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Currently, I have my cpu overclocked to 45/45/44/43 at 1.2625v with an NZXT Kraken X41 keeping thermals in the low 60s under load in Aida64. I understand that the silicon lottery will play a part, but how far can I reasonably push the chip while expecting it to run for 18-24 more months?

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why individual multipliers,nonsense to me? 

you can push the voltage easily to 1.32v for a 24/7,see how much you can increase the multiplier at that voltage

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2 minutes ago, McHox said:

why individual multipliers,nonsense to me? 

 

It was set to 35/35/34/33 default with a boost to 39/39/38/37, so I just increased everything by 10 and wasn't sure how much of a difference it made. I'm new to more extreme overclocking.

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9 minutes ago, ZenMonkey said:

Currently, I have my cpu overclocked to 45/45/44/43 at 1.2625v with an NZXT Kraken X41 keeping thermals in the low 60s under load in Aida64. I understand that the silicon lottery will play a part, but how far can I reasonably push the chip while expecting it to run for 18-24 more months?

up the voltage to I'd say no more than 1.35 for core, set the multiplier to all cores to 4.7, see if you're stable, if not, increase the VCCIO and ring voltages and try again, Haswell has a lot of auxiliary voltages that also effect stability. 

Yours faithfully

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12 minutes ago, ZenMonkey said:

Currently, I have my cpu overclocked to 45/45/44/43 at 1.2625v with an NZXT Kraken X41 keeping thermals in the low 60s under load in Aida64. I understand that the silicon lottery will play a part, but how far can I reasonably push the chip while expecting it to run for 18-24 more months?

VCCSA is also very important, they shouldn't be higher than about 1.25 though for 24/7. These voltages have different names each chipset almost so I haven't kept up, for the FIVR voltage or ring voltage (what ever they call) a 20% increase over stock should be enough. 

Yours faithfully

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