Starting to get exciting! New iPhones coming soon, hopefully a refresh of other hardware products also!
so why not take 4-6 of these chips for the new mac pro?
You have to keep in mind these SOCs are passively cooled, while a core i5/7 is fan, or liquid cooled. That means that these chips will have throttling problems, because they cannot sustain peak performance once the temps increase past thermal limits. Looks good for a synthetic benchmark on paper when it only stresses the chip for a minute, or two, but in real world if you where running a program for any length of time your performance would dip big time.
thanx for the info....
And presumably the speed increases that we are seeing in the iOS 12 beta are going to translate to insanely fast 2018 models when you factor that in plus the speed jump.
As other posters have said, it’s probably more about bedding down the 7 nm process and seeing battery life gains.
2018 is going to be a good year in iOS and iPhone land.
lol wtfWow man. Ooaarggh... !
Wiggle mode it will be so fast that you'll only notice blur instead.
Expect iOS13 to feature Wiggle Throttling as its most advanced feature (to bring usability in back in line with processor speed - as only Apple can do...)
Remember when they said the 6 Plus had enough memory at 1Gb?
A mobile CPU can only get so fast while size, heat, and battery life must be taken into consideration. The fact that the A12 outperforms the Core i7 CPU in my 2012 15" Retina MacBook Pro while using a fraction of the power is very impressive.
At that time it was true (although not optimal). Now we have augmented reality etc and more memory is needed to get it going. You are aware that a PC used to have 640kb memory? At that point in time completely valid, but caught up in time just as the statement you are referring to. It is called progress.
You have to keep in mind these SOCs are passively cooled, while a core i5/7 is fan, or liquid cooled. That means that these chips will have throttling problems, because they cannot sustain peak performance once the temps increase past thermal limits. Looks good for a synthetic benchmark on paper when it only stresses the chip for a minute, or two, but in real world if you where running a program for any length of time your performance would dip big time.
It would probably surprise you to find out that there are around 150 million iPhone 6/6 Plus still in use. Apple actually launched a new 32GB iPhone 6 last year for the Asian market.<snip>
No way to defend Apple on that, 1 GB was way too low and it killed the longevity. Apple needs to change on that, I am tired of buying stuff that does not last … if they go to 4 GB then .. well … that is really the minimum acceptable today
It's always funny to see people claim that ARM CPUs are comparable in general performance with x86 CPUs based on the terrible Geekbench benchmark.The fact that it performs basically at the the same level as the current $2,500 Macbook Pro laptop being sold by Apple is both impressive and sad.
MacBook Pro (15-inch Mid 2017)
Intel Core i7-7920HQ @ 3.1 GHz (4 cores)
It would probably surprise you to find out that there are around 150 million iPhone 6/6 Plus still in use. Apple actually launched a new 32GB iPhone 6 last year for the Asian market.
Early reports have the iOS 12 beta running quite well on it. Seems like the A8/1GB platform, already nearly 4 years old, has another couple years of life, even if iOS 12 ends up being its last supported release.
That's absolutely not possible. There are only 3 companies allowed to design and produce X86 CPUs and one of those 3 is the one with all the power to control who can make X86 CPUs.Perhaps also include
4. Apple will produce an x86 chip optimised for Mac hardware and macOS without legacy crud (unless that is what you meant by 2, it could have meant ARM CPU surpass intel, which I doubt).
The A11 is a 2 minutes sprint runner. It performs great in bursts so it looks like it was very well optimized for benchmarks like Geekbench. Sustained performance is not it's best point.You have to keep in mind these SOCs are passively cooled, while a core i5/7 is fan, or liquid cooled. That means that these chips will have throttling problems, because they cannot sustain peak performance once the temps increase past thermal limits. Looks good for a synthetic benchmark on paper when it only stresses the chip for a minute, or two, but in real world if you where running a program for any length of time your performance would dip big time.
Man - your memojies will run sooooo much smoother that you don't recognize yourself anymore (Tim's commercial appliance of VR)
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Which happened with the iPhone 6.
If it would have had 2Gb, nobody would have even been considering an iPhone 6s
I bet that's an a11 derivative for the entry-level LCD phone
iphone 2G to iPhone 3G has no cpu increase at all. 0% increase.Yeah it’s just I don’t think there’s ever been a upgrade with such a low incremental speed bump.
Well fine, then you support what I was writing - unless you've valid arguments for that 6S beyond 2 GB RAM.Not true. I bought (and still use) a 6S because I was upgrading from a 5C.
Every year there are people who say “why upgrade from last year’s Phone?” I don’t think most people do - or that Apple expects most people to.
...just look how badly the iPhone 6 aged.
The iPhone 6 is perhaps the best, longest-lasting electronic device I’ve ever bought. Prior to the 6, I bought every version of the iPhone Apple released. But after the 6, I’ve seen no truly useful feature or design change that in my opinion and for my use-case would justify the replacement cost.
I probably would have upgraded to the X just for a bit of a speed and memory bump, but I’m always cautious about first iterations and I really didn’t need animated poop emojis for any particular reason. I’ll probably upgrade this year, but the 6 has aged incredibly well for me. Mine even still looks brand new and does every useful thing (for me) the X does.