You really can't believe everything you read on the internet. Voltage is only one part of the power equation.
The fact that GDDR5 switches twice as often per clock cycle is important. GDDR5 definitely burns more power than DDR3, yes, even at the same voltage.
well of course P=IV, Voltage is only half of it.
However, the difference between the power draw is not important in this scenario, it is completely blown up my MS to create a FUD campaign and here we are.
GDDR5 can be cooled passively just like DDR3. GDDR5 during development actually had a target of having a lower power consumption than GDDR3, which it achieved comfortably.
Considering the cooling system's Sony generally uses (blowing air through the entire system in one direction, as oppose to a standard radial system, this is likely in the PS4 looking at the design.) the GDDR5 will be cooled "comfortably"
EDIT: Power draw changes on each and every chip, it's likely the GDDR5 will use
insignificantly more power than DDR3 in the xb1.
I had an issue with Skeff's post and brought it up. Didn't get a response back then. ShapeGSX seems to have clarified it
Well there you are! Was wondering why I got no reply!
Sorry, was away from the thread and when I came back I must have missed it.
EDIT2: I'm attempting to get some data regarding the overclocking of GPU memory to see a tangible effect on the temperature increase, But it's difficult to find to be honest.
EDIT3:
I didn't say it was an issue. I was correcting an incorrect statement. There was an earlier statement that even equated voltage and power. This is hilarious misinformation.
I didn't equate it, I noted it was a very important factor, and Physics backs me up on this with P=IV.
Hilarious Misinformation my arse.