Samsung may be on the verge of landing one of the most important smartphone chip contracts in years, as new reports suggest the company has begun talks with Qualcomm to produce the Snapdragon 8 Elite Gen 5 using Samsung’s advanced 2nm GAA manufacturing process. If the deal goes through, it would mark a major win for Samsung Foundry and could reshape how Qualcomm sources its next wave of flagship Snapdragon processors.
According to comments shared during CES 2026, Qualcomm CEO Cristiano Amon said the company has started discussions with Samsung Electronics for contract chip manufacturing using the latest 2-nanometer process. He also noted that design work has already been completed with commercialization expected soon. If Qualcomm ultimately places Snapdragon 8 Elite Gen 5 orders on Samsung’s 2nm GAA node, it would represent the first major renewed partnership between the two companies in roughly five years—something the semiconductor industry will be watching closely.
Why this matters is simple: 2nm GAA is the kind of cutting-edge chip technology that can deliver better performance and efficiency, and it arrives at a time when flagship mobile processors are getting more complex—and more expensive. Recent chatter suggests Qualcomm’s top-end chips may keep climbing in cost, with the Snapdragon 8 Elite Gen 5 previously estimated at around $280 per unit, and future variants rumored to be even pricier. For phone makers, pricing pressure is becoming a serious concern, which makes manufacturing costs and foundry competition more important than ever.
Samsung has been pushing hard to prove that its newest process technologies are ready for high-volume, high-profile customers. The company is already using its 2nm GAA process to mass produce the Exynos 2600, and early yield estimates have been around 50 percent. While that number isn’t ideal in the short term, it’s not unusual for new nodes to start modestly and improve as production ramps and the process matures. What strengthens Samsung’s position is the growing list of deals suggesting its manufacturing has stabilized and customer confidence is coming back.
Beyond mobile chips, Samsung has also reportedly secured a massive $16.5 billion agreement with Tesla for a next-generation AI6 chip. On top of that, the foundry is said to be fulfilling 2nm-related orders for two Chinese cryptocurrency equipment manufacturers. Even Samsung’s older processes appear to be gaining traction again, with its 4nm node—previously associated with yield challenges—now reportedly tied to a $100 million deal with a U.S. AI company. Taken together, these wins help build a clearer narrative: Samsung’s manufacturing capabilities are increasingly being seen as dependable enough for major, long-term commitments.
For Qualcomm, choosing Samsung for Snapdragon 8 Elite Gen 5 production could also offer a strategic advantage. Industry chatter indicates Samsung may dedicate roughly 10 percent of the secured capacity at its Hwaseong S3 fab to manufacturing Qualcomm’s application processor. That would be notable, especially given that Qualcomm’s current production is associated with a competing leading-edge process elsewhere. Even allocating a fraction of capacity can become meaningful at flagship volumes, particularly if yields improve and demand rises.
Price is another huge factor driving the conversation. Reports claim Samsung is pricing its 2nm GAA wafers at around $20,000, significantly undercutting a rumored $30,000 figure for competing 2nm wafers. In foundry economics, that kind of gap can be decisive. Lower wafer pricing can make it easier for customers to manage rising chip costs and can encourage companies to diversify suppliers rather than relying too heavily on a single manufacturer.
If Qualcomm moves forward with Samsung’s 2nm GAA for the Snapdragon 8 Elite Gen 5, Samsung could reportedly generate around $470 million in revenue from those orders in the near future. That number highlights what’s at stake: this isn’t just a technical milestone, it’s a revenue opportunity and a credibility win that could help Samsung attract even more high-end semiconductor customers.
For consumers, the impact may eventually show up in the form of faster, more efficient Snapdragon-powered phones—assuming the manufacturing ramp goes smoothly. For the industry, it’s a clear sign that the race to dominate advanced nodes like 2nm GAA is not only about technology leadership, but also about pricing, capacity, and trust.
