I can’t wait for the iPhone 15 Pro to maybe have the best Apple Watch function
|Even though the iPhone 15 Pro won’t be shown for another six months, there are already a number of speculations floating around about Apple’s upcoming flagship device.
Along with a titanium finish, periscope lens, and a more potent and effective processor, there’s a rumor that Apple will replace the mute switch with a multi-purpose Action button. I can’t wait for this to happen.
All exterior buttons on the iPhone 15 Pro have previously been revealed in leaked CADs to be capacitive ones.
An anonymous source has already revealed further details regarding this new action button after confirming that it is indeed the Dynamic Island on the iPhone 14 Pro.
For those who don’t know, the Action Button is one of the finest improvements to the Apple Watch Ultra’s design when compared to other watches.
It enables you to tailor an action, such as launching your preferred app, beginning a workout, going back, diving, turning on a shortcut, etc.
And the iPhone 15 Ultra will soon get it.
If it turns out to be accurate, the action button on the iPhone 15 Pro may have even more uses.
There is a list of potential actions provided by MacRumors, including ring/silent, do not disturb, low power, light, and dark modes, running shortcuts, Shazam, turning on reachability, etc.
The article points out that a few of these choices may be accessed via Back Tap, an accessibility feature on the most recent iPhone models.
Having stated that, imagine how fantastic it would be to do an activity you frequently complete with only a click of a button.
The leaker also described how these capacitive buttons will function whether the iPhone is powered on, powered off, or not at all.
capacitive action, power, and volume buttons when turned on;
Capacitive power, volume, and action buttons are off.
drives Taptic Engine feedback, NFC, LE Bluetooth, and LE-UW;
Capacitive action, power, and volume buttons are available even when the battery is dead.
card for Apple Pay Express.
is used to power LE Bluetooth, LE-UW, and NFC chips.