The semiconductor industry was consolidated as a central strategic asset in the global economy.
The acceleration of digitization, the growth of artificial intelligence and the expansion of technology-intensive industries position chips as a critical input for the competitiveness of countries and companies.
Disruption in supply chains during the pandemic and geopolitical tensions between the United States and China led to a technological sovereignty agenda in major economies. Governments and corporations activated investment plans, subsidies and industrial policies aimed at ensuring access, local production and control over key technologies.
Industrial geopolitics and critical chain control
The domain of semiconductors defines the capacity for innovation in sectors such as automotive, defence, telecommunications and consumer electronics. Global production has a high geographical concentration, with Asia leading advanced manufacturing, especially in Taiwan and South Korea.
The United States strengthened its strategy through the CHIPS and Science Act, with over $50 billion to encourage local production and reduce external dependence. Europe activated the European Chips Act with similar objectives, seeking to double its share in global production by 2030.
China, for its part, increased its state investment to develop domestic capacities and reduce technological constraints imposed by the West. This dynamic is a scenario of structural competition between economic blocs.
Record investment and state subsidies
The volume of investment in semiconductors reached historical levels. Leaders such as Intel, TSMC and Samsung announced plant expansion plans in the United States, Europe and Asia, driven by tax incentives and direct subsidies.
According to estimates by McKinsey and Deloitte, the industry will exceed $1 billion in annual income by 2030, with artificial intelligence-driven growth, electric vehicles and high-performance computing.
The production capacity becomes a strategic variable. The construction of fabs requires investments of more than USD 10 billion per plant, as well as specialized talent and robust technological ecosystems.
Asia, the United States and Europe in a race for technological autonomy
Taiwan maintains a dominant position in the manufacture of advanced chips, with TSMC as a central actor. South Korea, through Samsung, holds a strong presence in advanced memory and logic.
The United States is moving forward in industrial relocation with investments in Arizona, Texas and Ohio, while strengthening restrictions on technological exports to China.
Europe prioritizes the attraction of global manufacturers and the development of its own capacities, with Germany and France as emerging industrial poles.
Global competition is organized around access to technology, talent, intellectual property and financing. Each block builds its strategy with a focus on resilience and autonomy.
Impact in Latin America and strategic opportunities
Latin America is a limited participant in the semiconductor value chain. The region presents opportunities in segments such as assembly, testing, technological services and provision of critical minerals.
Countries with lithium, copper and other strategic inputs become relevant in the new technology map. The public-private sector articulation defines the ability to capture value in this transformation.
Companies in the region face an environment where access to technology and components directly impacts on costs, production and competitiveness. Strategic planning incorporates geopolitical and supply variables as critical factors.
Strategic perspective
The semiconductor industry sets a new standard of global competitiveness. Companies need to develop diversified supply strategies, technological alliances and adaptive capacity to changing regulatory environments.
Integration into global value chains requires investment in talent, innovation and industrial capacities. The location of operations and the proximity to technological hubs become more relevant.
Technological sovereignty results in critical process control, access to knowledge and sustained innovation capacity. Strategic decisions in this sector have a direct impact on the competitive position of companies and countries.
