Abstract:
TSMC, the world's leading wafer foundry, is accelerating the layout of the next-generation A14 (1.4nm) advanced process. The latest news shows that the construction of the four A14 wafer fabs located in the Central Taiwan Science Park is progressing smoothly and is expected to be completed and put into large-scale mass production in the second quarter of 2028. By then, it is expected to form the world's largest angstrom-level advanced process production base.
According to the current project plan, the construction progress of the P1 plant in Zhongke Phase II Park is ahead of the curve. The main project is expected to be completed in April 2027, and will then enter the equipment installation and trial production stages. The P2 factory is advancing simultaneously, with the goal of completing equipment debugging and reaching mass production readiness by the end of 2027. As subsequent factories are put into operation one after another, the four A14 wafer fabs will jointly form TSMC's most important advanced process production cluster in the future.
The industry estimates that after all four factories are put into operation, the total monthly production capacity will reach 120,000 to 160,000 12-inch wafers. These capacities will mainly serve the artificial intelligence, high-performance computing, cloud data center and next-generation mobile terminal markets.
In terms of customers, the A14 process has attracted the attention of many international technology giants. The market expects Apple, NVIDIA, AMD, Qualcomm, MediaTek, Broadcom and multiple cloud service providers to become major customers. Among them, Apple's future iPhone A-series processors and Mac product line's M-series chips are regarded by the outside world as the most important products that are most likely to be the first to adopt the A14 process.
Compared with the current mainstream advanced manufacturing processes, A14 will be further improved in terms of performance and energy efficiency. Some studies predict that this process can achieve higher computing performance under the same power consumption conditions, while significantly reducing chip energy consumption and bringing higher transistor density to meet the rapidly growing needs of artificial intelligence and high-performance computing.
However, the most advanced technology brings not only performance improvements, but also staggering manufacturing costs. According to market estimates, the price of a single 12-inch wafer of the A14 process may exceed US$35,000, and some forecasts even believe that the future price may be close to US$45,000. This means that the production costs of next-generation flagship processors and AI accelerators will continue to rise.
Despite high manufacturing costs, market demand for advanced production capacity remains strong. Analysts estimate that when the four A14 fabs reach full production, they will generate approximately US$45 billion to US$52 billion in annual revenue for TSMC, becoming one of the company's most important growth drivers in the next few years.
In order to ensure the smooth progress of this plan, TSMC is continuing to expand the construction scale of the China Science Park and simultaneously promote the expansion of 2nm and 3nm process production. Industry insiders believe that the A14 project is not only related to TSMC's future technological leadership, but will also have a profound impact on the entire semiconductor supply chain.
At the same time, competitors are also actively promoting the development of next-generation processes. Intel is advancing the 14A process and introducing high numerical aperture EUV equipment, while Samsung continues to develop the SF1.4 process. However, judging from the current progress, TSMC still maintains a relatively obvious advantage in project progress and mass production scale.
As artificial intelligence training, high-performance computing platforms, and next-generation smart terminals continue to increase the demand for computing power, advanced manufacturing processes have become the core battlefield for competition in the global semiconductor industry. If the four A14 factories can be fully mass-produced in 2028 as planned, TSMC will not only further consolidate its global wafer foundry dominance, but is also expected to lead the development direction of the artificial intelligence chip industry in the next stage.
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