Samsung Cuts Its 2nm Wafer Prices to Attract Clients

As the 2nm era approaches, Samsung is exploring different strategies to attract major clients. One such strategy is aggressive pricing, offering wafers at significantly lower cost than those of industry leader and arch-rival TSMC. If true, global tech giants may lean towards the Korean firm’s advanced process technology, allowing them to take advantage of high performance without paying a premium.

Samsung lowers 2nm Wafer prices to $20,000 to take on TSMC

Samsung suffered a huge setback in its semiconductor business, mainly with its 3nm process. The company faced several production challenges, such as low yield, which allowed TSMC to pull ahead and secure major clients. As a result, the gap between the two rivals has widened, with TSMC leading the global foundry market with a massive 67.6% share.

However, Samsung’s upcoming 2nm solution appears to be on the right track in terms of yield, performance, and efficiency. A notable example is its $16.5 billion deal with Tesla to produce the carmaker’s next-gen chips, likely using the 2nm node at the Taylor, Texas facility. This deal is not only a big win for the company but also helps it get Tesla’s support to reach the recommended 60-70% yield for mass production.

Samsung is now looking for more global clients so it can begin the production of the 2nm process without any hiccups. According to DigiTimes, the company has lowered its 2nm wafer pricing to $20,000 to attract customers. This pricing is nearly 33% lower than TSMC’s estimated $30,000 per wafer. The outlet further says the firm has a track record of competing on price. It will be interesting to see if this strategy now works in the competitive 2nm market.

So far, TSMC has secured deals with major clients such as Intel, AMD, Nvidia, and MediaTek, giving it a strong hold in this space. Meanwhile, Samsung is reportedly gearing up to debut its Exynos 2600 chip early next year, which will use the in-house 2nm process. If successful, this will help the company showcase the real-world performance of its cutting-edge node as the chip may power the upcoming Galaxy S26 series.