Image source: Fixed Focus Digital
Apple is set to host its biggest launch event of the year on September 9. The company is expected to unveil the new iPhone 18 series phone at the event along with its first foldable iPhone. Ahead of the launch, alleged colour options of the iPhone 18 Pro have leaked online. A report by Fixed Focus Digital claims claims Apple has now started full production of the iPhone 18 Pro, with sky blue, pure black and burgundy tipped as the three colors for the lineup.
The smartphone is expected to arrive in three color options when the company unveils its next Pro models, according to a new leak, according to a leak.
The iPhone 18 Pro lineup is also expected to feature Apple’s next-generation N2 wireless chip, although its exact improvements remain unknown.
Apple iPhone 18 Pro price could be the bigger question
The iPhone 17 Pro series did not offer a black option, although black was available on other iPhone models, including the iPhone Air, iPhone 17 and iPhone 17E. The new Mac Mini with an M6 processor, for example, starts at $899, compared with $599 for the M4 model it replaced. The reported color lineup would mark a return of black to Apple’s Pro iPhone range.
Apple has increased prices on some products as the ongoing memory shortage puts pressure on consumer electronics costs.
As per leaks, the phone will continue to use 6.3-inch display but switch to LTPO+ display technology, which could help extend battery life.
Apple is also said to be simplifying the Camera Control button by removing touch sensitivity and haptic feedback. The main 48MP Fusion camera is rumored to gain a variable aperture, allowing users to adjust how much light enters the camera. This could provide greater control over depth of field and improve photography in different lighting conditions. The button would reportedly rely only on pressure sensitivity. Another major upgrade could be Apple’s new C2 modem, which is expected to improve cellular performance and efficiency. The new modem may also enable 5G via satellite, allowing users to browse the web even when traditional cellular and Wi-Fi networks are unavailable.