F5F Stay Refreshed Power Users Overclocking Is overclocking for me ?

Is overclocking for me ?

Is overclocking for me ?

Pages (2): Previous 1 2
R
richredman12
Junior Member
43
10-20-2023, 09:56 PM
#11
That's correct! I have a few questions I've seen videos about. Would you suggest any software or hardware for checking stability? Also, when overclocking, should I aim for 4GHz during gaming and 3.5GHz otherwise?
R
richredman12
10-20-2023, 09:56 PM #11

That's correct! I have a few questions I've seen videos about. Would you suggest any software or hardware for checking stability? Also, when overclocking, should I aim for 4GHz during gaming and 3.5GHz otherwise?

_
_Firekid
Junior Member
17
11-02-2023, 07:35 AM
#12
Most people have their preferred tools for checking stability, but I rely on ASUS RealBench as my primary choice. It thoroughly tests the CPU, cache, memory, and GPU using real applications. Compared to alternatives like Prime 95 or Intel Burn Test, it poses far less risk of harming components. For adjusting RAM settings, I prefer Hyper PI – it helps detect memory issues quickly that might otherwise surface later.

Regarding recommended settings, you’ll usually see them in online guides, but here are some suggestions right now. The 6600K generally reaches around 4.4-4.7GHz at 1.40V. A CPU like the i7 6700K usually turbo-charges to 4.2 at about 1.32V, making it a reliable overclock candidate. If you decide to proceed, begin with [email protected]; most CPUs remain stable at that speed. If it doesn’t work, increase the voltage to 1.38 or lower the clock speed slightly to 4.3 for a more conservative approach. For success, aim for [email protected], adjusting as needed. Keep in mind that voltages up to 1.4V are generally safe, but if you stabilize at something like [email protected], gradually reduce the voltage in steps of 0.01V until you find the lowest stable setting without instability.

You won’t need to manually lower your CPU’s speed when idle, as it will adjust automatically if you keep C-states and SpeedStep active.
_
_Firekid
11-02-2023, 07:35 AM #12

Most people have their preferred tools for checking stability, but I rely on ASUS RealBench as my primary choice. It thoroughly tests the CPU, cache, memory, and GPU using real applications. Compared to alternatives like Prime 95 or Intel Burn Test, it poses far less risk of harming components. For adjusting RAM settings, I prefer Hyper PI – it helps detect memory issues quickly that might otherwise surface later.

Regarding recommended settings, you’ll usually see them in online guides, but here are some suggestions right now. The 6600K generally reaches around 4.4-4.7GHz at 1.40V. A CPU like the i7 6700K usually turbo-charges to 4.2 at about 1.32V, making it a reliable overclock candidate. If you decide to proceed, begin with [email protected]; most CPUs remain stable at that speed. If it doesn’t work, increase the voltage to 1.38 or lower the clock speed slightly to 4.3 for a more conservative approach. For success, aim for [email protected], adjusting as needed. Keep in mind that voltages up to 1.4V are generally safe, but if you stabilize at something like [email protected], gradually reduce the voltage in steps of 0.01V until you find the lowest stable setting without instability.

You won’t need to manually lower your CPU’s speed when idle, as it will adjust automatically if you keep C-states and SpeedStep active.

E
EestiKids
Junior Member
22
11-15-2023, 08:39 AM
#13
Everyone prefers different tools for checking stability, but I rely on ASUS RealBench as my primary choice. It thoroughly tests the CPU, cache, memory, and GPU using real applications. Compared to alternatives like Prime 95 or Intel Burn Test, it poses far less risk of harming components. For adjusting RAM, I favor Hyper PI – it helps detect memory issues quickly that might otherwise surface later.

Regarding recommended speeds, you’ll usually see them in online guides, but here are some suggestions right now. The 6600K generally reaches around 4.4-4.7GHz at 1.40V. A CPU like the i7 6700K usually turbo-charges to 4.2 at about 1.32V, making it a solid overclock candidate. If you decide to proceed, start with [email protected]; most CPUs remain stable at that setting. If it doesn’t work, you can raise the voltage to 1.38 or lower the speed to 4.3 for a more cautious approach. If it succeeds, try [email protected], adjusting as needed. Keep in mind, staying below 1.4V is safe. Still, if you manage to stabilize at something like [email protected], gradually reduce the voltage in steps of 0.01V until you find the lowest stable setting without instability.

You won’t need to lower your CPU when idle, as it will automatically adjust if you keep C-states and SpeedStep active.
E
EestiKids
11-15-2023, 08:39 AM #13

Everyone prefers different tools for checking stability, but I rely on ASUS RealBench as my primary choice. It thoroughly tests the CPU, cache, memory, and GPU using real applications. Compared to alternatives like Prime 95 or Intel Burn Test, it poses far less risk of harming components. For adjusting RAM, I favor Hyper PI – it helps detect memory issues quickly that might otherwise surface later.

Regarding recommended speeds, you’ll usually see them in online guides, but here are some suggestions right now. The 6600K generally reaches around 4.4-4.7GHz at 1.40V. A CPU like the i7 6700K usually turbo-charges to 4.2 at about 1.32V, making it a solid overclock candidate. If you decide to proceed, start with [email protected]; most CPUs remain stable at that setting. If it doesn’t work, you can raise the voltage to 1.38 or lower the speed to 4.3 for a more cautious approach. If it succeeds, try [email protected], adjusting as needed. Keep in mind, staying below 1.4V is safe. Still, if you manage to stabilize at something like [email protected], gradually reduce the voltage in steps of 0.01V until you find the lowest stable setting without instability.

You won’t need to lower your CPU when idle, as it will automatically adjust if you keep C-states and SpeedStep active.

G
GeorgePlaysFTW
Senior Member
261
11-15-2023, 10:31 AM
#14
It will actually drop all the way to 800MHz. It's smart like that.
G
GeorgePlaysFTW
11-15-2023, 10:31 AM #14

It will actually drop all the way to 800MHz. It's smart like that.

D
DangoBravo
Posting Freak
821
11-22-2023, 04:06 AM
#15
It will actually drop all the way to 800MHz. That's a smart approach.
D
DangoBravo
11-22-2023, 04:06 AM #15

It will actually drop all the way to 800MHz. That's a smart approach.

S
STEVENS15
Member
144
11-27-2023, 03:40 PM
#16
Computer builds :
scuzzycard :
It will actually drop down to 800MHz, isn't it? That's smart.
So, keeping my PC at around 4GHz wouldn't be a bad idea?
Yes, 4.0GHz is quite secure.
S
STEVENS15
11-27-2023, 03:40 PM #16

Computer builds :
scuzzycard :
It will actually drop down to 800MHz, isn't it? That's smart.
So, keeping my PC at around 4GHz wouldn't be a bad idea?
Yes, 4.0GHz is quite secure.

S
StyleTrick
Senior Member
744
11-28-2023, 12:26 AM
#17
Computer builds:
scuzzycard:
It will actually reach as low as 800MHz. That's quite smart.
So it makes sense to keep my PC running at around 4GHz, right?
Yes, 4.0GHz is a safe option.
That's reassuring at first—I was thinking I'd need to drop from 4.5GHz to 3.5GHz depending on whether I'm gaming or using casually—but turns out it's not necessary.
S
StyleTrick
11-28-2023, 12:26 AM #17

Computer builds:
scuzzycard:
It will actually reach as low as 800MHz. That's quite smart.
So it makes sense to keep my PC running at around 4GHz, right?
Yes, 4.0GHz is a safe option.
That's reassuring at first—I was thinking I'd need to drop from 4.5GHz to 3.5GHz depending on whether I'm gaming or using casually—but turns out it's not necessary.

P
poofx4
Junior Member
28
11-28-2023, 03:54 AM
#18
Sure, you can simply input your overclocked configurations into the BIOS, and Intel SpeedStep will automatically slow down the CPU during idle or light usage.
P
poofx4
11-28-2023, 03:54 AM #18

Sure, you can simply input your overclocked configurations into the BIOS, and Intel SpeedStep will automatically slow down the CPU during idle or light usage.

Pages (2): Previous 1 2