Apple’s iPhone 17 Might Feature In-House Wi-Fi and 5G Modems

Introduction

Apple’s long-standing vision to manufacture its own wireless chips may soon become a reality. Analyst Ming-Chi Kuo has reported that Apple plans to debut its proprietary Wi-Fi and Bluetooth chips in the iPhone 17, potentially releasing in late 2025. The upcoming iPhone SE 4, expected in early 2025, is rumored to be the first model to feature Apple’s custom-made 5G modem, marking a significant step in Apple’s break from third-party suppliers like Qualcomm.

A Move Towards In-House Wireless Chips

Apple has been focused on reducing its reliance on external suppliers for wireless components, a goal it has pursued since acquiring Intel’s modem division in 2019. Although the initial goal was to launch an Apple-made modem with the iPhone 15, development delays pushed this ambition to later models. Apple’s shift to in-house Wi-Fi and Bluetooth chips, beginning with the iPhone 17, could redefine Apple’s hardware autonomy.

iPhone SE 4: The First to Feature Apple’s Custom 5G Modem

According to reports, the iPhone SE 4 may debut Apple’s in-house 5G modem but will continue using Broadcom’s Wi-Fi technology. Additionally, the SE 4 is rumored to include several high-end features like an OLED display, Face ID, and advanced AI functions—a notable upgrade from its current specs.

Challenges and Potential Impact

Developing wireless chips is a complex task. Apple’s delay in integrating its 5G modem underscores these challenges, especially given the technological hurdles of producing a chip that meets Apple’s high standards. If successful, this transition could reshape Apple’s wireless technology landscape, allowing greater control over performance, security, and innovation.

Conclusion

With plans to integrate proprietary Wi-Fi and 5G modems, Apple is poised to make significant strides toward self-reliance in wireless technology. The iPhone SE 4 and iPhone 17 may mark the beginning of a new era, potentially transforming the iPhone’s connectivity and functionality in future generations.