Hardware

Apple is developing its own WiFi 7 chips for the iPhone

Apple is developing its own WiFi 7 chips for the iPhone

Apple is developing its own Wi-Fi 7 chips for upcoming products, including the iPhone 17 series, scheduled for release in the second half of 2025. According to analyst Ming-Chi Kuo at Tianfeng International, the chips will be manufactured using TSMC’s 7nm (N7) process, underscoring Apple’s push for greater independence from third-party suppliers and component integration.

Apple is developing its own Wi-Fi 7 chips for upcoming products, including the iPhone 17 series.

Highlights and benefits of switching to Apple’s own Wi-Fi chips

  • Ecosystem Integration: Moving to proprietary chips will give Apple more control over device features and capabilities, which will improve ecosystem compatibility and performance.
  • Reducing dependence on Broadcom: Apple currently relies on Broadcom’s Wi-Fi chips, but successfully replacing these chips will improve efficiency and reduce device manufacturing costs.
  • New Devices: The first iPads with Apple Wi-Fi chips are expected to be released as early as 2025, confirming the company’s serious plans to integrate its chips into all product lines within three years.

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Apple

Potential innovations in iPhone 17

According to reports, the iPhone 17 Pro could get a new button design, where a single button will replace the current volume and Action buttons. This could mean a new approach to controls and further optimized interaction with the device.

A new button design could be coming to the device.

In addition, Apple just introduced a Capture Button for the entire iPhone 16 series that improves access to the camera, and it’s possible that such innovations will become available on base models as early as iPhone 17.

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The new lineup may also include the iPhone 17 ‘Air’ or ‘Slim’, a thinner, lighter version aimed at users who value portability without sacrificing performance.

The iPhone 17 ‘Air’ or ‘Slim’ is a slimmer, lighter version aimed at users who value portability without sacrificing performance.

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