Samsung’s push into advanced chip manufacturing is starting to look more serious—and the numbers behind its 2nm GAA process suggest the company is preparing for a major land grab as competitors face their own production challenges.
Recent reports indicate Samsung’s 2nm GAA (Gate-All-Around) process has reached around 50 percent yield. That figure still leaves plenty of room for improvement, but it’s also an important milestone: it signals Samsung is getting closer to the level of manufacturing stability required for large-scale customer commitments. With ongoing industry demand for cutting-edge nodes—especially for AI and high-performance computing—Samsung appears to be moving quickly to turn that yield progress into real business.
According to a new report, Samsung is aiming for a 130 percent increase in 2nm GAA orders. Analysts see the specificity of that target as more than a simple projection; it’s being interpreted as a sign of confidence that Samsung can secure stronger customer support for its next-generation process. In other words, this is Samsung signaling that it expects meaningful momentum, not just experimentation or pilot projects.
One major customer already associated with Samsung’s 2nm ambitions is Tesla. The EV giant has previously been linked to a $16.5 billion deal, making it one of the most notable names tied to this manufacturing roadmap. Beyond automotive, the focus is increasingly shifting toward AI chips—an area where demand continues to soar and where leading-edge nodes can provide major performance and efficiency gains.
Samsung’s internal progress also appears to be reinforcing that confidence. The Exynos 2600 is being viewed as a sign that yields are becoming more stable, helping Samsung build a foundation for dependable mass production—one of the biggest hurdles in any new node transition.
Another key piece of the strategy is the company’s semiconductor facility in Taylor, Texas. The site was originally planned around 4nm production, but Samsung has reportedly been redirecting attention toward bringing 2nm GAA manufacturing to the plant. That move would put advanced chip production on U.S. soil while also strengthening Samsung’s position in the global foundry race. Test operations for EUV equipment at the Taylor site are reportedly scheduled to begin in March, suggesting the company is moving fast to establish a real 2nm footprint in the United States.
What’s especially interesting is who wasn’t mentioned in the discussion of “major customers.” Qualcomm, one of the most prominent buyers of leading-edge smartphone silicon, didn’t come up at all. That omission stands out because many customers are increasingly viewing Samsung as a realistic alternative as they look to diversify supply beyond a single foundry. Still, rumors suggest Qualcomm’s upcoming flagship chips—the Snapdragon 8 Elite Gen 6 Pro and Snapdragon 8 Elite Gen 6—may rely exclusively on another 2nm node this year, which could mean the two companies haven’t reached an agreement for this generation.
For Samsung, the path forward remains clear: keep driving yields higher, prove long-term stability at scale, and lock in high-volume customers—especially in AI, where demand can justify the cost and complexity of bleeding-edge production. If Samsung can maintain this pace and deliver consistent 2nm GAA mass production, the company could be positioned to win a much larger slice of the next wave of advanced chip orders.
