Temps here with an air cooler ( Noctua NH-U14S) + full review:
https://www.techpowerup.com/review/intel-core-i5-12600/21.html
Only issue is - No multiplier overclocking.
Here's an interesting quote from this review "I'm quite positive that all motherboard vendors are looking into bringing this capability [B-Clocking] to their whole lineup, possibly on cheaper B660 motherboards, too. On the other hand, I'm just as sure Intel is looking into methods to block this capability through BIOS updates."
Unfortunately it does somewhat highlight the limits of Intel's current 10nm desktop CPUs - They couldn't manage this on 8 P-cores (the ones that you actually want to use ).
Maybe next time Intel (13th gen?).
EDIT - It does seem that it's not quite stable at 5ghz, but 4.9ghz was stable with just 1.137v.
So yeah, Intel still struggling with 5ghz lol.
Does anyone know if Asus' Multi Core Enhancement (MCE) would allow users to clock the 12600 at 4.8ghz on all cores?
https://www.techpowerup.com/review/intel-core-i5-12600/21.html
Only issue is - No multiplier overclocking.
Here's an interesting quote from this review "I'm quite positive that all motherboard vendors are looking into bringing this capability [B-Clocking] to their whole lineup, possibly on cheaper B660 motherboards, too. On the other hand, I'm just as sure Intel is looking into methods to block this capability through BIOS updates."
Unfortunately it does somewhat highlight the limits of Intel's current 10nm desktop CPUs - They couldn't manage this on 8 P-cores (the ones that you actually want to use ).
Maybe next time Intel (13th gen?).
EDIT - It does seem that it's not quite stable at 5ghz, but 4.9ghz was stable with just 1.137v.
So yeah, Intel still struggling with 5ghz lol.
Does anyone know if Asus' Multi Core Enhancement (MCE) would allow users to clock the 12600 at 4.8ghz on all cores?
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