Originally Posted by alanwarwic:
“You really have to look at the history of this when attempting to make any sense of it, suppliers and manufacturers seldom telling the public anything.
What we know is that there are now 3 chip suppliers involved, 2 providing 14 nm and 1 latecome, TSMC providing 16nm.
Newcomer Global Foundries's new 14nm was said to be at a low production rate so it forced Apple into last minute using TSMC, Apple having only signed up to Samsung to buy what spare capacity Samsung had available.
There is a shedload of missing info here. Are the Global Foundry chips of low quality neccessitating a higher voltage requirement and lower battery life. Or did TSMC give a mixed supply of Finfet and Finfet+, the + version having ULV capabilities for lower wattage?
Or are some TSMC ones at fault, running slower when warm, thus improving battery life at the cost of performance? I doubt anyone will find out, and as well as having 3 suppliers and a theoretically 4 possible Socs, we also have that possibility of Apple using various battery supplies, of mildly mixed performace/quality.
The only confidence I see is that the 14nm Samsung and Global Foundries silicon runs faster, but not the 10% faster CPU some have claimed. Yet even there, TSMC Finfet+, if used, could be overclocked to compensate for 16nm slowness, and still use less battery!”
“You really have to look at the history of this when attempting to make any sense of it, suppliers and manufacturers seldom telling the public anything.
What we know is that there are now 3 chip suppliers involved, 2 providing 14 nm and 1 latecome, TSMC providing 16nm.
Newcomer Global Foundries's new 14nm was said to be at a low production rate so it forced Apple into last minute using TSMC, Apple having only signed up to Samsung to buy what spare capacity Samsung had available.
There is a shedload of missing info here. Are the Global Foundry chips of low quality neccessitating a higher voltage requirement and lower battery life. Or did TSMC give a mixed supply of Finfet and Finfet+, the + version having ULV capabilities for lower wattage?
Or are some TSMC ones at fault, running slower when warm, thus improving battery life at the cost of performance? I doubt anyone will find out, and as well as having 3 suppliers and a theoretically 4 possible Socs, we also have that possibility of Apple using various battery supplies, of mildly mixed performace/quality.
The only confidence I see is that the 14nm Samsung and Global Foundries silicon runs faster, but not the 10% faster CPU some have claimed. Yet even there, TSMC Finfet+, if used, could be overclocked to compensate for 16nm slowness, and still use less battery!”
So you say we should look into the history and then proceed to speculate on almost every aspect.
If we are really going to look into history, I would suggest we learn that lots of people who show a pathological dislike for Apple will keep posting claiming it is a huge issue. Click bate articles will be written, and those that own and use the devices will get on with their lives and be very happy with the device they purchased.




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