F5F Stay Refreshed Power Users Overclocking Can you enhance the performance of an i5-3470 using a Z68 chipset board?

Can you enhance the performance of an i5-3470 using a Z68 chipset board?

Can you enhance the performance of an i5-3470 using a Z68 chipset board?

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afroninja246
Junior Member
5
04-29-2025, 11:04 PM
#11
Idle remains at 3.2GHz and turbo can increase by eight bins to 4.0GHz across all cores, even with four threads. A solid performance boost for a "locked" chip.
This overclocking multiplier was excluded for Haswell non-K processors, though they offered BCLK options at 100, 125 or 167.
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afroninja246
04-29-2025, 11:04 PM #11

Idle remains at 3.2GHz and turbo can increase by eight bins to 4.0GHz across all cores, even with four threads. A solid performance boost for a "locked" chip.
This overclocking multiplier was excluded for Haswell non-K processors, though they offered BCLK options at 100, 125 or 167.

C
CatFood_
Junior Member
18
04-30-2025, 12:21 AM
#12
BFG-9000:
Yes. Idle remains at 3.2GHz and turbo can increase by 8 bins to 4.0GHz across all cores, even with 4 threads. Not too bad for a "locked" chip.
This freebie multiplier overclocking was taken out for Haswell non-K but they gave divisors so BCLK could run at 100, 125 or 167 on those.
Good though, I couldn't find Multicore Enhancement on the Asus P8Z68-V PRO.
C
CatFood_
04-30-2025, 12:21 AM #12

BFG-9000:
Yes. Idle remains at 3.2GHz and turbo can increase by 8 bins to 4.0GHz across all cores, even with 4 threads. Not too bad for a "locked" chip.
This freebie multiplier overclocking was taken out for Haswell non-K but they gave divisors so BCLK could run at 100, 125 or 167 on those.
Good though, I couldn't find Multicore Enhancement on the Asus P8Z68-V PRO.

T
Thifleno
Member
206
04-30-2025, 01:07 AM
#13
If it lacks it, you might attempt adjusting Turbo Ratio to [By All Cores] with a multiplier of 40. Alternatively, set it to [By Per Core] and apply 40 for each. This could enable consistent performance around 4.0GHz, sacrificing the 3.2GHz idle speed. That's the typical outcome with a K processor—Turbo boost seems necessary to access all four frequency bins, which is why direct overclocking isn't feasible here.
T
Thifleno
04-30-2025, 01:07 AM #13

If it lacks it, you might attempt adjusting Turbo Ratio to [By All Cores] with a multiplier of 40. Alternatively, set it to [By Per Core] and apply 40 for each. This could enable consistent performance around 4.0GHz, sacrificing the 3.2GHz idle speed. That's the typical outcome with a K processor—Turbo boost seems necessary to access all four frequency bins, which is why direct overclocking isn't feasible here.

G
GhostGG
Member
170
05-07-2025, 03:51 PM
#14
BFG-9000 :
If it doesn't have it then you can attempt adjusting Turbo Ratio to [By All Cores] with a multiplier of 40. Or set it to [By Per Core] and apply 40 for each.
This might allow it to maintain a consistent speed of 4.0GHz, sacrificing the 3.2GHz idle rate. That's the usual outcome with a K processor—Turbo boost seems necessary to unlock the full potential, which explains why you can't overclock an i3 this way.
Thanks mate.
G
GhostGG
05-07-2025, 03:51 PM #14

BFG-9000 :
If it doesn't have it then you can attempt adjusting Turbo Ratio to [By All Cores] with a multiplier of 40. Or set it to [By Per Core] and apply 40 for each.
This might allow it to maintain a consistent speed of 4.0GHz, sacrificing the 3.2GHz idle rate. That's the usual outcome with a K processor—Turbo boost seems necessary to unlock the full potential, which explains why you can't overclock an i3 this way.
Thanks mate.

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