F5F Stay Refreshed Power Users Overclocking Could you check if your i5 6600k can run at 4.3 GHz?

Could you check if your i5 6600k can run at 4.3 GHz?

Could you check if your i5 6600k can run at 4.3 GHz?

S
SolrWolf
Junior Member
38
07-01-2016, 10:25 AM
#1
I'm thinking about boosting my Intel i5 6600k Skylake CPU but I'm uncertain about stability. Should I try overclocking to 4.3 GHz or is there a safer target? My motherboard is an Asus Z170-P ATX with LGA1151 socket, the cooler is Phanteks U Dual Type PH-TC12DX_BK, and I have a 650w EVGA power supply.
S
SolrWolf
07-01-2016, 10:25 AM #1

I'm thinking about boosting my Intel i5 6600k Skylake CPU but I'm uncertain about stability. Should I try overclocking to 4.3 GHz or is there a safer target? My motherboard is an Asus Z170-P ATX with LGA1151 socket, the cooler is Phanteks U Dual Type PH-TC12DX_BK, and I have a 650w EVGA power supply.

F
FiLLane
Junior Member
2
07-01-2016, 07:03 PM
#2
Skylake is still relatively new and the production method is evolving, which means we lack the extensive long-term data found with older chips to precisely define 'average'. I anticipate it will perform around 4.5Ghz. 'Safe' levels are set at acceptable voltage ranges and comfortable temperatures—specifically 1.300V or lower and a maximum of 70°C for continuous operation. Based on current observations, the Skylake seems to reach higher voltages before reaching extreme heat. Aiming for 4.5Ghz at 70°C or below with 1.300V or less appears to be a sensible goal.

Due to the reduced manufacturing scale, we might need to apply slightly more careful adjustments when overclocking, treating each chip with gentle precision.

You now have everything necessary for a solid overclock attempt—follow the guidance, watch relevant content, and proceed confidently.
F
FiLLane
07-01-2016, 07:03 PM #2

Skylake is still relatively new and the production method is evolving, which means we lack the extensive long-term data found with older chips to precisely define 'average'. I anticipate it will perform around 4.5Ghz. 'Safe' levels are set at acceptable voltage ranges and comfortable temperatures—specifically 1.300V or lower and a maximum of 70°C for continuous operation. Based on current observations, the Skylake seems to reach higher voltages before reaching extreme heat. Aiming for 4.5Ghz at 70°C or below with 1.300V or less appears to be a sensible goal.

Due to the reduced manufacturing scale, we might need to apply slightly more careful adjustments when overclocking, treating each chip with gentle precision.

You now have everything necessary for a solid overclock attempt—follow the guidance, watch relevant content, and proceed confidently.

J
JunipIsHere
Junior Member
17
07-06-2016, 10:35 AM
#3
Dear god I hope so
J
JunipIsHere
07-06-2016, 10:35 AM #3

Dear god I hope so

L
Lucky_Arnout
Member
158
07-06-2016, 05:50 PM
#4
It should be simple, but after trying overclocking, there are no assurances
L
Lucky_Arnout
07-06-2016, 05:50 PM #4

It should be simple, but after trying overclocking, there are no assurances

A
ashlynshae
Junior Member
5
07-14-2016, 12:42 AM
#5
Skylake is still relatively new with its manufacturing method, so we lack the extensive experience from older chips to precisely define 'average'. I anticipate it will be approximately 4.5Ghz. 'Safe' voltages and temperatures are set at 1.300V or below and 70°C for continuous operation. Based on current understanding, Skylake appears to reach high voltage before significant temperature rise occurs. Achieving 4.5Ghz at 70°C or less with 1.300V or less seems achievable. Due to the smaller production scale, we might need a more gentle approach and finer overclocking adjustments. You're equipped for a solid overclock—follow the guides, watch tutorials, and share your results. Enjoy!
A
ashlynshae
07-14-2016, 12:42 AM #5

Skylake is still relatively new with its manufacturing method, so we lack the extensive experience from older chips to precisely define 'average'. I anticipate it will be approximately 4.5Ghz. 'Safe' voltages and temperatures are set at 1.300V or below and 70°C for continuous operation. Based on current understanding, Skylake appears to reach high voltage before significant temperature rise occurs. Achieving 4.5Ghz at 70°C or less with 1.300V or less seems achievable. Due to the smaller production scale, we might need a more gentle approach and finer overclocking adjustments. You're equipped for a solid overclock—follow the guides, watch tutorials, and share your results. Enjoy!

R
Razlorus
Posting Freak
976
07-14-2016, 01:46 AM
#6
I'm thinking about upgrading my Intel i5 6600k Skylake CPU but I'm not sure if it will work well. Should I try overclocking it to 4.3 GHz? Is that a stable setting? My motherboard is an Asus Z170-P ATX LGA1151 socket, the CPU cooler is a Phanteks U Dual Type PH-TC12DX_BK, and I have a 650w EVGA power supply. You can push it to any voltage you prefer. It might help to use RealTemp and Prime95 together for overclocking. RealTemp tracks the CPU's temperature range, while Prime95 helps increase speed. As long as the temperature stays below 70°C and the system doesn't crash during testing, it should be safe to keep pushing the voltage.
R
Razlorus
07-14-2016, 01:46 AM #6

I'm thinking about upgrading my Intel i5 6600k Skylake CPU but I'm not sure if it will work well. Should I try overclocking it to 4.3 GHz? Is that a stable setting? My motherboard is an Asus Z170-P ATX LGA1151 socket, the CPU cooler is a Phanteks U Dual Type PH-TC12DX_BK, and I have a 650w EVGA power supply. You can push it to any voltage you prefer. It might help to use RealTemp and Prime95 together for overclocking. RealTemp tracks the CPU's temperature range, while Prime95 helps increase speed. As long as the temperature stays below 70°C and the system doesn't crash during testing, it should be safe to keep pushing the voltage.