At $599 for the base model, labeling the iPhone 16e as Apple’s budget-friendly option might seem a stretch. However, the company has taken significant steps to cut down its reliance on third-party suppliers like Qualcomm to gain stronger control over hardware and lower material costs. The iPhone 16e, compared to its predecessors like the 2022 iPhone SE and iPhone 16, showcases the highest percentage of components crafted in-house. This strategic move enables Apple to save about $10 per unit, thanks to its custom C1 5G modem, which might appear modest at first glance, but there’s more to unpack here.
With its C1 5G modem, the iPhone 16e could save Apple up to $220 million, provided it meets its shipping goals. While it doesn’t support mmWave networks, this modem impressively outperforms Qualcomm’s Snapdragon X71, found in the iPhone 16 family, by 40% in certain conditions. It’s manufactured using TSMC’s 4nm process for enhanced efficiency, with the transceiver on the older 7nm technology. According to Counterpoint Research, this internal baseband chip transformation lets Apple enjoy an estimated $10 saving per device.
The iPhone 16e comprises 40% of components made by Apple, while the rest are from third-party sources. Despite these cost-efficiency measures, the handset comes with a somewhat pared-down feature set, offering only a single rear camera and lacking MagSafe wireless charging. Whether Apple will pass these savings onto consumers or use them in other product areas remains uncertain.
Industry insights from analyst Ming-Chi Kuo suggest that Apple is set to ship around 22 million units of the iPhone 16e this year. This substantial quantity combined with the modest $10 savings per unit amounts to an impressive $220 million reduction in component costs. This financial benefit is a driving factor in Apple’s push towards integrating more in-house wireless technology in future iPhones. Anticipation is high as we might see the launch of Apple’s first custom Wi-Fi 7 chip with the iPhone 17 series later this year.
