Become a MacRumors Supporter for $50/year with no ads, ability to filter front page stories, and private forums.
Are there any log files associated with these runs? Like temps, clock speeds, etc? I don't know much about geekbench, but I'd like to know if it captures those things.

I tweeted the Geekbench dude asking him, lets see if he responds...

Did you try looking in the log files to see if there was a GeekBench log?

C
 
Performance-gates are so much more fun than cosmetic-gates.

Apparently TSM knew their chip was superior according to a Barron's article citing a semiconductor industry analyst:

"We would remind readers That TSMC has made a very big deal about their power consumption/leakage advantage over other competitive manufacturing processes. TSMC has claimed up to a 20% power advantage in their 16nm process which may jive with these unconfirmed comparison results."

 
Last edited:
People should start adding the model number of your iPhone to this. I got the iPhone 6S and 6S+ both for Tmobile Model A1688 (GSM) and Model A1687 (GSM) for the Plus and they came with samsung chip.

While my friend got a 6S+ the ATT version with Band 30 Model A1634 and his came with a TSMC chip.

http://www.apple.com/iphone/LTE/

Not even sure why they made two different models GSM phones this year, but maybe this has something to do with what chip you get. Not color or size.

Are you sure about this? i have the A1688 Model and mine is saying I have the TSMC chip
 
so at this rate when I do eventually get mine, if it has the samsung it will go out of it's way to ruin my life, the home button will set me on fire. half the screen will be dark and someone in the factory will have taken a pee under the screen :(

anyway can anyone who got a phone after release post which chip they have?, everyone seems to be getting ones with a TSMC chip from the sounds of it, I don't know if this is true but a theory I have is Apple might be using less Samsung chips after the initial batch to meet demand

still think it's far to early to jump to conclusions and return a phone over it though, there hasn't been anywhere near enough testing to reach an absolute conclusion.
 
That's impossible. Too many variations of signal, settings, etc. It'll basically be up to the individual and their specific circumstances.

Not impossible. There are so many iPhones out in the wild, it's naive to think that there aren't countless situations of very similar signals, settings and usage. Based on that, there is a highly probable chance that some of these similar users have a different chip from each other. And based off the battery test, it seems like a big deal.
 
My Rose Gold 128GB 6s Plus AT&T shows Model: N66mAP (so TSMC chip?)
I purchased it in full (%10 Discover cashback via Apple Pay) on Launch Day 9/25 with Preorder Reservation (2 units). Don't know what chip the other 6s+ had because I craigslisted it.
 

Attachments

  • image.jpeg
    image.jpeg
    54.7 KB · Views: 150
My Rose Gold 128GB 6s Plus AT&T shows Model: N66mAP (so TSMC chip?)
I purchased it in full (%10 Discover cashback via Apple Pay) on Launch Day 9/25 with Preorder Reservation (2 units). Don't know what chip the other 6s+ had because I craigslisted it.

you have the superior chip
 
  • Like
Reactions: Serickmetz
My Rose Gold 128GB 6s Plus AT&T shows Model: N66mAP (so TSMC chip?)
I purchased it in full (%10 Discover cashback via Apple Pay) on Launch Day 9/25 with Preorder Reservation (2 units). Don't know what chip the other 6s+ had because I craigslisted it.
You craigslisted correctly my child. TSMC is Master race!
 
this website probably explained very well the difference between samsung and TSMC chip
http://arstechnica.com/apple/2015/09/a-3d-touch-above-the-iphone-6s-and-6s-plus-reviewed/4/#h2
A9 performance on 6s (supposedly samsung one)
http://cdn.arstechnica.net/wp-content/uploads/2015/09/charts.022.png
which shows thermal throttling after 10 mins

A9 performance on 6s+ (supposedly TSMC one)
http://cdn.arstechnica.net/wp-content/uploads/2015/09/charts.023.png
this is ridiculously good even after 30 mins intense use.
 
Not impossible. There are so many iPhones out in the wild, it's naive to think that there aren't countless situations of very similar signals, settings and usage. Based on that, there is a highly probable chance that some of these similar users have a different chip from each other. And based off the battery test, it seems like a big deal.
Male bovine fecal matter, even Apple itself states theses tests DO NOT REPRESENT REAL WORLD USE. Apple has said that differential in chips is 2 to 3 percent which is within the margin of error between even identical phones. This based on the accumulative upload data received by Apple from automatic reports sent by phone. Unless you turned that sharing off.

http://techcrunch.com/2015/10/08/ap...rmance-of-new-iphones-a9-chips-vary-only-2-3/
 
Last edited:
Male bovine fecal matter, even Apple itself states theses tests DO NOT REPRESENT REAL WORLD USE. Apple has said that differential in chips is 2 to 3 percent which is within the margin of error between even identical phones.
Didn't Apple also tell us we were holding our phones incorrectly? Sometimes PR is just DC.
 
Male bovine fecal matter, even Apple itself states theses tests DO NOT REPRESENT REAL WORLD USE. Apple has said that differential in chips is 2 to 3 percent which is within the margin of error between even identical phones. This based on the accumulative upload data received by Apple from automatic reports sent by phone. Unless you turned that sharing off.

http://techcrunch.com/2015/10/08/ap...rmance-of-new-iphones-a9-chips-vary-only-2-3/
Apple said:
Certain manufactured lab tests which run the processors with a continuous heavy workload until the battery depletes are not representative of real-world usage, since they spend an unrealistic amount of time at the highest CPU performance state. It’s a misleading way to measure real-world battery life. Our testing and customer data show the actual battery life of the iPhone 6s and iPhone 6s Plus, even taking into account variable component differences, vary within just 2-3% of each other

Didn't apple just admit that under huge usage the difference is big?

so obviously you can see the difference when you need to use your iphone often:
for example: navigation or location service, talk for a long time, use M9 chip to track your motion.

considering my iPhone 5s run out of battery in 3 hours now due to tracking my motion. Obviously I can see the benefit by using TSMC one a lot
 
  • Like
Reactions: applelottery
Register on MacRumors! This sidebar will go away, and you'll see fewer ads.