltage at stock levels, and test.
If everything functions properly, slightly increase the speed and monitor performance.
If the system begins to crash, raise the voltage a bit and retest.
Continue this process until the CPU reaches temperatures that are too high, then reduce the speed and voltage accordingly.
To be safe, avoid letting the CPU exceed 70°C during intensive tasks like Prime, which tends to generate more heat.
J
Jpsizzle
02-20-2017, 02:54 PM #4

There is a video that can assist you in managing your mobo bios settings.
It shows how the layout looks similar across different boards, even though the exact model differs.
Before attempting any overclocking, make sure you have a reference point for your system.
Perform a few benchmarks and save the results to help with future troubleshooting.
It's also recommended to use Intel Extreme Tuning Utility and OCCT during testing, and consider adjusting settings gradually.
When starting the overclock process, set the CPU speed to match the turbo boost for that specific chip, keep the voltage at stock levels, and test.
If everything functions properly, slightly increase the speed and monitor performance.
If the system begins to crash, raise the voltage a bit and retest.
Continue this process until the CPU reaches temperatures that are too high, then reduce the speed and voltage accordingly.
To be safe, avoid letting the CPU exceed 70°C during intensive tasks like Prime, which tends to generate more heat.