Vietnam has spent the past few years positioning itself as the next great beneficiary of semiconductor supply chain diversification. With the United States pushing chipmakers to reduce their reliance on Chinese manufacturing, Hanoi has courted Intel, Samsung, Amkor and a long list of equipment vendors, and the country has become a genuine player in assembly, packaging and testing. Building an actual wafer fabrication plant is a different proposition entirely, and a new report from Reuters suggests the gap between ambition and execution is wider than advertised.
According to the news agency, Vietnam’s first chip fabrication plant is unlikely to meet its 2027 target, with sources saying no agreement has yet been reached with ASML, the Dutch company that holds a near-monopoly on the extreme ultraviolet lithography machines needed for advanced logic chips. That single fact tells you almost everything about the difficulty of the task. A fab is not a building full of clever people and clean air. It is a supply chain achievement first, and the most critical link in that chain comes from a company in Veldhoven that ships a few dozen machines a year, each costing well over a hundred million dollars.
To be fair to Vietnam, no one serious expected the country to leap from packaging into leading-edge logic overnight. The plan, as reported, appears to involve a smaller facility aimed at less advanced nodes, the kind of chips that go into cars, appliances and industrial equipment. That is a sensible starting point. Mature-node fabs are cheaper, technically more forgiving and aligned with the country’s existing electronics manufacturing base. But even mature-node fabs need lithography tools, and the queue for ASML systems is long, the export licensing regime is complicated, and the customers ahead of Vietnam include companies with decades of institutional relationships and far deeper pockets.
The lithography bottleneck is not unique to Vietnam. It is the defining chokepoint of the modern semiconductor industry, and every government that announces a fab strategy eventually collides with it. India has discovered this. The European Union has discovered this. Even well-funded projects in the United States have run into the reality that the equipment supply chain is concentrated in a handful of firms, each with limited capacity to expand. ASML’s order book is a de facto global allocation mechanism, and new entrants do not get priority.
There is a second, quieter problem the Reuters report hints at: talent. A fab requires process engineers, equipment technicians and yield specialists who take years to train, and Vietnam’s semiconductor workforce, while growing, is still thin at the fabrication level. Assembling and testing chips is a different discipline from manufacturing them. Universities in Ho Chi Minh City and Hanoi have launched new programs, often with foreign partners, but the pipeline will not produce a seasoned fab workforce on a 2027 timeline. Neither will a training program, however well funded, substitute for the tacit knowledge that comes from running tools at volume.
None of this means Vietnam should abandon the effort. The country’s fundamentals remain strong: a young workforce, competitive costs, a stable investment climate and a strategic position that Western capitals find attractive. Malaysia, Singapore and Taiwan all built semiconductor capabilities over decades with sustained government backing and patient foreign partnerships. Vietnam’s mistake, if there is one, is in the marketing rather than the substance. Announcing a 2027 target creates expectations that the physics and the supply chain cannot meet, and when the date slips, the story becomes about failure rather than about a long, difficult build that was always going to take longer than a political cycle.
The more informative comparison may be South Korea, where a chip boom is driving forecast-beating growth, or China, which has spent enormous sums attempting to build domestic lithography capacity and still struggles at the leading edge. Semiconductor sovereignty is expensive, slow and dependent on a handful of Dutch and Japanese suppliers who cannot be rushed. Vietnam’s officials would do well to say so plainly. The investors and multinationals watching the country’s chip push are sophisticated enough to understand a ten-year plan. They are less forgiving of a three-year promise that quietly evaporates.
For now, the Reuters report reads less like a scandal and more like a reality check arriving on schedule. Vietnam’s first fab will probably get built. It will almost certainly arrive later, and at a less advanced node, than the original headlines suggested. That is how semiconductor industries are actually made, one delayed milestone at a time.