According to Counterpoint Research, TSMC (TSM.US) has further extended its leadership position in the semiconductor foundry industry, as evidenced by its recently released third-quarter financial results showing revenue of $33.1 billion. Counterpoint Research highlights, "This achievement reflects the strong momentum of the 3nm process and the sustained high utilization rates of the 4/5nm processes, supported by ongoing orders from AI GPU and high-performance computing clients, as well as demand from high-end smartphone platforms." Analysts note that Apple is the primary driver of TSMC's 3nm capacity enhancement, while Nvidia and AMD continue to create high demand for 4nm and 5nm chips, keeping the production capacity at full throttle. Additionally, demand from hyperscale computing companies, including Google’s TPU, Amazon AWS’s Tranium chip, and Meta Platforms’ MTIA accelerator, is also boosting TSMC's demand. Counterpoint emphasizes that foundry competitors like Samsung and Intel are still significantly lagging behind TSMC in market share but are making some progress. "Regarding commercialization timelines, Intel is expected to begin volume production of wafer commitments for its foundry clients starting in 2026, with major clients anticipated to ramp up production between 2026 and 2027," notes Counterpoint. "Intel has also adjusted its foundry strategy to be customer commitment-driven rather than building speculative capacity. This shift ensures that capacity expansion is directly linked to confirmed demand." Counterpoint further states that Samsung's advanced process utilization and wafer consumption increased in the second quarter of 2025, and this trend is expected to continue for the remainder of the year, partly due to smartphone chips based on 2nm technology. "Looking ahead, the prospects for Samsung's advanced nodes will largely depend on the success of its 2nm chips," comments Counterpoint. "In addition to its in-house Samsung Exynos product line, the outcomes of its collaboration with Tesla in the coming years will be crucial for determining whether Samsung can attract more customers and secure additional orders at advanced process nodes."