iPhone 15 Pro Max may get the world's thinnest screen bezels
Apple's forthcoming iPhone 15 Pro Max is rumored to feature a front display that has bezels of only 1.55mm (0.06 inches), making it by far the thinnest bezel in any smartphone ever made.
![](https://photos5.appleinsider.com/gallery/53522-107506-000-lead-Bezels-xl.jpg)
Recent rumors about the iPhone 15 Pro Max have included a claim that while it may be thicker than the iPhone 14 Pro Max, it could have a slightly smaller camera bump. That claim was based on purported CAD drawings for the phone, and came via leaker "Ice Universe," who now reports that the dimensions of the phone's bezel will be record-breaking.
This detail is specifically concerning the iPhone 15 Pro Max, rather than the iPhone 15 Pro. However, the iPhone 15 Pro model has recently also been claimed to have thinner bezels than its predecessors.
That previous report further described the iPhone 15 Pro Max screen as being "very beautiful," and featuring Apple Watch-style curved edges.
Read on AppleInsider
![](https://photos5.appleinsider.com/gallery/53522-107506-000-lead-Bezels-xl.jpg)
Recent rumors about the iPhone 15 Pro Max have included a claim that while it may be thicker than the iPhone 14 Pro Max, it could have a slightly smaller camera bump. That claim was based on purported CAD drawings for the phone, and came via leaker "Ice Universe," who now reports that the dimensions of the phone's bezel will be record-breaking.
iPhone 15 Pro Max will break the record of 1.81mm bezel black edge held by Xiaomi 13, and we measure that its cover plate black bezel width is only 1.55 mm.S22 and S23 1.95mmiPhone 14 Pro 2.17mm pic.twitter.com/9TBrVCGSCo
-- Ice universe (@UniverseIce)
This detail is specifically concerning the iPhone 15 Pro Max, rather than the iPhone 15 Pro. However, the iPhone 15 Pro model has recently also been claimed to have thinner bezels than its predecessors.
That previous report further described the iPhone 15 Pro Max screen as being "very beautiful," and featuring Apple Watch-style curved edges.
Read on AppleInsider
Comments
I know the form factor of general appearance of all smartphones has converged to the point where there are very few things the different vendors can do to make their products stand out from the crowd, with one exception. The backside camera array appearance has mostly been driven by functional requirements related to optics. It would be nice if some thought could be put into making the back side a little less goofy appearing. The iPhone Pros look like a fish that’s been biologically mutated from exposure to runoff from a nuclear accident. Some consideration should be made for allowing the phone to be laid flat without wobbling if you don’t put it in a big rubbery teletubbies case.
Some balance needs to be reached on the overall design. The front of the iPhone is looking pretty darn good these days. Apple’s investments have paid off. Instead of focusing on minutiae like razor thin bezels on the front, assign someone from the design team to take a look at the back side of the iPhone and come up with a way to unravel that mess.
I have the 13 Pro and I usually skip at least 1 generation. Curious if phones ‘help’ RealityOS or whether their XR devices will run autonomously.
as far as thickness goes, that’s not a problem for me. I also don’t mind the camera bump. A few mm one way or the other doesn’t matter to me. I’m far more concerned at how extra thickness will help the camera. To me, that’s far more important.
I moved two of the home screen apps off the bottom row because my little finger would constantly activate whatever was in the lower right corner.
Thinner bezels! Progress?
I do believe Apple already uses internal logic to capture some of the gestures it should ignore, which I assume result in a probability factor used to decide what to do next. But that only goes so far as it’s a matter of extreme fine-tuning and only a fraction of seconds to make a decision.
Going to the world's 'thinnest' bezels really won't mean much today (so late in the day) as modern bezels are already thin enough to be 'invisible' but just by going thin is a big step up for Apple.
Definitely a yes move and so it should be celebrated.
You can't on the one hand protest Apple's features, and at the same time, deny Apple's success, so maybe, just maybe, there is actually something to Apple's "walled garden", "broad ecosystem", and increasing iPhone user base, that Android OS has not been able to replicate.
We're talking bezels here. Bezels.
I'm not 'protesting' Apple’s features. I'm stating fact.
If anything, I'm celebrating Apple’s rumoured move to thinner bezels. I even used that very word.
As for walled gardens. They are bad IMO and are well on the way to coming down. Apple does NOT have the broadest ecosystem in my book. Not by a long shot but how are you defining 'broad'? It would have to start there, right?
But anyway, remember, 'bezels'!
As for your previous comment on the bezels, again, there didn't appear to be any consumer resistance to purchasing iPhones with "very bad from a design perspective" bezels, though I'm sure that I, and others, will appreciate the rumored minimal bezel when I purchase a new iPhone in the future.
Furthermore, I would argue that there is, in reality, two separate smartphone markets, with very little crossover, and that supports my contention that Apple doesn't have to introduce features at the same pace as Android OS OEM's.
Just as in the case of these "thin" bezels, Apple's 6 to 8 different models introduced each year don't have to compete against the thousands of models that Android OS OEM's must deal with, and it would seem obvious that Apple benefits greatly from the reduced models to engineer each year, all shipped in profitable quantities.
added bonus link about Apple as a semiconductor colossus.
https://seekingalpha.com/article/4588267-apple-a-semiconductor-colossus?mailingid=30883119&messageid=must_reads&serial=30883119.1561462&utm_campaign=Must%2BReads%2Brecurring%2B2023-03-18&utm_content=seeking_alpha&utm_medium=email&utm_source=seeking_alpha&utm_term=must_reads