bear jesus
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- Joined
- Aug 12, 2010
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System Name | Gaming temp// HTPC |
---|---|
Processor | AMD A6 5400k // A4 5300 |
Motherboard | ASRock FM2A75 PRO4// ASRock FM2A55M-DGS |
Cooling | Xigmatek HDT-D1284 // stock phenom II HSF |
Memory | 4GB 1600mhz corsair vengeance // 4GB 1600mhz corsair vengeance low profile |
Storage | 64gb sandisk pulse SSD and 500gb HDD // 500gb HDD |
Display(s) | acer 22" 1680x1050 |
Power Supply | Seasonic G-450 // Corsair CXM 430W |
I feel a bit electronically retarded asking this but i feel rather confused about the power part, what's with the extra 35A of current?
I assume with 32nm the voltage will drop but the transistor count will make a big jump, would the extra current just be something that's needed to power a butt load more transistors at a lower voltage?
Could the max current effect the max TDP CPU that could be put out for AM3+?
I really have no clue how the CPU voltage, CPU TDP wattage and socket current relate, as in what current would a 140w 965be pull but at what voltage and how much would upping the voltage up the current?
It makes me wonder how much current i have been sucking on when at something like 4ghz @ 1.5v.
I assume with 32nm the voltage will drop but the transistor count will make a big jump, would the extra current just be something that's needed to power a butt load more transistors at a lower voltage?
Could the max current effect the max TDP CPU that could be put out for AM3+?
I really have no clue how the CPU voltage, CPU TDP wattage and socket current relate, as in what current would a 140w 965be pull but at what voltage and how much would upping the voltage up the current?
It makes me wonder how much current i have been sucking on when at something like 4ghz @ 1.5v.