TSMC: Advanced Process Technology Demand Remains Strong, Will Continue to Support Performance
When C.C. Wei repeated on stage, "Demand for advanced processes remains robust," the shareholders in the audience were likely silently calculating how many percentage points their stocks could rise. TSMC’s revenue outlook for this quarter has surged past the $40 billion mark, with gross margins nearing 67%—figures that seem almost like science fiction in the manufacturing sector. But let’s not forget, this company’s confidence has never been unfounded. From Apple’s M-series chips to NVIDIA’s H10
Analysis
Yet, the chairman casually mentioned "rising component costs" and "uncertainties in the Middle East situation," hints that conceal the true edge. While everyone focuses on the decimal points of process nodes, hidden currents of supply chain costs are quietly rewriting the profit margins. The consumer electronics market is as price-sensitive as a thin-skinned teenager—once end products see price hikes, consumer reactions will be faster than the speed of light. Meanwhile, the geopolitical cloud hanging over the semiconductor industry has never truly dispersed.
Interestingly, on the same day, Intel launched a "major move" on another battlefield. Though the specifics are yet to be revealed, everyone understands: this veteran chip giant has finally stopped fixating on the old playbook of CPUs and is charging directly toward NVIDIA’s fortress of computing power built on GPUs. The problem is, NVIDIA’s CUDA ecosystem has already sprawled across the entire AI industry like vines, and the number of CUDA programmers might exceed the population of some small countries. Intel isn’t just trying to shift a single chip but an entire universe of developer habits.
At the same time, Microsoft’s 1.6 billion Windows users are reportedly "rushing overnight into the Agent era." This narrative sounds enticing, but on closer thought, it’s quite alarming—most computers worldwide still have hardware that struggles to open Word without lagging. Suddenly running AI agents? That’s like forcing a bicycle track to handle Formula 1 racing. The chasm between Microsoft’s ambitions and user realities might be more worrying than any technological breakthrough.
Beneath TSMC’s steady earnings figures lies a dramatic restructuring of the entire industry chain. When C.C. Wei speaks of "focusing on fundamentals," he is essentially saying: let all geopolitical tensions, cost fluctuations, and ecosystem wars bother someone else—my fabs will still produce the world’s most advanced chips on schedule. This confidence is built on tens of billions of dollars in annual R&D investment and two decades of relentless process advancement. However, the physical limits of advanced processes are approaching. After 3nm and 2nm, what comes next? TSMC’s engineers are already grappling with quantum effects and atomic-scale uncertainties—this might be among the final chapters of the semiconductor epic.
Meanwhile, subtle fluctuations in the mainland capital markets—the Shenzhen Component Index turning green, losses narrowing—seem somewhat distant in the face of such global industry-level narratives. When we’re discussing the light source wavelength of lithography machines and structural revolutions in transistors, the red and green ticks on the trading screens are more like background noise. The real battlefield isn’t on the exchange’s big screens but within the nanoscale confines of cleanrooms.
Returning to the initial question: How long can TSMC’s growth myth endure? Strong demand is real, but the semiconductor industry has always alternated between cyclical booms and busts. The last time everyone chanted "endless growth," the industry faced an icy shower of inventory adjustments in late 2022. Whether this AI-driven wave of demand can truly break the cycle or suddenly recede at some point, no one dares to guarantee.
For now, TSMC’s factories continue operating 24/7, with every wafer emitted by the lithography machines redefining the boundaries of human computing power. This scene is both glorious and cruel—glorious because humanity can create such precise machinery, and cruel because the fate of the entire industry is tightly gripped by a handful of companies, or even a few laws of physics. C.C. Wei’s calmness likely stems from his profound understanding: those at the crest of the wave are the first to feel the tremors beneath their feet.
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