The fact home users can clock their chips to an arbitrary clockrate does not translate into a manufacturer being able to validate a comercially viable yield at that clockrate.
Of course, don't that interfere with the thread degrading into infantile abuse and counter abuse. Thats what most of you are here for, isn't it.
We are not arguing that point but we are arguing
No Current phenom II will go near a stable 3.6Ghz on low volts with a stock cooler,
Which is wrong as the stock cooler has to handle stock volts which was the original point for comments about AMD releasing a 3.5 stock CPU.
He was basically saying that its very unlikely & we were just informing that in fact that is not so.
Which is wrong as the stock cooler has to handle stock volts which was the original point for comments about AMD releasing a 3.5 stock CPU.
He was basically saying that its very unlikely & we were just informing that in fact that is not so.
Would you generously share your load temperatures @ 3.5GHZ with stock voltages 64bit OS prime using OCCT Linpack in a hot ambient lets say 30c room temperature and bad ventilated case along with stock TIM
Intel Core I7 920 @ 3.8GHZ 1.28V (Core Contact Freezer)
Asus X58 P6T
6GB OCZ Gold DDR3-1600MHZ 8-8-8-24
XFX HD5870
WD 1TB Black HD
Corsair 850TX
Cooler Master HAF 922
Would you generously share your load temperatures @ 3.5GHZ with stock voltages 64bit OS prime using OCCT Linpack in a hot ambient lets say 30c room temperature and bad ventilated case along with stock TIM
Same for i7
PhII + 30°C
AMD Phenom II X2 550@Phenom II X4 B50
MSI 890GXM-G65
Corsair CMX4GX3M2A1600C9 2x2GB
Sapphire HD 6950 2GB
Would you generously share your load temperatures @ 3.5GHZ with stock voltages 64bit OS prime using OCCT Linpack in a hot ambient lets say 30c room temperature and bad ventilated case along with stock TIM
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