Revolution in the Palm of Your Hand: iPhone 18 Set to Unleash Lightning-Fast 2nm Chip
- The iPhone 16 series has just been announced, but already, rumors are circulating about the upcoming iPhone 17 and iPhone 18.
- Kuo shared his predictions on his X account (@mingchikuo), revealing the chips that will be installed in the 2025 and 2026 iPhone models:
- Last year, Apple equipped the iPhone 15 Pro model with the A17 Pro chip produced using the 3nm process.
Apple’s Future iPhone Plans: Exclusive Insights into iPhone 17 and iPhone 18
The iPhone 16 series has just been announced, but already, rumors are circulating about the upcoming iPhone 17 and iPhone 18. According to Ming-Chi Kuo, a well-known analyst familiar with the Apple supply chain, next year’s iPhone 17 series will include an enhanced version of the 3 nanometer (nm) process, known as the N3P Process. The chips produced in 2026 will be used in the iPhone 18 series, which is expected to feature 2nm chips.
A Bird’s-Eye View of Chip Forecasts for 2025 and 2026
Mr. Kuo shared his predictions on his X account (@mingchikuo), revealing the chips that will be installed in the 2025 and 2026 iPhone models:
| iPhone Model | Processor Manufacturer | Process Technology | Year |
|---|---|---|---|
| iPhone 17 | TSMC | N3P process / 3-nanometer technology | 2025 |
| iPhone 18 | TSMC | 2-nanometer technology (not all models may feature 2-nanometer processors) | 2026 |
3nm Chips Already in Apple Products
Last year, Apple equipped the iPhone 15 Pro model with the A17 Pro chip produced using the 3nm process. Additionally, the M3 series chips in Macs also utilize the 3nm process.
This year’s iPhone 16 series is equipped with the A18 chip produced using the second-generation 3nm process.
US-Made 5nm Chips on the Horizon?
Recent reports indicate that TSMC’s Arizona factory is producing 5nm chips, although it is still in the experimental stage and production volume is low. It may only be a matter of time before iPhones equipped with US-made chips hit the market.
Source: @mingchikuo/X via MacRumors