Apple, one of the leading names in the technology world, plans to use TSMC’s advanced 2nm N2P production technology for the A21 Pro processor to be used in the next generation iPhone models. In this era when competition is intensifying with rivals such as Qualcomm and MediaTek turning to similar processes, it is stated that Apple will prefer this streamlined technology only in its ‘Pro’ series processors. The standard A21 processor will continue to remain in the current 2nm N2 production node in order to maintain cost stability. This strategic decision reveals Apple’s efforts to keep the performance bar in the upper segment while managing high production costs.

Cost Pressures Shape Apple’s Manufacturing Strategy

One of the biggest factors in the technology giant’s decision is the increasing wafer production costs and supply constraints in the memory segment. Despite its trillion-dollar market value, the company prefers to follow a more stable path instead of using the latest technologies in all product segments in order to protect its profit margins. While the A21 Pro’s transition to the N2P process supports Apple’s desire to maintain its technological leadership against its Competitors, keeping standard models in the current node is seen as a module of budget discipline.

Thanks to its expertise in hardware architecture, Apple aims to compensate for small differences in the production process with architectural optimizations.

Differences Between N2 and N2P Remain Limited

The fact that the performance difference between TSMC’s N2 and N2P processes remains at a very small level of 5 percent at the same clock speed does not pose a major disadvantage for the standard A21 processor.

Apple has proven in the past that it can increase efficiency by up to 29% with architectural improvements in power-efficient cores, as in the A19 Pro processor. This shows that the company relies on its own mastery of chip design rather than production technology.

Switching to 1.4nm Technology in the Coming Years

Industry reports indicate that Apple will switch to the 1.4nm production node with the A22 Pro processor by 2028. This step will be the company’s first major technological leap at the sub-2nm level. However, even in this process, there is no clear information yet about when standard processor models will be updated. Still, as the technological maturation process progresses, the decrease in TSMC’s production costs may again shape Apple’s future strategies.

It is reminding that these data coming from commercial sources are not yet official and should be evaluated carefully.

How do you think Apple’s use of the latest production technologies only in Pro models will affect the user experience? You can share your intentions about this technological separation between standard models and Pro models in the comments section.