Apple to Embrace More Advanced 3nm N3P Process for iPhone 17 Series, Potentially Boosting Performance

Apple to Embrace More Advanced 3nm N3P Process for iPhone 17 Series, Potentially Boosting PerformanceAccording to prominent industry analysts, Apple is planning to adopt the enhanced 3nm N3P process for its upcoming iPhone 17 series. This upgrade is expected to deliver significant performance improvements for users

Apple to Embrace More Advanced 3nm N3P Process for iPhone 17 Series, Potentially Boosting Performance

According to prominent industry analysts, Apple is planning to adopt the enhanced 3nm N3P process for its upcoming iPhone 17 series. This upgrade is expected to deliver significant performance improvements for users. However, due to the complexity of the N3P process, its production yield is anticipated to be lower than the 3nm chips based on the N3E process, potentially leading to an increase in chip prices.

TSMC, the world's leading chipmaker, is developing various new 3nm process enhancements, including N3E and N3P, designed to further enhance chip performance. Apple introduced 3nm chips last year in its iPhone and Mac product lines, such as the A17 Pro and M3 series chips. This year, the iPhone 16 series features the second-generation 3nm A18 chip, delivering even greater performance.

The analyst also predicts that some iPhone 18 models in 2026 will adopt even more advanced 2nm processor technology. TSMC plans to start production of 2nm chips by the end of 2025, with Apple likely being one of the first companies to utilize this technology.

As TSMC's largest customer, Apple typically enjoys priority access to the latest chip technologies. The adoption of both 3nm and 2nm chips further highlights the close collaboration between the two companies in pushing the boundaries of advanced semiconductor technology.

It's important to note that the complexity of the N3P process could result in a lower production yield compared to the N3E process, potentially leading to an increase in chip prices. Additionally, due to the more advanced production techniques required for 2nm chips, their cost might be higher as well. It remains unclear whether these factors will affect the pricing of Apple's iPhones.

Overall, Apple's plans to utilize the more advanced 3nm N3P process for the iPhone 17 series signal a continued commitment to pushing the limits of mobile performance. Alongside its exploration of 2nm chip technology, Apple aims to maintain its leadership in chip technology, delivering enhanced performance and user experiences in its products moving forward.