A new report states that Apple’s upcoming iPhone 17 models may find a new coating in the display. The iPhone 17 series is expected to launch in the second week of September. Although the launch’s potential timeline is weeks away, leaks about the lineup are flooding on the Internet. The report states that the new display coating can be special for the iPhone 17 Pro and the iPhone 17 Pro Max model. In particular, the current iPhone model is proud of the ceramic shield glass with a fingerprint resistant olophobic coating.
The iPhone 17 Pro Series can get upgrade display technology
Referring to the macromers, an anonymous source, reports that Apple suppliers have achieved strong yields for a new anti -reflective glass, making it viable for mass production. Scratch resistant and anti -reflective display technology is prominent on iPhone 17 Pro and iPhone 17 Pro Max. This feature may be lacking in base iPhone 17 or iPhone 17 Air, and they can stay with the current ceramic shield.
Anti -reflected display layer is likely to offer better stability than the current ceramic shield. We heard rumors about this anti -reflective glass in March. However, in April, anonymous sources claimed that Apple intended to terminate the scratch resistant anti -reflective display coating to the iPhone 17 Pro models due to production problems.
Current iPhone models have fingerprint -resistant olphobic coating and ceramic shields, but they have a lack of anti -reflection layer. Apple uses anti -reflective layers on its iPads and MacBox. Apple’s rival Samsung has used a Gorilla glass coach with anti -reflection features for its flagship phones.
The latest iPhone 17 lineup is reportedly announced between September 8 and September 12. The iPhone is said to have come up with 17 air titanium frames, while the iPhone 17, iPhone 17 Pro, and iPhone 17 Pro Max can use the aluminum frame. Vanilla models are expected to provide Apple’s A19 SOC, while the pro model A19 is run by the Pro Chip. Apple Pro Models can pack 8GB RAM and 12GB RAM in base models.
