F5F Stay Refreshed Power Users Overclocking What is an appropriate safe range for overclocking an i5 4670k?

What is an appropriate safe range for overclocking an i5 4670k?

What is an appropriate safe range for overclocking an i5 4670k?

T
techiseasy
Senior Member
688
07-05-2016, 08:46 AM
#1
I aim to boost my CPU performance to see how it compares with my new GPU, avoiding bottlenecks in CPU-intensive games like GTA 5. I’m unsure when instability might start affecting me. What’s the best starting point for safely overclocking before issues arise?
T
techiseasy
07-05-2016, 08:46 AM #1

I aim to boost my CPU performance to see how it compares with my new GPU, avoiding bottlenecks in CPU-intensive games like GTA 5. I’m unsure when instability might start affecting me. What’s the best starting point for safely overclocking before issues arise?

W
Whatever_YT
Member
161
07-05-2016, 10:57 AM
#2
Late answer, but oh well.
TT water 3.0 can handle any OC you throw at it, no problem.
On that CPU, a modest increase in the multiplier to 43 is easily done and doesn’t require more tweaks. The built-in voltages are strong enough to keep the CPU stable. You might want to lower Intel C-states since longer sleep cycles can cause trouble; C-3 should suffice. Only at speeds above 4.4GHz will you need to adjust settings in the BIOS. This is just average guidance, not a strict rule.
Your exact CPU specs could change things—maybe it’s a 42 or even 44 multiplier instead of 43. It really depends.
A tiny reduction in vcore voltage, like 0.008v, could also help.
W
Whatever_YT
07-05-2016, 10:57 AM #2

Late answer, but oh well.
TT water 3.0 can handle any OC you throw at it, no problem.
On that CPU, a modest increase in the multiplier to 43 is easily done and doesn’t require more tweaks. The built-in voltages are strong enough to keep the CPU stable. You might want to lower Intel C-states since longer sleep cycles can cause trouble; C-3 should suffice. Only at speeds above 4.4GHz will you need to adjust settings in the BIOS. This is just average guidance, not a strict rule.
Your exact CPU specs could change things—maybe it’s a 42 or even 44 multiplier instead of 43. It really depends.
A tiny reduction in vcore voltage, like 0.008v, could also help.

B
bulbasaurb6
Junior Member
48
07-06-2016, 02:26 AM
#3
Each chip offers unique overclocking potential. A typical prediction is between 4.2 and 4.4ghz.
B
bulbasaurb6
07-06-2016, 02:26 AM #3

Each chip offers unique overclocking potential. A typical prediction is between 4.2 and 4.4ghz.

C
Crazy_Heaven
Posting Freak
811
07-08-2016, 12:18 AM
#4
Each chip has unique overclocking potential. A sensible guess is 4.2 to 4.4ghz. I haven't overclocked my CPU before, so should I just adjust the core ratio and keep other settings like voltages and caches at auto? Also, would my CPU cooler handle it?
C
Crazy_Heaven
07-08-2016, 12:18 AM #4

Each chip has unique overclocking potential. A sensible guess is 4.2 to 4.4ghz. I haven't overclocked my CPU before, so should I just adjust the core ratio and keep other settings like voltages and caches at auto? Also, would my CPU cooler handle it?

X
xOtashi
Junior Member
49
07-09-2016, 10:56 PM
#5
Late response, but okay.
TT water 3.0 can handle any OC you throw at it, no problem.
On that CPU, a modest increase of the multiplier to around 43 is straightforward and doesn’t require more tweaks. The standard voltages are more than sufficient to keep the CPU stable. You might want to lower Intel C-states since longer sleep cycles can cause trouble; C-3 should suffice. Only at speeds above 4.4GHz will you need to adjust settings in the BIOS. This is just average guidance, not a strict rule. Your exact CPU specs could mean a 42 or even 44 multiplier—luck favors the prepared. You might also see a slight reduction of 0.008v in vcore voltage, which could help before instability sets in. Stock voltages are typically near 1.25v at normal speeds. My i5 operates at 4.3GHz with 1.114v. On average, CPU temperatures dropped by about 10°C under load, while idle stayed steady at 34°.
X
xOtashi
07-09-2016, 10:56 PM #5

Late response, but okay.
TT water 3.0 can handle any OC you throw at it, no problem.
On that CPU, a modest increase of the multiplier to around 43 is straightforward and doesn’t require more tweaks. The standard voltages are more than sufficient to keep the CPU stable. You might want to lower Intel C-states since longer sleep cycles can cause trouble; C-3 should suffice. Only at speeds above 4.4GHz will you need to adjust settings in the BIOS. This is just average guidance, not a strict rule. Your exact CPU specs could mean a 42 or even 44 multiplier—luck favors the prepared. You might also see a slight reduction of 0.008v in vcore voltage, which could help before instability sets in. Stock voltages are typically near 1.25v at normal speeds. My i5 operates at 4.3GHz with 1.114v. On average, CPU temperatures dropped by about 10°C under load, while idle stayed steady at 34°.