One thing for sure. You will never get same numbers from same test. There is a margin of error that is greater than the difference between chips. Will never get definitive answer due to variability.I didn't bother to turn brightness right down as I always have it set very low anyway ( set about 5-6mm from lowest possible setting ) ; you think not turning brightness right down will affect score ?
I guess I could do another test tonight and see ....
Morning guys so here the results for the replaced unit using geekbench with same condition as before (min brightness, disabled autobrightness, flight mode, dim mode enabled):Would be very interesting to see what you get with the new phone !
Btw was the exchange because of the battery score or .......?
Morning guys so here the results for the replaced unit using geekbench with same condition as before (min brightness, disabled autobrightness, flight mode, dim mode enabled):
Iphone6s 64gb model N71mAP 6:00:05 3608
http://browser.primatelabs.com/battery3/125335
To compare with the unit I had before replacement:
iPhone 6s 64gb model N71AP 4:05
I know it's difficult to conclude anything on 2 tests, i know there are variations between unit but 2h of battery life difference doesn't sound right at all.
Would be happy to see other results.
Morning guys so here the results for the replaced unit using geekbench with same condition as before (min brightness, disabled autobrightness, flight mode, dim mode enabled):
Iphone6s 64gb model N71mAP 6:00:05 3608
http://browser.primatelabs.com/battery3/125335
To compare with the unit I had before replacement:
iPhone 6s 64gb model N71AP 4:05
I know it's difficult to conclude anything on 2 tests, i know there are variations between unit but 2h of battery life difference doesn't sound right at all.
Would be happy to see other results.
Morning guys so here the results for the replaced unit using geekbench with same condition as before (min brightness, disabled autobrightness, flight mode, dim mode enabled):
Iphone6s 64gb model N71mAP 6:00:05 3608
http://browser.primatelabs.com/battery3/125335
To compare with the unit I had before replacement:
iPhone 6s 64gb model N71AP 4:05
I know it's difficult to conclude anything on 2 tests, i know there are variations between unit but 2h of battery life difference doesn't sound right at all.
Would be happy to see other results.
I asked for a replacement because battery in normal use seems to be unusually low for my use.Wow that's astonishing really, up 50% !
May I ask why you got it exchanged in the first instance ?
I asked for a replacement because battery in normal use seems to be unusually low for my use.
My geekbench test seems to confirm that. Now i've good battery but non uniform backlight.
Also Take my 4h of battery life with the 6s with a pinch of salt i may have had a faulty unit initially. Only other tests with same model could confirms that. As well i don't really know if geekbench is reliable accross tests for consistency.
My results from a few days ago seem to be consistent to yours, although mine are the Plus versions.
My TSMC Plus was able to achieve a duration of almost 8 hours, while the Samsung was only able to last 6 hours on the test. A difference of almost 2 hours, similar to yours.
So, we are saying that the 16nm chip is more power efficient than 14nm?
Doesn't sound right
It's possible that earlier rumors of TSMC using first-generation 16nm FinFET weren't true. Instead they were able to ramp up production and now they are using much better second-generation 16nm FF+ for Apple A9. Interested too see what Chipworks or Anandtech will report on this.
Actually...So, we are saying that the 16nm chip is more power efficient than 14nm?
Doesn't sound right
if this is true, what does it mean for Apple's 2016 A10 chip? It was supposed to be manufactured on 16nm FF+ and 10nm supposedly won't be ready until 2017. Will A10 offer any significant performance improvements? How will Apple go even thinner with the iPhone design if the SoC basically uses the same amount of power as the A9? A7 to A8 wasn't huge but it was still 25% faster in CPU and a solid 50% faster in GPU (and it was more power efficient and offered better sustained performance due to going from 28nm to 20nm process).And that TSMC 16nm FF+ means 15% performance increase and power consumption goes down 30% compared to TSMC 16 nm FF. (no plus)
So it's possible that TSMC could be more power efficient than Samsung. We'll see.
Guys help! I have the Samsung chip but I bought my iPhone in Canada I'm going back home to uk tomorrow should I replace it? I'm in the 14 day window!????
No. It was probably cheaper lol.There should be a reason why Apple ordered 60% of the chips from TSMC and only 40% from Samsung.
It looks like they themselves prefer the TSMC technology.
I wouldn't be surprised if they phased out Samsung down the road when the supplies improve.