- IPhone 17 could get a larger screen, according to new rumors
- A jump from 6.1 inches to 6.27 inches jerked
- The frame is expected to be smaller
We are getting closer to the expected September launch of the iPhone 17, and the latest unofficial leakage that arises, suggests that the display will grow in size compared to the iPhone 16 – thanking first and foremost for shrinking frames.
According to the well -interested industry analyst Ross Young, the upcoming flagship phone from Apple will have a screen measuring 6.27 inch corner to corner, which is a small but noticeable increase from 6.1 inches on the current model.
As 9to5Google reports, various other sources have also pointed to the same upgrade in recent months, adding an extra layer of credibility to the rumor. As for the iPhone 17 Pro and Pro Max, they are expected to have the same screen sizes as their predecessors, then 6.3 inches and 6.9 inches.
It leaves the iPhone 17 air, which is joined to have a screen size of 6.7 inches. There is no current model we can compare this with, but it will apparently replace the iPhone 16 Plus, which has the same screen size of 6.7 inches.
Rumors so far
We’ve heard lots about the iPhone 17 in the last few months, including a rumor that the basic iPhone model finally gets an upgrade to 120 Hz promotion technology, which means smoother on-screen animations and support for an always-on-screen.
The Pro and Pro Max models are tipped for a pretty significant redesign around the back, although it does not appear that this renewal will expand to the base iPhone 17 – which will instead adopt a well -known look.
Based on ever -changing US customs policies, it is left to see what Apple is capable of doing with pricing, and there is a continuing speech that we will have to pay more for iPhone 17 than we did for iPhone 16.
In the meantime, we’ve heard that Apple may be changing iOS (and its other software platforms) to version 26 this year to match 2026 next year. However, it seems unlikely that the iPhone series will have a similar number of shocks.
