This year, Apple introduced a significant change with the launch of the iPhone 17: the Apple N1 chip. This is Apple’s first chip designed specifically for local wireless connections. The N1 supports the new Wi-Fi 7, Bluetooth 6, and the Thread communication protocol used in smart homes. Unlike earlier models that relied on third-party chips, primarily from Broadcom, the N1 aims to enhance how devices connect.
Apple promised that the N1 would improve connectivity for features like AirPlay and AirDrop. While they didn’t share specific performance expectations, Ookla, known for the SpeedTest app, analyzed data over five weeks to compare the iPhone 17 and iPhone 16. They also included Android phones using Wi-Fi chips from Qualcomm and MediaTek.
The results showed that while the N1 isn’t the fastest chip out there, it did deliver better speeds than the iPhone 16. The median download speed for the iPhone 17 was 329.56 Mbps, a significant boost from the 236.46 Mbps of the iPhone 16. Upload speeds also improved, rising from 73.68 Mbps to 103.26 Mbps.
What’s interesting is that the N1 chip showed the most improvements for users struggling with slower speeds. Ookla noted that it especially helped those in the bottom 10th percentile, suggesting it raises the minimum performance users experience. However, the iPhone 17 didn’t claim the top spot in global charts; the Pixel 10 Pro slightly edged it out in download speed, and the Xiaomi 15T Pro performed better in upload speeds.
This trend aligns with a larger movement in tech where companies invest more in creating custom chips for better performance and control. As users increasingly rely on wireless communication, these advancements could play a big role in shaping how we interact with our devices in the future.
For more detailed analysis, check out Ookla’s findings on their website.
