F5F Stay Refreshed Power Users Overclocking Mobo Maximum operates at a maximum of 4.2Ghz and cannot exceed that speed.

Mobo Maximum operates at a maximum of 4.2Ghz and cannot exceed that speed.

Mobo Maximum operates at a maximum of 4.2Ghz and cannot exceed that speed.

K
KasieKat
Member
188
07-07-2024, 09:12 AM
#1
My pc spec details
CPU: Amd FX-8350
Motherboard: Asus M5A97 R2.0 With Heatsink
GPU: Sapphire Radeon R9 390 Nitro 8GB
PSU: Cooler Master G650M
RAM: KVR1600 DDR3 2x4GB
I maintain a stable 4.2Ghz at 1.38 Volt if I raise the CPU ratio to 4.4; otherwise, core failure occurs. After that, increasing voltage to 1.39–1.42 still doesn’t work and I disable all power saving modes except LLC and NB/LLC.
Upgrading voltage leads to freezing issues
Upgrading CPU ratio causes CPU failures
I’m working on improving my English skills
K
KasieKat
07-07-2024, 09:12 AM #1

My pc spec details
CPU: Amd FX-8350
Motherboard: Asus M5A97 R2.0 With Heatsink
GPU: Sapphire Radeon R9 390 Nitro 8GB
PSU: Cooler Master G650M
RAM: KVR1600 DDR3 2x4GB
I maintain a stable 4.2Ghz at 1.38 Volt if I raise the CPU ratio to 4.4; otherwise, core failure occurs. After that, increasing voltage to 1.39–1.42 still doesn’t work and I disable all power saving modes except LLC and NB/LLC.
Upgrading voltage leads to freezing issues
Upgrading CPU ratio causes CPU failures
I’m working on improving my English skills

F
fibifelise
Member
233
07-07-2024, 09:12 AM
#2
Reached the maximum capacity of the motherboard's VRM. Increasing the voltage further may lead to instability or harm the board.
F
fibifelise
07-07-2024, 09:12 AM #2

Reached the maximum capacity of the motherboard's VRM. Increasing the voltage further may lead to instability or harm the board.

Z
zLeoZiin
Senior Member
503
07-07-2024, 09:12 AM
#3
Overclocks also rely on the motherboard, particularly the VRMs that supply consistent power to the CPU. Increasing voltage causes these VRMs to generate more heat (which is why premium motherboards feature additional power phases and larger heat sinks) and can lead to instability. To some degree, this issue can be reduced by improving direct cooling for the VRMs (such as using a fan that targets them directly).
Z
zLeoZiin
07-07-2024, 09:12 AM #3

Overclocks also rely on the motherboard, particularly the VRMs that supply consistent power to the CPU. Increasing voltage causes these VRMs to generate more heat (which is why premium motherboards feature additional power phases and larger heat sinks) and can lead to instability. To some degree, this issue can be reduced by improving direct cooling for the VRMs (such as using a fan that targets them directly).

Z
Zbob11
Member
198
07-07-2024, 09:12 AM
#4
Mr Kagouris:
Overclocks also rely on the motherboard, particularly the VRMs that supply consistent power to the CPU. As you increase the voltage to the CPU, these VRMs get hotter (which is why high-end boards have more power phases and larger heat sinks) and can become unstable. You might reduce this issue by offering better direct cooling for the VRMs (like a fan aimed right at them).
I understand overclocking depends on silicon luck, but I think this board could exceed 4.2Ghz.
Z
Zbob11
07-07-2024, 09:12 AM #4

Mr Kagouris:
Overclocks also rely on the motherboard, particularly the VRMs that supply consistent power to the CPU. As you increase the voltage to the CPU, these VRMs get hotter (which is why high-end boards have more power phases and larger heat sinks) and can become unstable. You might reduce this issue by offering better direct cooling for the VRMs (like a fan aimed right at them).
I understand overclocking depends on silicon luck, but I think this board could exceed 4.2Ghz.

M
Mod_masta
Member
191
07-07-2024, 09:12 AM
#5
Test this by disabling 2 cores. If you can quickly overclock it even more, the issue was likely the motherboard. If overclocking remains impossible, the CPU is the limiting factor.
M
Mod_masta
07-07-2024, 09:12 AM #5

Test this by disabling 2 cores. If you can quickly overclock it even more, the issue was likely the motherboard. If overclocking remains impossible, the CPU is the limiting factor.

8
8D_Playz_
Junior Member
49
07-07-2024, 09:12 AM
#6
Consider this experiment: turn off two cores. If you notice a sudden ability to overclock significantly more, it suggests the issue lies with the motherboard. If overclocking remains impossible, the problem likely stems from the CPU. I'll attempt it, but I doubt disabling cores is wise.
8
8D_Playz_
07-07-2024, 09:12 AM #6

Consider this experiment: turn off two cores. If you notice a sudden ability to overclock significantly more, it suggests the issue lies with the motherboard. If overclocking remains impossible, the problem likely stems from the CPU. I'll attempt it, but I doubt disabling cores is wise.

H
hayhaytaylor
Member
192
07-07-2024, 09:12 AM
#7
Black Maria :
scuzzycard :
Run this check: Turn off 2 cores. If you notice a sudden boost in performance, it suggests the motherboard might be the issue. If overclocking remains impossible, the CPU could be the bottleneck.
I’ll attempt it, but I doubt disabling cores is wise.
This is just a troubleshooting step, not a fix.
H
hayhaytaylor
07-07-2024, 09:12 AM #7

Black Maria :
scuzzycard :
Run this check: Turn off 2 cores. If you notice a sudden boost in performance, it suggests the motherboard might be the issue. If overclocking remains impossible, the CPU could be the bottleneck.
I’ll attempt it, but I doubt disabling cores is wise.
This is just a troubleshooting step, not a fix.