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he ability to 3D print steel and titanium at scale is a massive flex
I don't think they did it to flex their ability. Its a manufacturing technique that will save them material and time - given that its possibly new technology or a new process, no one knows if its cheaper. One thing is for sure, we'll be seeing more 3d printed parts from apple and others.
 
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Did they make it slimmer by reducing its height? Thats amazing I didn’t think that making things less in height would make it slimmer. Fix the UI please
 
The internet: I want a thicker phone with a larger battery

Also the internet: Apple only made a thicker phone with a larger battery to make the Air appear thinner.

Y'all are never happy. LOL
True, but Apple did have other options. Silicon carbon batteries exist, offering more energy in smaller packages. They could have used that but apparently showing off how skinny the Air looks next to the thicker Pro was more important.
 
Alu is anodized. Not painted.
It holds very well! proved by all Macbooks, ipads, watch, airpods max, normal iphones since iphone 6.

You are welcome
Agree. I have an M2 MBA, M1 MBP and iPad mini 6. All anodized aluminum. All look mint. To be fair, those sit on a temperature controlled, clean desktop 70% of their life. A phone, on the other hand, sees a bit more action.

I was at the Aspen Grove store yesterday. The 17 Pro’s I saw in store were already showing some wear. Lots of little scratches, mostly in the area where the charging puck connects. After two days. For a device I have on me every day, that sees heavy uses sans case, I’ll be exchanging my 17 PM Deep Blue for Silver this week. YMMV.

Also, the Air is awesome. Way too limited for my needs, but a complete marvel. A lot of iPhone users would be totally happy with that device. But as many have said, iPhone 17 is the best value.
 
An iPhone Air with a 16e like camera would be an instant buy for me. But we'll never get that.
Well, no - the article says that the Air relies on the "camera" bulge to fit in the logic board, so a smaller camera wouldn't get rid of that. Might avoid needing a second camera bulge on the camera bulge, though :)

Struggling to see the point of this phone or how people can pretend that a phone with a ~12MM camera bump is 5.6mm thick.
 
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The 17 Pro’s I saw in store were already showing some wear. Lots of little scratches, mostly in the area where the charging puck connects. After two days. For a device I have on me every day, that sees heavy uses sans case, I’ll be exchanging my 17 PM Deep Blue for Silver this week. YMMV.
But the area where magsafe connects is glas/ceramic. This has nothing to do with the Aluminum housing.
 
I think I'll let the fashion houses debate the aesthetics of the camera plateau. That said, from a mechanical design engineering standpoint I find the package novel; and it successfully fills the use role while maintaining some pretty stringent physical constraints.
 
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I would never mind to have a phone without cameras at all. Just give me one slick design and full screen without dumb cuts on it
 
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Glad they're able to break down "how" they made it so thin... but can anyone say "why"? Lol.
As a 13 mini owner, this is the first phone since 2021 that I’m actually considering upgrading to. From what I’ve read, the thinness and light weight make it easier to use one-handed, even with the bigger screen (plus, my eyesight isn’t getting any better). At least I’ll try it out.
 
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Great process innovation. Now use it to make a mini.
I hear you my friend. I get the need of smaller phone but if market does not want it (and it doesn’t) there will not be small phones anymore.

I had the same with lack of physical keyboard, I really liked HTC phones with full keyboard, it was fantastic idea but apparently less people needed physical keyboard for smartphone and it’s not really even an option to get it as accessory anymore (not properly build without making phone Much bigger).
 
While I appreciate ifixit their whole crusade against different screw types is getting pretty old, especially in light of the fact that they will happily sell you whatever bit you need. But you can get phone repair kits with the right bits at Walmart now--is it really an issue anymore?
 
The 16e's camera is the smallest wart there is. But then the 16e as a whole is bulky-ish.

An iPhone Air with a 16e like camera would be an instant buy for me. But we'll never get that.
The specs of the iPhone Air and 16e rear cameras are pretty similar, so it's likely their dimensions are essentially the same. The 16e doesn't have a camera plateau to house its camera module since it's thick enough to not need one.
 
Well, no - the article says that the Air relies on the "camera" bulge to fit in the logic board
The video shows that most of the logic board is just below the camera bulge, with only the A19 chip being in the bulge, but it's true that putting the A19 chip inside the bulge was necessary to fit in the bulk of the logic board so that it's nestled up against the bottom edge of the bulge.
 
Imagine that iFixit. Something with nothing inbetween two pieces of aluminum is easier to bend. Smh....
Yeah. When fully assembled, the parts in the camera plateau, as well as the plateau itself, also serve as stiffeners between the antenna gaps at the top end of the Air, and there are parts in the bottom end that do this as well, and for what it's worth, the glass back and the glass screen also probably add some stiffening at these locations, and they're slightly flexible too before they break.

Maybe there could be instances where sitting on an Air that's in a back pocket, especially when sitting on a hard surface, might place more stress at the top and/or bottom ends of the phone, and cause at least a little flexing at the gaps, which might result in some bending if repeated over time, but that seems doubtful. It seems likely Apple must have tested for situations like this, and though there's no guarantee of that unless we were to see their tests and the results, the placement of the Air's internals at least implies that Apple took the antenna gaps into account to compensate for their possible compromise to rigidity.
 
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