TSMC 2nm wafer price hike could make Samsung a stronger option for NVIDIA and Apple
TSMC’s 2nm manufacturing process is shaping up to be one of the most important technologies in the next era of advanced chips. With volume production expected to ramp up, the node is widely viewed as a major step forward for high-performance processors, AI accelerators, mobile chips, and next-generation computing hardware.
However, that technological lead may come with a bigger price tag.
Industry expectations suggest that TSMC could gradually raise pricing for its 2nm wafers as production costs climb. The increase is believed to be tied to several factors, including strong demand, inflationary pressure, higher material costs, more expensive equipment, and the growing complexity of advanced chip packaging.
For major customers such as NVIDIA and Apple, this could create a difficult balancing act. Both companies rely heavily on cutting-edge semiconductor manufacturing to power products ranging from AI GPUs to iPhone and Mac processors. TSMC remains the preferred partner for the most advanced chips, but rising wafer costs may encourage these companies to look more closely at alternative suppliers.
Samsung could benefit from that shift.
Samsung Foundry is increasingly being viewed as a possible alternative for some advanced semiconductor orders, especially as companies look to diversify their supply chains. While TSMC continues to lead in overall market confidence and advanced manufacturing execution, Samsung may have an advantage when it comes to pricing flexibility.
One key reason is Samsung’s use of Gate-All-Around, or GAA, transistor technology in its advanced nodes. Samsung has already introduced GAA in its newer manufacturing processes, and this could give the company more room to compete on cost for 2nm and 3nm production. If Samsung can offer more attractive wafer pricing while improving yields and reliability, it may become a more appealing option for customers seeking to reduce dependence on a single foundry.
TSMC’s 2nm process is still expected to offer major technical advantages. The company has extensive experience with extreme ultraviolet lithography, advanced packaging, and high-volume production for demanding customers. Its 2nm node is also expected to use nanosheet transistor technology, improving performance and efficiency compared to previous generations.
But those advantages are expensive to deliver. As process nodes become smaller, chipmaking becomes dramatically more complex. More advanced EUV tools are required, manufacturing tolerances become tighter, and packaging methods must evolve to support higher performance. All of this adds cost, and those costs are eventually reflected in wafer pricing.
The semiconductor industry has already seen similar trends with 3nm production. TSMC’s 3nm node has become a major revenue driver and is expected to remain highly important even as 2nm production expands. For many chipmakers, 3nm may continue to offer a better balance of performance, efficiency, availability, and cost in the near term.
That means 2nm adoption may be gradual. Companies such as Apple, NVIDIA, and Qualcomm are likely to keep using TSMC for their most advanced and high-priority chips, especially where performance and power efficiency are critical. However, not every product requires the most expensive process available.
This is where Samsung could find an opening. Orders for chips used in automotive systems, robotics, edge AI, connected devices, and other emerging markets could potentially shift toward Samsung if the company can provide competitive pricing and stable production capacity. These markets are growing quickly, and many customers are looking for reliable manufacturing options beyond one dominant supplier.
For NVIDIA and Apple, the decision would not simply be about cost. Performance, yield rates, power efficiency, production volume, and long-term reliability all matter. Still, if TSMC’s 2nm wafer prices continue rising, even the largest technology companies may have stronger motivation to negotiate harder or split some orders across multiple foundries.
The bigger picture is clear: advanced chip manufacturing is becoming more expensive, more competitive, and more strategically important. TSMC remains the leader in cutting-edge semiconductor production, but Samsung has an opportunity to strengthen its position if it can combine competitive pricing with improved execution.
As demand for AI chips, mobile processors, and next-generation computing hardware continues to grow, wafer pricing could become one of the biggest factors shaping the future of the semiconductor supply chain. TSMC’s 2nm technology may set the standard, but Samsung’s pricing strategy could make the race far more interesting.
