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ROGBot
I was seeing bad scores for a DDR4 memory and at the xmp and i was trying to find why
I couldn't find a solution as long as i searched, that doesn't mean i search everything.
So i changed the max cpu ratio to match the multi of the cpu so the NB clock matches the core clock.
The results are surprising especially the write.
Minimum 24 and Maximum 24 set by default.
Minimum 24 and Maximum 37 set with volt on auto
A full set of tests on Aida 64
Anyone else that played with cache ratio and if some results.
I couldn't find a solution as long as i searched, that doesn't mean i search everything.
So i changed the max cpu ratio to match the multi of the cpu so the NB clock matches the core clock.
The results are surprising especially the write.
Minimum 24 and Maximum 24 set by default.
Minimum 24 and Maximum 37 set with volt on auto
A full set of tests on Aida 64
Anyone else that played with cache ratio and if some results.
Yes! Cache makes a huge difference for AIDA and some other RAM benchmarks like MaxxMEM 😄
I would not run cache voltage that high...aim for 1.3v or less for 24/7 OC
Cache is fine lower than core....only performance increase is really to be seen in these specialist benchmarks...no point running that sort of voltage for cache...drop it to 40 42 and see what voltage auto sets...and then see if you can reduce voltage
Auto on my board goes too high even at lower cache multipliers....I have never dared to see what it would set for 44 for example....I can run 44 cache at 1.18v
cache is just for a bit of fun OCing...this is 1.33v I wouldn`t run that 24/7 either....no need
Cache is fine lower than core....only performance increase is really to be seen in these specialist benchmarks...no point running that sort of voltage for cache...drop it to 40 42 and see what voltage auto sets...and then see if you can reduce voltage
Auto on my board goes too high even at lower cache multipliers....I have never dared to see what it would set for 44 for example....I can run 44 cache at 1.18v
cache is just for a bit of fun OCing...this is 1.33v I wouldn`t run that 24/7 either....no need
Arne Saknussemm wrote:
I would not run cache voltage that high...aim for 1.3v or less for 24/7 OC
Cache is fine lower than core....only performance increase is really to be seen in these specialist benchmarks...no point running that sort of voltage for cache...drop it to 40 42 and see what voltage auto sets...and then see if you can reduce voltage
Auto on my board goes too high even at lower cache multipliers....I have never dared to see what it would set for 44 for example....I can run 44 cache at 1.18v
cache is just for a bit of fun OCing...this is 1.33v I wouldn`t run that 24/7 either....no need
I just posted a similar question to help increase the cache ratio. What tool do you use to read out your different voltages?
