TSMC is gearing up to start 2nm wafer production in the final quarter of this year, and Apple has reportedly locked in nearly half of the initial output. That commanding slice isn’t just for the next iPhone chips. Reports indicate Apple is preparing four separate system-on-chips built on the 2nm node, paired with a more advanced packaging approach designed to push performance and efficiency even further.
The A20 and A20 Pro, expected to power the iPhone 18 lineup in 2026, are said to be among the first beneficiaries. Apple is reportedly adopting WMCM (Wafer-Level Multi-Chip Module) packaging, a next-generation method that lets multiple components—CPU, GPU, and even DRAM—sit closer together in a compact footprint. The result should be faster processing, lower heat, and better battery life. Continuing its recent strategy, Apple may also release three A20 variants, with the Pro edition likely receiving a higher-binned configuration for peak performance.
Apple’s 2nm push won’t stop at phones. A new MacBook Pro lineup is expected to feature an M6 chip on 2nm, and multiple reports suggest this could be the generation where OLED finally replaces mini‑LED in Apple’s pro laptops. On the spatial computing front, the next Apple Vision Pro is not expected this year; instead, a successor is reportedly targeting 2026, with its R2 co-processor also built on TSMC’s 2nm process. The primary SoC for the headset hasn’t been identified yet.
While Qualcomm and MediaTek are also tipped to roll out their first 2nm platforms in 2026, Apple appears to have an early advantage thanks to its substantial share of TSMC’s initial capacity and its plan to deploy the node across multiple product lines.
TSMC’s 2nm technology is shaping up to be both in-demand and expensive. The foundry is projected to scale to around 100,000 wafers per month by the end of 2026. Each wafer is estimated to cost roughly $30,000, making 2nm the company’s priciest process to date and setting the stage for significant investments from chip partners.
