F5F Stay Refreshed Power Users Overclocking Does your CPU exceed its recommended overclocking limits?

Does your CPU exceed its recommended overclocking limits?

Does your CPU exceed its recommended overclocking limits?

K
Killerman1834
Posting Freak
885
05-28-2016, 06:28 AM
#1
Recently I assembled a new build and came across "Dual Intelligent Processor 5". I decided to test it out. After running some tests, the program pushed my i5 6600k to 4.6ghz. I'm unsure if that's too high or just a coincidence with my CPU. If it's running at an unsafe level, what should I do? (consider increasing cooling, adjusting voltage, etc.)

Additional details about the build:
- CPU: Core i5 6600k
- Cooler: Cooler Master Hyper 212 EVO 82.9 CFM Sleeve Bearing (only one fan, maybe adding another would help?)
- Motherboard: Asus Z170 PRO GAMING ATX LGA1151
- Case: Corsair Carbide 400C ATX Mid Tower (two built-in fans available for expansion)
K
Killerman1834
05-28-2016, 06:28 AM #1

Recently I assembled a new build and came across "Dual Intelligent Processor 5". I decided to test it out. After running some tests, the program pushed my i5 6600k to 4.6ghz. I'm unsure if that's too high or just a coincidence with my CPU. If it's running at an unsafe level, what should I do? (consider increasing cooling, adjusting voltage, etc.)

Additional details about the build:
- CPU: Core i5 6600k
- Cooler: Cooler Master Hyper 212 EVO 82.9 CFM Sleeve Bearing (only one fan, maybe adding another would help?)
- Motherboard: Asus Z170 PRO GAMING ATX LGA1151
- Case: Corsair Carbide 400C ATX Mid Tower (two built-in fans available for expansion)

C
coolmatt30
Junior Member
49
05-29-2016, 01:36 AM
#2
Perfectly fine, I believe you have a solid chip. For safety, keep the OC Vcore around 1.4v. During stress tests, 85°C is acceptable. In regular operation, it should be lower. Make sure the OC includes speedstep and adaptive voltage, which will lower the vcore and multiplier when the CPU isn't busy. CPU-Z can provide this info.

As of 12/04/2016, the percentage that might consider overclocking at a reasonable 1.40v Vcore is:
I5-6600K – 5.2%
4.9 – 14%
4.8 – 38%
4.7 – 67%
4.6 – 87%
C
coolmatt30
05-29-2016, 01:36 AM #2

Perfectly fine, I believe you have a solid chip. For safety, keep the OC Vcore around 1.4v. During stress tests, 85°C is acceptable. In regular operation, it should be lower. Make sure the OC includes speedstep and adaptive voltage, which will lower the vcore and multiplier when the CPU isn't busy. CPU-Z can provide this info.

As of 12/04/2016, the percentage that might consider overclocking at a reasonable 1.40v Vcore is:
I5-6600K – 5.2%
4.9 – 14%
4.8 – 38%
4.7 – 67%
4.6 – 87%

B
BugSchinkenTv
Junior Member
4
05-31-2016, 05:14 AM
#3
It could be a bit excessive, so I'd suggest 4.4GHz. If it stays stable, I'd just maintain 4.6GHz.
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BugSchinkenTv
05-31-2016, 05:14 AM #3

It could be a bit excessive, so I'd suggest 4.4GHz. If it stays stable, I'd just maintain 4.6GHz.

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Nikita_Banane
Member
161
06-02-2016, 01:27 AM
#4
Perfectly fine, I believe you have a solid chip. For safety, keep the OC Vcore around 1.4v. During stress tests, 85°C is acceptable. In regular operation, it should be lower. Make sure the OC includes speedstep and adaptive voltage, which will lower the vcore and multiplier when the CPU isn't busy. CPU-Z can provide this info.

As of 12/04/2016, the percentage that might consider overclocking at a reasonable 1.40v Vcore is:
I5-6600K – 5.2%
4.9 – 14%
4.8 – 38%
4.7 – 67%
4.6 – 87%
N
Nikita_Banane
06-02-2016, 01:27 AM #4

Perfectly fine, I believe you have a solid chip. For safety, keep the OC Vcore around 1.4v. During stress tests, 85°C is acceptable. In regular operation, it should be lower. Make sure the OC includes speedstep and adaptive voltage, which will lower the vcore and multiplier when the CPU isn't busy. CPU-Z can provide this info.

As of 12/04/2016, the percentage that might consider overclocking at a reasonable 1.40v Vcore is:
I5-6600K – 5.2%
4.9 – 14%
4.8 – 38%
4.7 – 67%
4.6 – 87%

S
SorcererVevo
Member
180
06-02-2016, 05:35 AM
#5
geofelt :
You're all right.
I believe you have a solid chip.
For safety, keep the OC Vcore around 1.4v.
During stress tests, 85c is acceptable.
In regular use, it should be lower.
Check if the OC supports speedstep and adaptive voltage.
This will lower the vcore and multiplier when the CPU isn't busy.
CPU-Z will show you the details.
As of 12/04/2016
Around what percentage can someone get an overclock at a reasonable 1.40v Vcore?
I5-6600K
5.2 <1% delidded
4.9 14%
4.8 38%
4.7 67%
4.6 87%
95% confident adaptive voltage is present, speedstep is uncertain. Thanks!
S
SorcererVevo
06-02-2016, 05:35 AM #5

geofelt :
You're all right.
I believe you have a solid chip.
For safety, keep the OC Vcore around 1.4v.
During stress tests, 85c is acceptable.
In regular use, it should be lower.
Check if the OC supports speedstep and adaptive voltage.
This will lower the vcore and multiplier when the CPU isn't busy.
CPU-Z will show you the details.
As of 12/04/2016
Around what percentage can someone get an overclock at a reasonable 1.40v Vcore?
I5-6600K
5.2 <1% delidded
4.9 14%
4.8 38%
4.7 67%
4.6 87%
95% confident adaptive voltage is present, speedstep is uncertain. Thanks!

K
kleinne_meid
Member
228
06-08-2016, 07:49 AM
#6
Check cpu-Z during idle state. The multiplier and vcore should both be lowered. When under load, increase the multiplier and vcore to their maximum levels.
K
kleinne_meid
06-08-2016, 07:49 AM #6

Check cpu-Z during idle state. The multiplier and vcore should both be lowered. When under load, increase the multiplier and vcore to their maximum levels.

H
Heroteddy
Member
203
06-08-2016, 03:36 PM
#7
You have a solid chip running at 4.6 GHz with an automatic OC program at 1.325V, but your CPU might actually perform better, suggesting a higher-quality chip. Your temperatures seem fine. If everything checks out, you could potentially reach 1.4V and cool below 90°C on push-pull, possibly even achieving 5.0 GHz in air!
H
Heroteddy
06-08-2016, 03:36 PM #7

You have a solid chip running at 4.6 GHz with an automatic OC program at 1.325V, but your CPU might actually perform better, suggesting a higher-quality chip. Your temperatures seem fine. If everything checks out, you could potentially reach 1.4V and cool below 90°C on push-pull, possibly even achieving 5.0 GHz in air!