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I keep posting to the wrong thread so, edited random comment:

Erm, I wonder if the new iPhone Air gets the exact same chipset or if it’s throttled to gain battery life?
 
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Awesome. Now at WWDC, I want to see a slide showing it running cooler at the same performance. I really want a new iPhone at this point but still am not convinced to give up my 13 Pro, and how hot the new ones run is one reason why.

Process shrink is a good time to buy historically. Doesn't come with a big redesign, just refinements and better efficiency.
 
Thin or not, I need something done with the infamous Dynamic Island
You mean infamous ugly Notch?

"Dynamic Island" is just the Apple Marketing dept coming up with a term they hoped would distract from the word NOTCH. They deserve a bonus, as it's still a NOTCH!
 
Maybe Apple know something that TSMC is not sharing publicly.
Nah, the timeline fits. TSMC said N3E was ready for production in 2023 H2, but first showed up in Apple products in 2024. TSMC is saying N2 will be ready for production in 2025 H2 and will show up in Apple products sometime in 2026. Given Apple’s chip design timeline and required volume they need a sure bet, hence N3P.
 
Who honestly cares about speed anymore and aren’t apps usually optimized for the most used devices anyway, which certainly won’t be the newest model. Got an iPhone 16 Pro but I can’t say Instagram is much snapper than on my old 12 PM, which only speaks for that device
I saw a friend pull out an iPhone 8 yesterday. No real difference in browsing the net with my 13.
 
I saw a friend pull out an iPhone 8 yesterday. No real difference in browsing the net with my 13.
Why would you expect there to be a difference? That’s the least or one of the least demanding tasks you can throw at an iPhone. My retired X is more than adequate for that.
 
considering that TSMC is coming out with 2 nm in 2025, this is a little surprising.
Yes and no. Industry rags have already hinted that TSMC's 2nm will be more expensive per wafer, which for Apple means higher price per SoC which means higher prices for the end products for you and me.

So if Apple decides to go with 3nm that means they are making a decision on keeping costs down.

Though TSMC has stated that they will have their 2nm process online in 2025, the cost per SoC may be so high that Apple only uses it for their higher priced products, such as those which use a "Pro", "Max", or "Ultra" designated SoC.
 
Why would you expect there to be a difference? That’s the least or one of the least demanding tasks you can throw at an iPhone. My retired X is more than adequate for that.
The point is that his old phone worked just fine for many tasks. Other than the AI push, I don’t see much need for better hardware. The rest of the features like Dynamic Island, camera button, etc are marketing in search of a problem.
 
Good to know. Expecting to see the usual improvements in performance with the new iPhones next year.
 
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What about releasing a redefined iOS-version like they did with MacOS Snow Leopard instead of releasing new chip-sets every year?
 
Prob way too early to equate a performance increase over the existing iPhone 16 Pro Max. Isn’t it typically a nominal increase only at like +1%?
 
Even the most positive Apply guy on Podcasts has been saying the same thing for a few generations now, of the Phones and Tablets.
Apple needs the software to take advantage of the hardware.
The hardware is fast, super fast, but making it faster is just meaningless to a normal consumer as there isn't the software to take advantage of it.
On the PC Side, for many it's always been "Gaming" that has pushed the demands for faster and faster hardware, but..
That's totally to Steve Jobs not being interesting in Gaming (and yes, that's who's fault it is 100%) Apple don't have any space in that sector.
Will this change in time? Yes, 100% could do, but it's all down to Apple.
 
I upgraded from a 13 Pro this year - my daughter's X was on its last legs & she couldn't afford a new phone - so I was "ordered" to upgrade. The upgrade was modest, although the night camera mode is impressive - we did a Lantern Procession with the grandkids and the photos from the 16 Pro were much better than the 13 Pro, but other than that, it was just refinements.

I'm guessing the 17 will be the same, anybody with a 14 or newer probably won't get much benefit - unless they want/need the Apple Intelligence stuff (not available here, so it is moot with my 16 Pro at the moment). I'll probably look again, when the 20 comes around...
 
The N3E process the A18 and M4 are based on isn't really a performance or efficiency gain over N3B (A17 and M3), it actually has less transistor density and removes some more advanced lithography features. But because it's a slightly simpler process it has a much lower defect rate and is overall much cheaper and easier to produce. The A18 and M4's performance gains come mostly from architectural improvements, including moving from version 8 to version 9 of the ARM ISA.

N3P, the successor to N3E, is supposed to come with both performance and efficiency bumps, so this should make the A19 and M5 worthy successors to the A18 and M4 even if Apple doesn't make as many architectural revisions.
Not true. N3E is less dense, but it's better in perf/efficency. You can see it in reality. Also it really doesn't matter for end consumer if it's some % less denser. At the end N3B was failed node and not backwards compatible with any other N3 node.

N3P will be the last "3nm"
If TSMC don't failed with 2nm yields... yes... otherwise N3X is possibility.
 

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