Single core performance is quite low. That shows you how far behind the state of the art they actually are.
True. I guess we'll have to wait for another implementation of the X1 design to see what it really is capable of.To be fair, the Qualcomm version of the core is conservative (to borrow Anandtech's phrase) compared to the max of what ARM said could be put in the core in terms of clock speeds and cache.
There's a difference between specs don't matter and utilizing the specs you have efficiently to outperform the comparable competition. I'll let you figure that one out.and what does Apple do with all that power in their smartphones? Nothing, every generation that much faster than the previous one (though apparently specs don’t matter) and yet not even the ability to do real multitasking. Even in the iPad they are wasted.
True. I guess we'll have to wait for another implementation of the X1 design to see what it really is capable of
That’s true for everyone and benchmarks don’t measure everything, but chip ability allows for different form factors, battery life, and cooler devices (which of course also helps with battery life).I think for most people outside of MR land, the OS (and app ability) is the focal point in day to day use, not Geek Bench test scores.
For a crazy person, you made some cogent points, Dave.That’s true for everyone and benchmarks don’t measure everything, but chip ability allows for different form factors, battery life, and cooler devices (which of course also helps with battery life).
My 6s is still perfectly usable, although I switched this year. That shows how well iPhones CPUs can last, well over 5 or 6 generations of OS upgrades and app updates. The real world benefits are the time you get to use your phone and overall performance over multiple years.I am curious what are the real-world benefits to the average iPhone user for a faster CPU? I am still using XS Max and really have not seen an advantage to upgrade in my case. That doesn't mean one exists and perhaps I am missing it.
It’s true that we don’t know the power characteristics of the 888. However, given the conservative nature of the X1 implementation and Qualcomm/ARM’s performance history relative to the A-series chips, I wouldn’t be too surprised if these numbers were fairly accurate to the eventual devices in the wild. But who knows. We’ll just have to see. ?The 888 figures were provided by Qualcomm, without any context of thermal envelope, etc. it could have been actively cooled and plugged to the wall, surely a shipping product with real world thermal and power constrains wont look as good, we're probably looking at a A12 (a 2018 chip) equivalent in performance, which sounds about right.
More so, the A14 has been shipping in volume since september on the iPad Air, the SD 888 will have to compete with the A14Xs and A15s of the world in 2021.
What because you can’t? Clearly the specs don’t matter with the iPhone because aside from faster CPU which is utterly unused, the rest of the specs are typically far inferior to the competition.There's a difference between specs don't matter and utilizing the specs you have efficiently to outperform the comparable competition. I'll let you figure that one out.
I am still using a 6S+ and I am amazed at how well iOS 14 runs on it. The phone does not feel sluggish at all and the UI is quite smooth.My 6s is still perfectly usable, although I switched this year. That shows how well iPhones CPUs can last, well over 5 or 6 generations of OS upgrades and app updates. The real world benefits are the time you get to use your phone and overall performance over multiple years.
Well for the purposes of answering your initial comment, yes I do use an iPad, everyday and have had every incarnation since day one....but of course we were talking about the A CPU’s in iPhones.Haha. Apparently you've never used an iPad...
You can have 2 apps running side by side, plus a 3rd in a floating window, plus a video playing in yet another floating window.
I was a big Android fanboy before I was given a loaner iPhone from a relative when my Nexus died and had to be shipped away for 2-6 weeks to be repaired. These spec differences that you are complaining about make no difference whatsoever in actual use. Go ask a layman what specs their phone has that are better than an iPhone and they won't have an answer.What because you can’t? Clearly the specs don’t matter with the iPhone because aside from faster CPU which is utterly unused, the rest of the specs are typically far inferior to the competition.
And outperform in any meaningful way, nope.
I‘m not complaining about any specs on any platform, just replying to those that say that Apples CPU are always faster than the competition and I questioned what does Apple do with that power, especially in their phones.I was a big Android fanboy before I was given a loaner iPhone from a relative when my Nexus died and had to be shipped away for 2-6 weeks to be repaired. These spec differences that you are complaining about make no difference whatsoever in actual use. Go ask a layman what specs their phone has that are better than an iPhone and they won't have an answer.
You know what does make a difference though?
Reliable battery life, and by that I mean, you don't have some random app destroying your battery life that you have to pin point, a fluid UI that doesn't stutter when opening and closing apps, and a warranty replacement system that doesn't suck.
As for CPU/GPU performance, games do utilize the chips, and as others have mentioned, iPadOS >>> Android tablets. The OS has plenty enough APIs to utilize the full power of the chips.
No. Just no. Qualcomm is one step from being a patent troll. Their chips are obviously, way behind. But we can pretend that it's all good. And that's not even considering how badly Android is optimized across what, 120 different pieces of mediocre hardware. Nothing to get from this except that Qualcomm is a second tier technology company building chips for second tier hardware manufacturers.Pretty well known by now that Qualcomm designs for sustained performance, with lower power requirements, particularly with the Adreno GPU. Apple has always been better at quick performance bursts, which helps with things like app launches. But Qualcomm excels at sustained performance activities like gaming, with little or no throttling of the CPU+GPU.
Slightly different approaches, but both companies are top shelf in this category.
Photography.I am curious what are the real-world benefits to the average iPhone user for a faster CPU? I am still using XS Max and really have not seen an advantage to upgrade in my case. That doesn't mean one exists and perhaps I am missing it.
I‘m not complaining about any specs on any platform, just replying to those that say that Apples CPU are always faster than the competition and I questioned what does Apple do with that power, especially in their phones.
For the record I use an iPhone (6S) An Android phone (A71) and an iPad (Air) none of the devices are slow or hinder me in anything I do....the iPad is the youngest device with an A12 in it.
We utterly agree with each other when you say “These spec differences that you are complaining about (I‘m not btw) make no difference whatsoever in actual use.”
Who's the troll?No. Just no. Qualcomm is one step from being a patent troll. Their chips are obviously, way behind. But we can pretend that it's all good. And that's not even considering how badly Android is optimized across what, 120 different pieces of mediocre hardware. Nothing to get from this except that Qualcomm is a second tier technology company building chips for second tier hardware manufacturers.
That’s nowhere near true. Qualcomm has top-tier engineering talent and is a top-tier tech company. I don’t appreciate some of their licensing practices, and they’re significantly behind Apple wrt CPU design atm but they’ve got top notch talent and a ton of valuable IP. It’s a very innovative organization.No. Just no. Qualcomm is one step from being a patent troll. Their chips are obviously, way behind. But we can pretend that it's all good. And that's not even considering how badly Android is optimized across what, 120 different pieces of mediocre hardware. Nothing to get from this except that Qualcomm is a second tier technology company building chips for second tier hardware manufacturers.
Imagine battery technology starts to take bigger leaps and take more advantage of the chip efficiencies. Week long batter life anyone?