Apple is working on its own Wi-F 7 chips for future products, including the highly anticipated iPhone 17 series, which will be released in the second half of 2025. Tianfeng International analyst Ming-Chi Kuo said these new chips will be produced using TSMC’s N7 process; This is a critical step in Apple’s efforts to improve ecosystem integration and reduce dependence on third-party vendors.

Kuo notes that Apple plans to transition its entire product line to its own Wi-Fi chips within three years. This strategic change aims not only to reduce costs but also to improve the overall integration of Apple devices. Additionally, DigiTimes reported that some of Apple’s new iPads launching in 2025 may also include these custom Wi-Fi chips, underscoring the company’s commitment to in-house component design, a project that has reportedly been in development since 2021 .

Apple aims to reduce dependence on external suppliers

The push for in-house Wi-Fi technology is in line with Apple’s broader strategy to reduce reliance on outside vendors. Apple currently relies on Broadcom for its Wi-Fi chips, and a successful transition could improve the performance and efficiency of its devices. While the specific consumer benefits of Apple-designed Wi-Fi chips remain unclear, the change points to potential improvements in connectivity and interoperability across the Apple ecosystem.

Speaking of the iPhone 17 series, it may bring other interesting features. According to reports, the iPhone 17 Pro will offer an updated button layout with a single button instead of the volume buttons and action button.

The company introduced the Capture Button for the entire iPhone 16 series to make the camera more accessible. This design change is notable because Apple’s innovations are usually exclusive to Pro models for several years before reaching the base and Plus models. This change in strategy marks a significant revision to the hardware of the iPhone 17 series. Notably, it will also include a new “Air” or “Slim” model that promises a slimmer design and favors lightweight devices without sacrificing quality. performance.