iPhone 17 Beats iPhone 16 in Wi-Fi Speeds, Says Ookla

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Key Takeaways:

iPhone 17 Wi Fi gains show clear upgrades with Ookla data confirming noticeably faster speeds than the iPhone 16 and stronger results across multiple regions from real Speedtest measurements.
N1 chip improves speed and steadiness by lifting typical downloads and uploads by roughly forty percent while giving the iPhone 17 better hold in crowded or noisy Wi Fi environments.
US results highlight a meaningful jump because iPhone 17 and iPhone Air reach about 409 Mbps median downloads, which lands well above the 350 Mbps median on iPhone 16.
Wi Fi 7 bandwidth limits rarely affect use since the N1 chip’s 160 MHz ceiling sits below Wi Fi 7’s 320 MHz maximum yet still meets most home and campus performance needs.
Pixel 10 Pro edges ahead in raw speed with roughly 335 Mbps averages compared to the iPhone 17’s 329 Mbps, which reminds readers that performance always varies by router setup and location.

A recent analysis by Ookla, the firm known for its Speedtest service, highlights that the iPhone 17 lineup, including the iPhone 17, iPhone 17 Pro, iPhone 17 Pro Max, and iPhone Air, is delivering markedly quicker Wi-Fi speeds compared to the earlier iPhone 16 series. This conclusion stems from global, crowdsourced Speedtest data gathered between September 19 and October 29 this year.

The N1 Chip on the iPhone 17 series is touted by Ookla as a significant advancement. It’s reported to provide up to 40 percent faster average download and upload speeds relative to the Broadcom Wi-Fi chip in the iPhone 16 models. This speed improvement was noted across every country they examined, from the United States and India to Japan, France, Italy, and the United Kingdom.

Improved Stability in Challenging Wi-Fi Conditions

The study notes that the N1 chip not only boosts peak performance but also improves reliability in difficult Wi-Fi environments. In essence, rather than just enhancing top speeds, it ensures a more dependable connection where it’s needed most.

Specifically in the U.S., the iPhone 17 and iPhone Air reached a median download speed of 409 Mbps, compared to 350 Mbps on iPhone 16 devices—a nearly 17 percent jump.

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For more details, Ookla provides additional charts and country-specific breakdowns on its website.

Wi-Fi 7 Shortcoming Isn’t a Real-World Issue

There were earlier reports indicating that Apple’s N1 chip is designed to support up to 160 MHz channel bandwidth for Wi-Fi 7, which is half the 320 MHz maximum that the standard permits. While this theoretically caps peak speeds, Ookla claims this doesn’t affect real-world performance for most users.

Pixel 10 Pro Marginally Tops iPhone 17 Series

Globally, Apple’s new iPhone 17 series outperformed its predecessors, but did not top Ookla’s speed charts. Google’s Pixel 10 Pro series achieved 335 Mbps, just a notch above the iPhone 17 series’ average of 329 Mbps.

Implications for Potential Buyers

Ookla’s findings make it clear that the N1 chip is a considerable step up from the last generation. For those eyeing the iPhone 17 or iPhone Air models, Wi-Fi performance should be seen as a benefit rather than a drawback.

Do these performance upgrades make a difference to you? Share your views in the comments below.

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