F5F Stay Refreshed Power Users Overclocking What methods are available for stress testing a CPU?

What methods are available for stress testing a CPU?

What methods are available for stress testing a CPU?

O
Ozzywrath
Junior Member
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6
09-11-2019, 07:26 PM
#1
Hi all,
I'm attempting to overclock my Ryzen CPU using Ryzen Master. After applying the changes, I noticed the latest version lacks a "Apply & Test" option and only offers an apply button. My question is: how can I stress-test the CPU and verify stability? Should I use tools like Cinebench or is there another recommendation?
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O
Ozzywrath
09-11-2019, 07:26 PM #1

Hi all,
I'm attempting to overclock my Ryzen CPU using Ryzen Master. After applying the changes, I noticed the latest version lacks a "Apply & Test" option and only offers an apply button. My question is: how can I stress-test the CPU and verify stability? Should I use tools like Cinebench or is there another recommendation?

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O
OnurLogica
Junior Member
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47
09-14-2019, 01:47 PM
#2
There are several CPU stress tests, and none fit all situations equally. They typically belong to two categories:
A) Voltage stability: intense, continuously changing workload
Intel XTU
Asus Realbench
Cinebench R15/R20
Intel Burn Test
Aida64 (stress FPU)
Linpack Extreme
B) Thermal stability (CPU cooling): demanding, steady load
Aida64 (stress CPU)
Cpu-Z bench
Furmark CPU Burner
Occt Small Data Set (no AVX)
Prime 95 Small FFT (AVX disabled)
Prime 95 Small FFT (AVX enabled)
Prime 95 Small FFT (AVX disabled)
Reference to the suitability of these applications comes from CompuTronix's Intel Temperature Guide.
Then there is the actual application stress testing, as previously discussed by sizzling.
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O
OnurLogica
09-14-2019, 01:47 PM #2

There are several CPU stress tests, and none fit all situations equally. They typically belong to two categories:
A) Voltage stability: intense, continuously changing workload
Intel XTU
Asus Realbench
Cinebench R15/R20
Intel Burn Test
Aida64 (stress FPU)
Linpack Extreme
B) Thermal stability (CPU cooling): demanding, steady load
Aida64 (stress CPU)
Cpu-Z bench
Furmark CPU Burner
Occt Small Data Set (no AVX)
Prime 95 Small FFT (AVX disabled)
Prime 95 Small FFT (AVX enabled)
Prime 95 Small FFT (AVX disabled)
Reference to the suitability of these applications comes from CompuTronix's Intel Temperature Guide.
Then there is the actual application stress testing, as previously discussed by sizzling.

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U
Unfrugal
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80
09-14-2019, 02:38 PM
#3
If you truly need to test its limits, run prime95 for an hour and observe both stability and cooling performance. For a lighter stress test, I prefer cpu-z but often use aida64 which can handle CPU, RAM, drives, and GPU simultaneously.
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U
Unfrugal
09-14-2019, 02:38 PM #3

If you truly need to test its limits, run prime95 for an hour and observe both stability and cooling performance. For a lighter stress test, I prefer cpu-z but often use aida64 which can handle CPU, RAM, drives, and GPU simultaneously.

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beachen91
Junior Member
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13
09-14-2019, 04:25 PM
#4
Cinebench offers another assessment. The genuine measure of stability comes from testing on the actual machine. Stress tests may succeed, but real-world tasks can still cause issues.
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beachen91
09-14-2019, 04:25 PM #4

Cinebench offers another assessment. The genuine measure of stability comes from testing on the actual machine. Stress tests may succeed, but real-world tasks can still cause issues.

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D
Default_Matix
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138
09-15-2019, 11:02 PM
#5
I use OCCT.
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D
Default_Matix
09-15-2019, 11:02 PM #5

I use OCCT.

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PvtStoner
Senior Member
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599
09-17-2019, 12:17 PM
#6
There are several CPU stress tests, and none fit all situations equally. They typically belong to two categories:
A) Voltage stability: intense, continuously changing workload
Intel XTU
Asus Realbench
Cinebench R15/R20
Intel Burn Test
Aida64 (stress FPU)
Linpack Extreme
B) Thermal stability (CPU cooling): demanding, steady load
Aida64 (stress CPU)
Cpu-Z bench
Furmark CPU Burner
Occt Small Data Set (no AVX)
Prime 95 Small FFT (AVX disabled)
Prime 95 Small FFT (AVX enabled)
Prime 95 Small FFT (AVX disabled)
Reference on which these applications are most appropriate comes from CompuTronix's Intel Temperature Guide.
Then there is the actual application stress testing, as previously discussed by sizzling.
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P
PvtStoner
09-17-2019, 12:17 PM #6

There are several CPU stress tests, and none fit all situations equally. They typically belong to two categories:
A) Voltage stability: intense, continuously changing workload
Intel XTU
Asus Realbench
Cinebench R15/R20
Intel Burn Test
Aida64 (stress FPU)
Linpack Extreme
B) Thermal stability (CPU cooling): demanding, steady load
Aida64 (stress CPU)
Cpu-Z bench
Furmark CPU Burner
Occt Small Data Set (no AVX)
Prime 95 Small FFT (AVX disabled)
Prime 95 Small FFT (AVX enabled)
Prime 95 Small FFT (AVX disabled)
Reference on which these applications are most appropriate comes from CompuTronix's Intel Temperature Guide.
Then there is the actual application stress testing, as previously discussed by sizzling.

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K
Kay123_
Senior Member
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368
09-17-2019, 02:10 PM
#7
Thank you all for your feedback. I'm not attempting any extreme overclocking but will follow your advice.
I plan to randomly select a few options and check if they cause issues with the overclock already applied. If they don't, I'll keep using them and make adjustments as needed.
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K
Kay123_
09-17-2019, 02:10 PM #7

Thank you all for your feedback. I'm not attempting any extreme overclocking but will follow your advice.
I plan to randomly select a few options and check if they cause issues with the overclock already applied. If they don't, I'll keep using them and make adjustments as needed.

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