The fact they are denying this just makes me even more certain Samsung-gate is real.
I bet Apple knew this would flare-up before they even shipped, and had this statement ready-to-go for when the nerds inevitably found out.I'm surprised Apple said anything at all, frankly.
so...basically "you're testing it wrong."
Apple's statement on real world usage reflects what recent YouTube tests have revealed.
In these specific usage patterns shown above, battery life differences between the two processors ranged from 6% to 11%.
and yet you wouldn't have given it a second thought if you didn't know that two different chips existed.True as it may, I'm still quite happy to have gotten the TMSC model. Even 3% can be critical when you need it.
Looks like they are confirming it, not denying it. They are just stating that the actual percentage difference is not as much as previously tested.The fact they are denying this just makes me even more certain Samsung-gate is real.
The fact that Apple acknowledged this speaks volumes. There is a real issue out there.
Unfortunately this won't stop people from repeatedly talking about this. The reason so many people argue over battery life is because each of us uses our iPhone in different ways throughout the day. Some take more photos, some shoot more videos, some watch lots of video, some browse the web a lot, some game, some do a mix of everything, and others primarily use it for checking work email and calendars. TSMC chips might be slightly better, but the average user won't notice it. Furthermore iOS now has a low power mode to help when needed.
True as it may, I'm still quite happy to have gotten the TMSC model. Even 3% can be critical when you need it.
In the current form I think that is exactly what we just saw. I also think apple will be shifting that order from Samsung for all future chip production. We have read constantly about tsmc bending over backward for Apple maybe they finally bend clean overHas anyone considered that we might have just witnessed the real world limits of lithography? The 14nm process, while theoretically more energy efficient (due to transistor size) might actually be less efficient due to leakage. Could it be possible that 16nm is going to be the real world limit, and the 7nm goal will never be realized (as a viable success)?
Welcome to the MacRumors forums, where Apple is wrong unless they're wrong, and then they're really wrong!If Apple hadn't said anything I would have thought that it's an issue. But now that Apple did say something I think that it's an issue!
Hmph! I bet Taylor Swift got the TSMC!