New Delhi: Apple’s in-house N1 networking chip, which generally powers a significant jump in Wi-Fi performance on the iPhone 17 series, according to some reports, has suggested that the networking and connectivity insights platform Ookla. For everyday users, this means faster, more stable Wi-Fi, especially in crowded homes, offices, cafes, and airports. Unlike the earlier models, which depend on a Broadcom chip for connectivity, the iPhone 17 lineup uses Apple’s own custom Wi-Fi and Bluetooth chip for the first time. This tighter hardware software control appears to be paying off; the iPhone 17 series sees a significant clear boost in both download and upload speeds compared to the iPhone 16 series across every region studied.
Both the iPhone 16 series and iPhone 17 series support a similar Wi-Fi standard on paper, but the N1 chip enables a big step up in everyday performance. Ookla’s data shows higher download and upload speeds across nearly all regions, with the most significant gains appearing in more challenging Wi-Fi conditions, such as crowded networks or rooms with weaker signals. For the users, this translates into smoother streaming, faster downloads and more reliable video calls, especially in Indian homes where multiple devices share the same Wi-Fi network.
When it was compared with other Android flagships, the iPhone 17 series consistently stayed at the top or near the top across most Wi-Fi metrics. Google’s latest flagship, which likely uses Broadcom’s Wi-Fi chip, leads in global Wi-Fi download speeds with a 335.33 Mbps median speed. It just edges past the iPhone 17 series, which shows a median download speed of 329.56 Mbps. The iPhone 17 series is followed by the Xiaomi 15T Pro, Samsung Galaxy S25 series, Oppo Find X8 Pro, iPhone 16 Pro and Vivo X200 Pro.
Samsung’s Galaxy S25 series, based on Qualcomm’s FastConnect 7900 Wi-Fi chip, had an edge in latency, delivering the lowest best-case response times. While the results varied across regions, the iPhone 17 series stayed near the top, alongside Xiaomi’s 15T Pro, Vivo X200 Pro and others. Xiaomi dominates upload speeds with its MediaTek Wi-Fi hardware; its flagship managed a median upload speed of 129.22 Mbps, followed by the iPhone 17 series at 103.26 Mbps and Oppo Find X8 Pro at 97.51 Mbps.
Now, what does the N1 chip make a difference? So, Apple’s N1 chip doesn’t rely on wider 320 MHz Wi-Fi 7 channels like some Android flagship does, but Ookla’s data suggests these higher bandwidth features aren’t widely used yet, particularly in markets like India, where 6GHz spectrum adoption is still emerging. Instead, Apple’s strength comes from deeper hardware and software optimisation. The N1 lifts performance not just at the top end, but especially in poor Wi-Fi environments, where the iPhone 17 series shows over 60% improvements compared to the previous iPhone 16.
