F5F Stay Refreshed Power Users Overclocking Would it be wise to continue pushing my i5 6600k further overclocked?

Would it be wise to continue pushing my i5 6600k further overclocked?

Would it be wise to continue pushing my i5 6600k further overclocked?

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fibifelise
Member
233
07-03-2016, 04:17 PM
#1
I own an i5 6600k paired with a master 212 evo cooler. My CPU runs at 4.6ghz @ 1.32v, and I haven’t experimented with lower voltages yet—I went from 1.275ghz at 4.5ghz. I’m wondering whether it’s better to:
- Lower the voltage now
- Aim for 4.8ghz and see if it’s a lucky guess
P.S. My current 4.6 performance is stable (even during streaming, recording, stress tests, Fortnite) at roughly 50-55°C.
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fibifelise
07-03-2016, 04:17 PM #1

I own an i5 6600k paired with a master 212 evo cooler. My CPU runs at 4.6ghz @ 1.32v, and I haven’t experimented with lower voltages yet—I went from 1.275ghz at 4.5ghz. I’m wondering whether it’s better to:
- Lower the voltage now
- Aim for 4.8ghz and see if it’s a lucky guess
P.S. My current 4.6 performance is stable (even during streaming, recording, stress tests, Fortnite) at roughly 50-55°C.

L
lolitskong
Member
57
07-03-2016, 08:29 PM
#2
All the mentioned points are important. Each CPU has slight variations, making exact performance hard to predict. To aim for 4.8Ghz, attempt it and check if voltage and heat allow. For 4.6Ghz, reduce voltage until instability appears, then adjust slightly higher or add an LLC to handle load drops. With air cooling, keep voltage below about 1.35V. If not stress testing, sudden heavy loads may cause failure—most tests use extreme conditions to ensure reliability. Many games today can push a quad-core processor to its limits.
L
lolitskong
07-03-2016, 08:29 PM #2

All the mentioned points are important. Each CPU has slight variations, making exact performance hard to predict. To aim for 4.8Ghz, attempt it and check if voltage and heat allow. For 4.6Ghz, reduce voltage until instability appears, then adjust slightly higher or add an LLC to handle load drops. With air cooling, keep voltage below about 1.35V. If not stress testing, sudden heavy loads may cause failure—most tests use extreme conditions to ensure reliability. Many games today can push a quad-core processor to its limits.

C
ChibiWolf39
Senior Member
491
07-03-2016, 09:24 PM
#3
All the mentioned points are important. Each CPU has slight variations, making exact performance hard to predict. To aim for 4.8Ghz, attempt it and check if voltage and heat allow. For 4.6Ghz, reduce voltage until instability occurs, then adjust slightly higher or add an LLC to handle load drops. With air cooling, keep voltage below about 1.35V. If not stress testing, sudden heavy loads may cause failure—most tests use extreme conditions to ensure reliability. Many games today can push a quad-core processor to its limits.
C
ChibiWolf39
07-03-2016, 09:24 PM #3

All the mentioned points are important. Each CPU has slight variations, making exact performance hard to predict. To aim for 4.8Ghz, attempt it and check if voltage and heat allow. For 4.6Ghz, reduce voltage until instability occurs, then adjust slightly higher or add an LLC to handle load drops. With air cooling, keep voltage below about 1.35V. If not stress testing, sudden heavy loads may cause failure—most tests use extreme conditions to ensure reliability. Many games today can push a quad-core processor to its limits.

D
Dandoolies
Junior Member
49
07-05-2016, 01:28 AM
#4
Thank you, I'll keep an eye out and let you know if I've won.
D
Dandoolies
07-05-2016, 01:28 AM #4

Thank you, I'll keep an eye out and let you know if I've won.