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This is all fair. I'm just saying what pushes me to purchase a new phone today.

I can fully accept the engineering fest of something like this while still being able to say that Apple gave me no reason to spend my hard earned money today. That's not synonymous with "the iPhone 7 sucks", mind you. It just doesn't have anything to give me.

I say this all and yet the camera is something I could clearly benefit from. But not enough to justify the expense.

I agree Lord, I'm still on a 5S and will happily use it until she's ran into the ground.

But by gum… Apple are really pushing the boundaries with chip design. It's just amazing to see.
 
Still far, far, far more sluggish than the bug, unfortunately.

There is an option in the settings for "reduce motion" (or whatever it is called in the english version), i wish that setting was the "no animation"-bug, don't know why Apple don't do that because the iPhone would easily be crowned as the most responsive phone in the human history ;)

Oh yeah, definitely. It was instant with the bug.

And yes, removing animations would make the phone feel sooooooooooo quick!!
 
I am legitimately excited for Chipworks to open this up.
I love those deep tear downs. This should be a very interesting uncovering as I'm really wondering if Apple went TSMC Integrated fan out route or if this is a one die solution. If they went integrated fan out there is a possibility of Apple mix or matching capabilities that are spread across separate dies. So yeah Chipworks needs to hurry up and open this chip up due to all the possibilities.
Will be interesting to see the iPad Pro updated with A10X Fusion :eek:

Most certainly. Imagine if they can hit 3GHZ. Or they could make four cores of equal performance. I'm really thinking they could bypass Intel here in a big way.
 
So how does this A10 fusion CPU score compare to Intel/amd CPU score?

One of the best selling Mac models ever was last years Core i5 MacBook Air 13. It's single core Geekbench 4 score is around 2800. Compared to the new iPhone 7's performance of somewhere around 3400.

Thus, many typical users might well end up with a phone in their pocket that is a faster computer (for many common single-threaded tasks) than the laptop they got for their school backpack last year. Or the generic dull Dell desktop PC provided by their employer for their cubicle or office.
 
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My 6s Plus and iPad 9.7" Pro are both so fast already that I find myself not totally frothing at the mouth for this. Sure I'll always take more speed, but for the first time ever, I'm not impatiently awaiting the speed upgrade. In fact, I'm asking myself if I'll even notice the additional performance. There is absolutely NOTHING slow about my current-gen devices.

And I've owned every iPhone since the 3G, and most prior generation iPads, and this was never true before. In comparison the iPhone 6 was kind of a dog, and the page and app reloads annoying. But not anymore with the A9/A9x.

The fact that Apple took it such a huge step further with the 10 is nuts in the best way possible. I love it. I also dig that they both boosted performance and efficiency with the lower powered cores. Nice move.

I suspect you would notice, however breaking away from annual updates can free you to focus on other things. I'm still on an iPhone 4 so I know the advantageous the speed will offer me! (Talk about sluggish). This said, iPhone 7 might be the iPhone to convince me to update. It has almost everything I've wanted, especially more reasonable pricing for storage.

In any event it is pretty safe to say that you get laptop level performance out of these guys now. Well Mac Book level performance. The next iPad upgrade ought to be impressive.
 
This is basically Apple's implication of BIG.little:https://en.wikipedia.org/wiki/ARM_big.LITTLE

Hard to say at the moment. It could be a four core machine with two cores simply under clocked. This would be great for iPad as they could run all four cores at the same clock rate to get an "X" variant. We could speculate in lots of directions here, hopefully some of the web sites will dive into this question. Can't wait for Chipworks to get their X-Ray machine warmed up.
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Actually the purpose of the big.LITTLE ARM architecture that Apple is employing on the A10 is to both increase maximum performance in times of full CPU utilization (all 4 cores utilized) *and* power savings at times of low CPU utilization (only low-power cores utilized).

Don't assume it is big.LITTLE as ARM implements it. We don't have the data to say it is yet, it is possible Apple implemented something a bit different here.
 
It is my belief that in the next 5 years, Apple computers will truly once again become Apple computers. In-house designed chips. In-house designed pipeline. In-house OS optimisation. In-house hardware. In-house software. And they will completely destroy anything else on the market.
I think you're right. I'd hate to lose bootcamp, though.

Totally agree about the impressiveness of the chip design. Astounding results.
 
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At this point, these numbers (for any phone benchmark) are meaningless.
The real world observational differences in typical day to day use would be unnoticeable.

There was a time you'd see a difference, but over the last 5 years phones are so fast, no one will see any kind of difference.

You see the diff because a faster CPU allows a longer battery life, a brighter screen (because less time is spent on CPU/GPU) or any other hardware or software features you can potentially throw at it (even ones you haven't even thought about).
 
I think you're right. I'd hate to lose bootcamp, though.

100% agree with you on this. I really don't think Apple would move to their own chips unless they could solve this problem, so it's a case of what may happen.

1) Apple somehow emulate x86 code, either in the hardware or software/drivers
2) Microsoft release a version of Windows that can run on ARM (nothing like Windows RT of course)

The latter of the two has been rumoured for some time… if Microsoft confirm/release that, I'd bet my bottom dollar we'd be seeing ARM Macs in no time at all.
 
The question that comes to my mind is the "fusion" tag line. Are they going away with the "X" tag line. I'm just curious if the name change has to do with it being incorporated into none iOS devices. If the the new macs do get a Touch ID sensor like they are rumored to, will they include a secure enclave chip into a the Mac? Is the new fusion chip how they accomplish that? Every year these new chips continue to show what Apple is capable of and gives a hint to what they might be planning next.
 
Four things.

The fake results weren't far off, I knew it'd be close.

Apple's chip architecture is outstanding.

Can't wait to see the iPhone 7 obliterate the Note7 in speed tests.

For people who are saying the Note7 scores a higher Multi-Core, so what? You most tasks require the single core, hence why Apple work so hard in this department.

Not only that, the Note's own browser can't even use its cores correctly to beat the 6s (its far far slower), let alone third party apps that has to deal API layers and fragmentation.
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100% agree with you on this. I really don't think Apple would move to their own chips unless they could solve this problem, so it's a case of what may happen.

1) Apple somehow emulate x86 code, either in the hardware or software/drivers
2) Microsoft release a version of Windows that can run on ARM (nothing like Windows RT of course)

The latter of the two has been rumoured for some time… if Microsoft confirm/release that, I'd bet my bottom dollar we'd be seeing ARM Macs in no time at all.

Or MS releases the new intermediary code Apple uses for releases and it is automatically adapted to the proper machine X86 or ARM. This is by far the most likely way this will get done.
 
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Actually the purpose of the big.LITTLE ARM architecture that Apple is employing on the A10 is to both increase maximum performance in times of full CPU utilization (all 4 cores utilized) *and* power savings at times of low CPU utilization (only low-power cores utilized).

We don't know what they're doing yet so your statement is a non sequitur till this occurs.
If there are 4 cores working, they're not showing it that benchmark.
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If these iPhone 7 Plus numbers are correct, then the new iPhone will utterly destroy everything any Android maker has ever produced in raw performance.

According to GeekBench's website, the iPhone 7 Plus is over twice as fast in single-core performance as the Samsung Galaxy S7 (U.S. model) and 40% faster in multi-core performance.
Comparing it to the faster international Galaxy S7, the iPhone still leads by 79% and 3%, respectively.

Considering that single-core performance has a much larger impact in day-to-day performance, it's easy to see why the iPhone will be miles ahead of the competition in terms of speed.

Also, if the 3GB of RAM is true, that will have a huge effect on the performance as well.
Although the S7 has 4GB of memory, that's running Android's memory-hungry garbage-collector style memory management, which wastes most of the available memory and results in inferior performance. With 3GB, the iPhone will have much more free, ready-to-use memory available most of the time, than the S7.

Apple's storage is also much faster than Samsung (and everyone else), so that's another place to kick ass.
 
Finally Apple ushers in quad-core. I'm sure non-gamers and non-pro-apps users will see much much better battery life because it'll be running on the lower powered cores most of the time.

The way you talk about it it's like quad core had been the answer to every battery life problems. Android phones had quad core in 2012 and they were garbage.
 
We don't know what they're doing yet so your statement is a non sequitur till this occurs.
If there are 4 cores working, they're not showing it that benchmark.
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Phil Schiller said during his presentation that having four cores will increase the maximum performance of the phone especially for games. The logical conclusion will follows is that the phone uses all four cores during peak CPU demand.
 
Finally Apple ushers in quad-core. I'm sure non-gamers and non-pro-apps users will see much much better battery life because it'll be running on the lower powered cores most of the time.

They're the ones who should see a battery life improvement because they'll be running the low power chip that didn't exist previously.
 
I love those deep tear downs. This should be a very interesting uncovering as I'm really wondering if Apple went TSMC Integrated fan out route or if this is a one die solution. If they went integrated fan out there is a possibility of Apple mix or matching capabilities that are spread across separate dies. So yeah Chipworks needs to hurry up and open this chip up due to all the possibilities.

Haha same! I love them. The rumors indicated fan out if I am not mistaken but I don't think there was a single mention of 4 core configuration so it makes it all the more interesting.

Most certainly. Imagine if they can hit 3GHZ. Or they could make four cores of equal performance. I'm really thinking they could bypass Intel here in a big way.

It is possible but I would guess closer to 2.5 - 2.7.
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Phil Schiller said during his presentation that having four cores will increase the maximum performance of the phone especially for games. The logical conclusion will follows is that the phone uses all four cores during peak CPU demand.

Or he could have meant that because they have 4 cores the games can take full advantage of the 2 main cores since the low power ones will handle all the other task :D
 
Or he could have meant that because they have 4 cores the games can take full advantage of the 2 main cores since the low power ones will handle all the other task :D

If the latter is the case then it still supports the notion that all four cores would be utilized at the same time when needed, which appears to be the point of contention for this sub-discussion.
 
It is my belief that in the next 5 years, Apple computers will truly once again become Apple computers. In-house designed chips. In-house designed pipeline. In-house OS optimisation. In-house hardware. In-house software. And they will completely destroy anything else on the market.

You're forgetting one thing. IOS is not nearly as complex as running OSX or Windows 10. A phone is built with a very different usage case than what is expected on a PC. Just think about how limited IOS is compared to OSX. Also IOS is running on phones with very low resolutions compared to what you would expect on high end PCs.

I think the A10 is an amazing chip and one of the main reasons I'm excited for the 7 but it would probably be a slide show if you tried to run OSX at 4k on it doing anything but basic email or web browsing.
 
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You're forgetting one thing. IOS is not nearly as complex as running OSX or Windows 10. A phone is built with a very different usage case than what is expected on a PC. Just think about how limited IOS is compared to OSX. Also IOS is running on phones with very low resolutions compared to what you would expect on high end PCs.

I think the A10 is an amazing chip and one of the main reasons I'm excited for the 7 but it would probably be a slide show if you tried to run OSX at 4k on it doing anything but basic email or web browsing.

True, though there's a point where hardware benchmarks of this magnitude simply cannot lie. As Apple at one point had OS X running on both PPC and Intel, a properly considered and appropriately compiled approach for the A series chips could really be a game changer.

Though for such an undertaking, I'd peg it for at least 5 years. Committing to a change like that could not be on a whim!
 
Are apps getting more powerful... I will say no. The iPhone 7 will surely throttle more than the iPad Pro.......I don't see those speeds holding up in real world usage due to battery conservation on iPhones....most people will have iPhone 8's before they even use the true power of these devices.....
 
We don't know what they're doing yet so your statement is a non sequitur till this occurs.
If there are 4 cores working, they're not showing it that benchmark.
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Apple's storage is also much faster than Samsung (and everyone else), so that's another place to kick ass.

If the iPhone had more features to utilize their processors....I would call that kicking as$....as of now it's just something that Apple fans can boast about but doesn't hold any significance.
 
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