F5F Stay Refreshed Power Users Overclocking Is my overclock above average?

Is my overclock above average?

Is my overclock above average?

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pafrickstump
Member
62
10-31-2016, 07:24 PM
#1
I achieved a stable OC of 4300Mhz @ 1.2V on air with your i5 4670K during Aida64 stress tests, and temperatures stayed below 69°C after 25 minutes. Did you win the silicon lottery or is your CPU overclocking as expected?
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pafrickstump
10-31-2016, 07:24 PM #1

I achieved a stable OC of 4300Mhz @ 1.2V on air with your i5 4670K during Aida64 stress tests, and temperatures stayed below 69°C after 25 minutes. Did you win the silicon lottery or is your CPU overclocking as expected?

J
JuicyDiamond
Member
85
11-03-2016, 01:34 PM
#2
4.3Ghz is anticipated, possibly reaching 4.6GHz at 1.3V. Regarding temperatures, during stress tests maintain below 90°C, while normal operations should stay under 75°C. Good luck!
J
JuicyDiamond
11-03-2016, 01:34 PM #2

4.3Ghz is anticipated, possibly reaching 4.6GHz at 1.3V. Regarding temperatures, during stress tests maintain below 90°C, while normal operations should stay under 75°C. Good luck!

I
iiCatherineii
Member
159
11-05-2016, 07:28 PM
#3
4.3Ghz is anticipated, possibly reaching 4.6GHz at 1.3V. Regarding temperatures, maintain below 90°C during stress tests and under 75°C for regular operations. Good luck!
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iiCatherineii
11-05-2016, 07:28 PM #3

4.3Ghz is anticipated, possibly reaching 4.6GHz at 1.3V. Regarding temperatures, maintain below 90°C during stress tests and under 75°C for regular operations. Good luck!

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Pickmaster12
Senior Member
710
11-09-2016, 09:04 AM
#4
you can attempt to test your configuration against the global standard by executing a "userbenchmark" and it will automatically upload to their platform
you may look for other configurations that resemble yours and evaluate their performance metrics. however, this isn't a true comparison since everyone uses different methods or preferences for overclocking. some prefer manual Vclock adjustments, others favor adaptive offsets, some opt for extremely high AVX offsets, while others don’t. some maximize all cores, others enable auto-per-core scaling. certain boards come with superior TPU (power step plan) or EPU (energy savings) features integrated.
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Pickmaster12
11-09-2016, 09:04 AM #4

you can attempt to test your configuration against the global standard by executing a "userbenchmark" and it will automatically upload to their platform
you may look for other configurations that resemble yours and evaluate their performance metrics. however, this isn't a true comparison since everyone uses different methods or preferences for overclocking. some prefer manual Vclock adjustments, others favor adaptive offsets, some opt for extremely high AVX offsets, while others don’t. some maximize all cores, others enable auto-per-core scaling. certain boards come with superior TPU (power step plan) or EPU (energy savings) features integrated.

S
s3bi154
Member
164
11-10-2016, 05:51 PM
#5
you can attempt to test your configuration against the global standard by running a "userbenchmark" and it will automatically upload to their platform
you might explore other configurations that resemble yours and analyze their performance metrics. however, this isn't a true comparison since everyone uses different methods for overclocking. some prefer manual vclock adjustments, others use adaptive offsets, some opt for very high avx values, while some don’t. some maximize all cores, others enable auto-per-core scaling. certain boards come with superior TPU (power step plan) or EPU (energy savings) features.
benchmarks are a helpful approach!
S
s3bi154
11-10-2016, 05:51 PM #5

you can attempt to test your configuration against the global standard by running a "userbenchmark" and it will automatically upload to their platform
you might explore other configurations that resemble yours and analyze their performance metrics. however, this isn't a true comparison since everyone uses different methods for overclocking. some prefer manual vclock adjustments, others use adaptive offsets, some opt for very high avx values, while some don’t. some maximize all cores, others enable auto-per-core scaling. certain boards come with superior TPU (power step plan) or EPU (energy savings) features.
benchmarks are a helpful approach!

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_V_L_R_
Junior Member
26
11-14-2016, 07:06 AM
#6
4.3Ghz is anticipated, you might even reach 4.6GHz at 1.3V.
Regarding temperatures, during stress tests keep it below 90°C, and for regular use stay under 75°C.
Good luck!
I plan to try overclocking further soon, but right now it seems the perfect setting for my needs!
_
_V_L_R_
11-14-2016, 07:06 AM #6

4.3Ghz is anticipated, you might even reach 4.6GHz at 1.3V.
Regarding temperatures, during stress tests keep it below 90°C, and for regular use stay under 75°C.
Good luck!
I plan to try overclocking further soon, but right now it seems the perfect setting for my needs!