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Totally explains why some are overheating doing almost nothing and others are fine. How do you pick out the better 14nm one?

How do you know the 14nm one is the better one? Because 14 is smaller than 16?

You have literally no idea which one is "better" - they could very well be indistinguishable within the error bars.
 
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As I recall that was allegedly due to differences in the cellular network. Not that it matters - it is irrelevant to Apple.

A better example would be the Retina MacBook Pro, billed as having the greatest screen ever that actually came with either a Samsung screen that met expectations or a dimmer LG screen with ghosting and a dirty color cast. v2 of the LG panel was improved, but Apple was happy to sell v1.

In Samsung's case, some processors had 8 cores and others 4. That's a big difference. So why did they call them both the Galaxy S5? They could have done what Apple did and used Qualcomm for the LTE chipset and their own processor for the CPU. Instead, they cheapened out. Yet I don't recall you calling them out. You seem to hold Apple to an impossible standard.

Or perhaps Samsung couldn't meet demand and Apple sourced panels from LG as well. What's wrong with using multiple suppliers? It isn't as if Apple advertised this as having a specific part made on a specific process. To the contrary, they gave only broad information about the processor, and every indication is that both the TSMC and Samsung designs perform comparably and within the specs that Apple advertised.
 
So people are actually going to return their devices before they even know whether one chip is actually in any way 'better' than the other?
 
If Apple can lie on stage about the iPad mini 4 being just as powerful as the Air 2 then I can definitely see them pulling this crap. I wonder if the "early" reviewers got the cherry picked Samsung made chips.

I will bet you $5 that the performance variation of the Samsung chip (you do know that they are binned, right?) crosses the performance variation of the TMSC one such that a Monday morning TMSC is better than a Friday afternoon Samsung, and vice versa.

In other words, they're all going to have variable performance profiles that overlap almost perfectly.
 
So people are actually going to return their devices before they even know whether one chip is actually in any way 'better' than the other?
Who cares? Just enjoy the phone.

I installed the app, it told me I have TSMC, and then I uninstalled the app immediately, since its unverified.

We don't even know if that app works, which processor performs better, etc.

I doubt the difference will be enough to matter in any shape or form.
 
Did anybody else notice on iFixit teardowns that the APL0898 is in the 6s and the APL1022 is in the 6s Plus? The smaller chip in the smaller phone, bigger chip in the bigger of the two..
Yes- I took a look again - unlikely to be a problem

Apple A9 APL0898 - Iphone 6s (samsung)
https://www.ifixit.com/Teardown/iPhone+6s+Teardown/48170

Apple A9 APL1022 - Iphone 6plus (TSMC)
https://www.ifixit.com/Teardown/iPhone+6s+Plus+Teardown/48171
How do you know without opening your device?
 
Who cares? Just enjoy the phone.

I installed the app, it told me I have TSMC, and then I uninstalled the app immediately, since its unverified.

We don't even know if that app works, which processor performs better, etc.

I doubt the difference will be enough to matter in any shape or form.

Indeed. I'm still waiting on my 6S Plus arriving but if the phone works as it should, I'm not going to bother trying to find out what chip is in it.
 
Indeed. I'm still waiting on my 6S Plus arriving but if the phone works as it should, I'm not going to bother trying to find out what chip is in it.
Exactly.

Some people on hear appear to live and die by this device, and it will drive them literally insane if they think they have a chip that performs even marginally less.
 
In Samsung's case, some processors had 8 cores and others 4. That's a big difference. So why did they call them both the Galaxy S5? They could have done what Apple did and used Qualcomm for the LTE chipset and their own processor for the CPU. Instead, they cheapened out. Yet I don't recall you calling them out. You seem to hold Apple to an impossible standard.

Or perhaps Samsung couldn't meet demand and Apple sourced panels from LG as well. What's wrong with using multiple suppliers? It isn't as if Apple advertised this as having a specific part made on a specific process. To the contrary, they gave only broad information about the processor, and every indication is that both the TSMC and Samsung designs perform comparably and within the specs that Apple advertised.
8 cores don't help if carriers won't sell the device. The Samsung modem didn't support CDMA. I use Apple iPhones instead of Samsung products exactly for the premium quality one expects at a premium price - why on Earth would I waste time thinking or complaining about issues Samsung users have that don't impact me?

Multiple suppliers isn't a problem - selling a product based on a claim of a top-notch screen only to have a significant fraction use a decidedly inferior component is a problem.

I don't expect there to be a huge difference in this instance, but an extra hour of battery life on a 14nm 6S+ compared to the 16nm 6S+ wouldn't be out of the question.
 
8 cores don't help if carriers won't sell the device. The Samsung modem didn't support CDMA. I use Apple iPhones instead of Samsung products exactly for the premium quality one expects at a premium price - why on Earth would I waste time thinking or complaining about issues Samsung users have that don't impact me?

Multiple suppliers isn't a problem - selling a product based on a claim of a top-notch screen only to have a significant fraction use a decidedly inferior component is a problem.

I don't expect there to be a huge difference in this instance, but an extra hour of battery life on a 14nm 6S+ compared to the 16nm 6S+ wouldn't be out of the question.

Maybe, assuming all else is equal.

There are other factors that go into the a chip. Apple may have purposefully designed the chips to perform on a very, very similar level...even if it meant on chip didn't live up to its full potential.

I agree on the retina macbook pro, that was ridiculous.
 
I don't expect there to be a huge difference in this instance, but an extra hour of battery life on a 14nm 6S+ compared to the 16nm 6S+ wouldn't be out of the question.

I doubt very seriously it would be an extra hour of actual use. The CPU isn't even the biggest power draw. It might not even be noticeable at all if Samsung is having yield issues with their 14nm technology such that they were unable to supply Apple with enough chips. A higher binned TSMC might well perform better than a lower binned Samsung chip.
 
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This is amazing though, people who 10 minutes ago had been happily using their phone for 4 days problem free are now asking "HOW DO I FIND OUT IF ITS GOT A SAMSUNG CHIP???!"
This photo seems relevant:
greener.jpg
 
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1. Smaller node doesn't guarantee lower power consumption.

2. There is no concrete evidence yet to prove there's any difference between Samsung and TSMC other than the die size.

3. You really think Apple never thought about the ramifications way before the 6S was even released? If the slightly bigger TSMC chip performs the same as the Samsung version why they hell would they say no to more chip supply?
 
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I doubt very seriously it would be an extra hour of actual use. The CPU isn't even the biggest power draw.
I can't wait to see the testing. Of course it depends on the specific load and some scenarios will have a greater delta than others, but the reduced feature size alone can make a substantial difference. We don't know if it will yet.

It might not even be noticeable at all if Samsung is having yield issues with their 14nm technology such that they were unable to supply Apple with enough chips.
Uh... the ratio of chips supplied by Samsung to Apple vs TSMC due to yield most definitely wouldn't impact whether a user's phone dies sooner because he happened to get the chip that consumes more power.

So far Samsung makes up a majority of 6S+ reported and TSMC has most of the 6S, but of course it will take time see if the early numbers hold in the long term: http://demo.hiraku.tw/CPUIdentifier/
 
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My 6s+ from t-mo --> TSMC... Damn! Will wait until some 6s+ Samsung vs 6s+ TSMC tests come in, but please someone, make it soon. With the decreased battery size, the increased efficiency in the smaller die might make a real difference.

I don't think it is unreasonable to ask for a more efficient version of the same iphone when all told costs about $1K.
 
I can't wait to see the testing. Of course it depends on the specific load and some scenarios will have a greater delta than others, but the reduced feature size alone can make a substantial difference. We don't know if it will yet.

According to AnandTech, it is actually more difficult to dual-source, since they have to go through the taping process twice.
http://www.anandtech.com/show/9665/apples-a9-soc-is-dual-sourced-from-samsung-tsmc

So it's doubtful they did this for cost reasons. More likely they did this for supply reasons, or not to become too dependent on one supplier.
 
I wonder if all the reviewers will get handpicked Samsung 14nm A9's... Heat, performance, battery life.
 
How will it make a difference for some? Have you used a 6S with a tsmc chip and compared it to one with a Samsung chip?
It will only make a difference for the ignorant who thinks a smaller chip will be better...brings back the days AMD had a lower clock frequency but 64 bit architecture

The news just surfaced between both apple chips, I have no standing on this

Good thing an app exists to extrapolate the necessary info

There's a good chance you will content with whatever you already have
 
I haven't read through all 15 pages of this, but all of the apps that I have for looking at system things -- processes, memory usage, etc. -- have come out with updates for iOS9, because you no longer have permission to look at the processes running on your iOS device. I wonder if that has something to do with this. They want you to know less and less.
 
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According to AnandTech, it is actually more difficult to dual-source, since they have to go through the taping process twice.
http://www.anandtech.com/show/9665/apples-a9-soc-is-dual-sourced-from-samsung-tsmc

So it's doubtful they did this for cost reasons. More likely they did this for supply reasons, or not to become too dependent on one supplier.
The business case for why Apple decides to dual source any particular component doesn't impact the results of that decision as reflected in user experience, which is the open question at hand here.
 
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