Hi everyone,
Lately, I've came across one particular ASUS P7P55D Deluxe's unique feature like ASUS XtremeDesign True 24 Hybrid Phase Design and I don't know why it says 24 Phases since the description says it is only 16+3 extra Phases = 19 Phases...
Why 24 Phases while the total Phases are actually 19 Phases (16+3)???
Same thing with P7P55D EVO's True 16 Hybrid Phase Design which is actually only 12+2 = 14 Phases total....
I don't even think that I am having problem with these pure elementary mathematic equations...
Another question is that would 24/19 Hybrid Phase Powers give a lot of performance boost or allowing more overclocking than 16 Hybrid Phase Powers (12+2)????
If I had to choose between ASUS P7P55D Deluxe and ASUS P7P55D EVO, which one should I choose??
Is it worth to choose P7P55D Deluxe over P7P55D EVO???
Is True 24 Hybrid Phase Power Design just ASUS's Marketing Hype or is it really useful for overclocking and lowering CPU's Vcore Temperature???
Please let me know, thanks.
Lately, I've came across one particular ASUS P7P55D Deluxe's unique feature like ASUS XtremeDesign True 24 Hybrid Phase Design and I don't know why it says 24 Phases since the description says it is only 16+3 extra Phases = 19 Phases...
Why 24 Phases while the total Phases are actually 19 Phases (16+3)???
Same thing with P7P55D EVO's True 16 Hybrid Phase Design which is actually only 12+2 = 14 Phases total....
I don't even think that I am having problem with these pure elementary mathematic equations...
Another question is that would 24/19 Hybrid Phase Powers give a lot of performance boost or allowing more overclocking than 16 Hybrid Phase Powers (12+2)????
If I had to choose between ASUS P7P55D Deluxe and ASUS P7P55D EVO, which one should I choose??
Is it worth to choose P7P55D Deluxe over P7P55D EVO???
Is True 24 Hybrid Phase Power Design just ASUS's Marketing Hype or is it really useful for overclocking and lowering CPU's Vcore Temperature???
Please let me know, thanks.