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#171
It may be. But it used to be here with these settings. So some things have been changed.
I can use offset and run 4.8 at 1.152V, perfectly stable. If I do nothing but enable SVID save and exit, I will boot into windows at around 1.535V. SVID won't be enabled on this board.
There are some settings that will prevent your adaptive vcore from overshooting, I'll have to check my settings. I have adaptive voltage with a turbo vcore of 1.300v and a - offset set to auto, my vcore overshoots to 1.310v max.
These chips have Intel Speedshift which the chip itself handles vs the older OS handled Speedstep, it works kinda strange though. For example just a few apps using a total of 5% CPU on average results in average idle clock speeds of 3600-4000Mhz. When I listen to music with a few more apps running in the background the clocks average almost 4500Mhz - 1.100-1.200v while the actual CPU usage is still very low!! I still manage to average 90-100W idle total system load but if I cut some apps I can get average clocks of 2500Mhz - 0.900v and 80W total idle system load. I don't understand why Speedshift idles the clocks so high but I believe it may be because the cores can be more responsive when kept slightly higher...
I bought this chip from the Silicon lottery site, delidded and binned. Was not cheap either. It is a very special chip for me, Yes :)
Note: Just looked at their site this morning, and the chip I bought, they can't find one that was OC'd as high as this one anymore, or at least for now, as its not even listed anymore.
That's great! It was very expensive for me to order from Silicon Lottery into NZ so I had to pass. Does the reduced thermals seem to allow the chip to reach higher clocks with less voltage do you think? I thought this might have been hard coded in Intel's voltage table as to how much voltage is required for various clock speeds.