Aamir Siddiqui / Android Authority
TL;DR
- Some customers are complaining in regards to the iPhone 16 Professional and 16 Professional Max randomly failing to register their contact enter.
- These telephones function considerably thinner bezels, probably inflicting the palm rejection algorithm to dam enter unintentionally.
- The difficulty possible stems from a software program flaw Apple can tackle by means of a future OS replace slightly than defective {hardware}.
Final week, Apple began promoting the iPhone 16 Professional and 16 Professional Max, which function welcome digital camera upgrades, an unmatched A18 Professional chip, and noticeably thinner show bezels. Whereas final 12 months’s overheating downside has seemingly been addressed by means of an overhauled inner design, a brand new one has risen. Primarily based on on-line studies, some iPhone 16 Professional customers are coping with touchscreen points. Extra particularly, the show generally fails to register their contact enter. Fear not, although, as the issue seems to be a patchable software program one slightly than a {hardware} flaw.
As per a 9to5Mac report, many iPhone 16 Professional customers are experiencing touchscreen points when making an attempt to work together with their units. The issue is presumably as a result of thinner bezels, which trigger some customers’ palms to relaxation on the show’s edge. This might set off the palm rejection algorithm and block additional enter throughout the display.
Fortuitously, it seems that the touchscreen points on iPhone 16 Professional fashions stem from the palm rejection algorithm slightly than the {hardware} itself. So, Apple may probably optimize and make the algorithm much less delicate to those unintended touches by means of a future iOS 18 replace.
Till then, customers experiencing the issue should alter how they maintain their iPhones to keep away from by accident touching the display’s edges. Alternatively, they might apply a protecting iPhone case, as the fabric tends to isolate the show and human pores and skin.