Apple is expected to officially unveil the iPhone 17 series, including the Pro model, on September 9, 2025, with a formal event announcement anticipated later this month.

The iPhone 17 Pro is rumored to feature a cleaner design inspired by the Apple Watch Ultra, with improved connectivity achieved by relocating antennas around the larger camera module.

This redesign aims to enhance 5G, LTE, Wi-Fi, and Bluetooth performance by reducing signal interference and providing a more unobstructed antenna line.

By repositioning the antennas, Apple hopes to improve signal strength and reliability, particularly in dense urban environments and indoor spaces where coverage is typically weak.

The new antenna placement is expected to minimize shielding and interference, leading to better performance in crowded areas and more stable connections while on the move.

Additionally, the devices are rumored to include an Apple-designed Wi-Fi 7 chip, further enhancing their wireless capabilities.

Alongside these design changes, the iPhone 17 Pro is anticipated to feature an upgraded camera system and a faster chipset, although these enhancements may come at a higher price.

However, skepticism surrounds these rumors, particularly regarding the reliability of leaker Majin Bu, whose past predictions have shown mixed accuracy.

While the leak aligns logically with Apple's history of modifying antenna placements, Majin Bu's inconsistent track record raises questions about the validity of his claims.

Despite the enticing nature of these rumors, they remain unverified until Apple provides official confirmation or releases regulatory filings regarding the iPhone 17 Pro's specifications.

The anticipated design change is expected to create a more aesthetically pleasing side frame with fewer interruptions, potentially allowing space for additional components like a thermal system.

Majin Bu's claims are bolstered by some of his previous accurate predictions, lending a degree of credibility to the current rumors surrounding the iPhone 17 generation.