Artificial intelligence: on the Tsmc race the danger of China
The chip manufacturing giant is exploiting demand for new technologies. Profits on the rise, but there is the unknown factor of new tariffs
class="dinomecognome_R21"> Vittorio Carlini
On the one hand, the expansion of corporate business, also in the wake of demand for microchips for Artificial Intelligence (Ai). On the other, the risk posed by China's moves with respect to the island of Taiwan and the tariffs war pushed by Washington. All with the focus on the frontier of innovation, in order to counter the competition. This is how the context of Taiwan Semiconductor Company's (Tsmc) business can be portrayed.
Yes, Tsmc. This, it should be remembered, operates as a so-called 'pure-play foundry'. In other words: the group concentrates exclusively on the manufacture of chips for third parties. In this way, the technology giant does not compete with customers, guaranteeing - according to it - a more effective and transparent collaboration.
Technological evolution
The Taiwanese multinational company, as part of its strategy, relies heavily - precisely - on technological evolution. In 2024, capitalised investments (Capex) are expected to be just over USD 30 billion.
Well: between 70 and 80 per cent of the jobs in question are directed towards advanced process technologies. What are these? These are the most sophisticated methodologies and tools to produce chips with extremely small and complex transistors and integrated circuits. This approach allows for products characterised by higher performance, lower power consumption and higher transistor density. Each process technology is indicated in the nanometre (nm) size. For example: 7 nm, 5 nm or 3 nm. These, in the past, represented the actual physical size of the gate of a transistor. That is: the gate/switch that controls whether or not current can pass between two parts of the transistor itself. By applying a voltage to the gate, the path for current flow is opened or closed, allowing the transistor to function. Today, however, the use of the number in nanometres has a more commercial significance and serves to distinguish each generation of process technology.
This is a context in which - as the race for ever more miniaturisation is on the increase - companies in the sector, on the one hand, try to have technologies with fewer nanometres; and, on the other hand, want to increase the revenues generated by these.


