Apple iPhone 15 Pro likely to offer better battery life! Here is why

The iPhone 15 Pro is expected to offer a better battery life to its users. Check out the reason.

Here is why iPhone 15 Pro can offer better battery life. (AFP)

Apple's upcoming iPhone 15 series, which is expected to be launching in September 2023, is said to offer amazing features. Several leaks and rumours are already in circulation. And now, as per a latest report, iPhone 15 Pro is said to offer a better life to its users. The reason behind the same is that the phone will be running on a more efficient A17 chip. As per the information, a new 3mm manufacturing process enables better performance but requires 35 percent less power.

Informing about the same Apple Track tweeted. "The iPhone 15 Pro may have better battery life due to a more efficient A17 chip A new 3nm manufacturing process enables better performance but requires ~35% less power..."

Apple is also expected to bring a USB-C port, solid state button, and more to the iPhone 15 Pro models. According to analyst at TF International Securities, Ming-Chi Kuo, iPhone 15 Pro models may feature a USB-C port with the help of which the data transfer speed of the phone will increase. Kuo had also informed that the volume button and the power button of two high end iPhone 15 models may adopt a solid state button design similar to home button design of iPhone 7/8/SE2 and 3.

Not sure which
mobile to buy?

He tweeted, "My latest survey indicates that the volume button and power button of two high-end iPhone 15/2H23 new iPhone models may adopt a solid-state button design (similar to the home button design of iPhone 7/8/SE2 & 3) to replace the physical/mechanical button design."

Apple is also likely to give iPhone 15 a new border design, rounded edge and flat front. Informing about the same Twitter user and leakster ShrimpApplePro (@VNchocoTaco) said that the iPhone 15 will feature a new border design. The back edge corner will be rounded and not square anymore and the material also will be titanium.