F5F Stay Refreshed Power Users Overclocking Help with overclocking!

Help with overclocking!

Help with overclocking!

P
Potansky
Member
166
02-02-2016, 08:24 PM
#1
Hey there,
I've just heard that overclocking my CPU could really boost performance on my PC. I've read some guides, but I'm still pretty new to it and a bit confused about all the details.
I'm not sure how to set the speeds safely without risking damage or other issues.
My CPU is an I7 3770k. Anyone have any advice?
P
Potansky
02-02-2016, 08:24 PM #1

Hey there,
I've just heard that overclocking my CPU could really boost performance on my PC. I've read some guides, but I'm still pretty new to it and a bit confused about all the details.
I'm not sure how to set the speeds safely without risking damage or other issues.
My CPU is an I7 3770k. Anyone have any advice?

K
kiddswagg_760
Member
211
02-04-2016, 09:25 PM
#2
The most straightforward way to understand is that there are three essential components for overclocking. First, increasing the voltage to achieve stability at higher speeds, second, improving cooling to dissipate additional heat from increased performance, and third, adjusting the multiplier or FSB speed to boost performance.
If you implement cooling upgrades initially, you'll progress more effectively and reduce the risk of damage.
Simply boosting speed alone won't yield much improvement and may cause overheating.
For instance, if you increase the speed by 20% and voltage by 20%, you'll need about 44% more cooling capacity to maintain the same temperature. The calculation is 1.20 times 1.20 equals 1.44.
You'll require testing software to simulate load on the CPU and monitoring tools to track temperatures. If temperatures rise, stop immediately!
K
kiddswagg_760
02-04-2016, 09:25 PM #2

The most straightforward way to understand is that there are three essential components for overclocking. First, increasing the voltage to achieve stability at higher speeds, second, improving cooling to dissipate additional heat from increased performance, and third, adjusting the multiplier or FSB speed to boost performance.
If you implement cooling upgrades initially, you'll progress more effectively and reduce the risk of damage.
Simply boosting speed alone won't yield much improvement and may cause overheating.
For instance, if you increase the speed by 20% and voltage by 20%, you'll need about 44% more cooling capacity to maintain the same temperature. The calculation is 1.20 times 1.20 equals 1.44.
You'll require testing software to simulate load on the CPU and monitoring tools to track temperatures. If temperatures rise, stop immediately!

F
Fred10244
Posting Freak
937
02-05-2016, 03:12 AM
#3
The most straightforward way to understand is the three essential elements for overclocking. You need higher voltage for stability at faster speeds, better cooling to handle the extra heat, and control over the multiplier or FSB to boost performance. Doing the cooling adjustments first will help you progress more easily and reduce the risk of damage.
If you only focus on increasing speed without proper cooling, things will get too hot.
For example, if you increase the speed by 20% and voltage by 20%, you'll need about 44% more cooling to maintain the same temperature. The math shows it clearly.
You’ll need testing software to simulate load and monitoring tools to track temperatures. If things start getting hot, stop immediately!
F
Fred10244
02-05-2016, 03:12 AM #3

The most straightforward way to understand is the three essential elements for overclocking. You need higher voltage for stability at faster speeds, better cooling to handle the extra heat, and control over the multiplier or FSB to boost performance. Doing the cooling adjustments first will help you progress more easily and reduce the risk of damage.
If you only focus on increasing speed without proper cooling, things will get too hot.
For example, if you increase the speed by 20% and voltage by 20%, you'll need about 44% more cooling to maintain the same temperature. The math shows it clearly.
You’ll need testing software to simulate load and monitoring tools to track temperatures. If things start getting hot, stop immediately!