[citation][nom]gilgamex[/nom]When It comes to APU's theres no limitation to the die size, only the inherent disadvantages (such as power consumption & heat) that forces you to streamline and optimize the CPU & GPU architecture. So while Intel dedicates more for the CPU than GPU that only means that you have an i5 which will be its inherent size and the power and size of their gpu will make up the whole die size right? So all AMD did was take the Athlon II architecture and originally made Lllano with 5000 series radeon cores, and then piledriver with trinity and 6000 series Radeon cores. So it doesnt matter what the size of those CPU dies are, they are put in with their full size, there isn't a limit, same goes for Intel.[/citation]
Um, what? There are tons of inherent limitations to die sizes. Intel took their time in releasing SandyBridge-E and still hasn't released IvyBridge-E because the yield at that die size on the process was too low at the time and still remains low for Intel's 22nm process. NVidia's GK110 chip is massive and suffers from a high defect rate as a result. In order to increase product yield they have to disable part of the chip.
Um, what? There are tons of inherent limitations to die sizes. Intel took their time in releasing SandyBridge-E and still hasn't released IvyBridge-E because the yield at that die size on the process was too low at the time and still remains low for Intel's 22nm process. NVidia's GK110 chip is massive and suffers from a high defect rate as a result. In order to increase product yield they have to disable part of the chip.