Qualcomm's Next-Gen Snapdragon Chips Staying With TSMC, Samsung 2nm Talks Stalled

Samsung's 2nm process has won major deals, but not the one that matters most
Despite securing Tesla and cryptocurrency orders, Samsung has yet to convince Qualcomm to manufacture its flagship Snapdragon chips.
Mark

Why would Qualcomm stick with TSMC if Samsung is offering a competitive process and could save them money?

Mimi

It's not just about price. Qualcomm needs absolute certainty that Samsung can deliver the yields, consistency, and performance that TSMC has proven it can provide. One successful evaluation sample isn't the same as confidence in mass production at scale.

Mark

But Samsung has already proven itself with Tesla and other major customers. Doesn't that count for something?

Mimi

It does, but mobile processors are different. The Snapdragon is Qualcomm's crown jewel—it powers the most expensive Android phones. The risk of a manufacturing problem is enormous. Samsung is still catching up, even if it's catching up fast.

Mark

So this is really about risk management, not technology?

Mimi

Partly, yes. But there's also the relationship factor. TSMC has been Qualcomm's partner for years. Switching foundries is complicated—it involves design adjustments, qualification processes, new supply chain relationships. It's not a casual decision.

Mark

What would it take for Qualcomm to actually move some production to Samsung?

Mimi

Those Gen 5 samples Samsung sent need to perform flawlessly. If they do, and if Samsung can prove it can handle volume production without hiccups, then Qualcomm might allocate the standard Gen 6 to Samsung while keeping the Pro on TSMC. That's the most likely scenario.

Mark

And if Samsung's samples disappoint?

Mimi

Then we're probably looking at another generation or two before Qualcomm seriously considers Samsung. The company isn't in a hurry to take risks with its flagship product.

  • Samsung's 2nm manufacturing process is winning serious customers — Tesla, crypto firms, even Qualcomm's own design work — but Qualcomm's flagship chips remain firmly in TSMC's hands.
  • No active negotiations exist between Qualcomm and Samsung for the Snapdragon 8 Elite Gen 6 Pro or Gen 6, despite Samsung sending evaluation samples of a Gen 5 variant to court the chipmaker.
  • The financial pressure is real: at roughly $280 per unit for the current generation, and costs rising for the Gen 6 Pro, dual-sourcing with Samsung could meaningfully protect Qualcomm's margins.
  • Samsung's Exynos 2600 and its growing client list signal that the yield and performance gap with TSMC is narrowing — but narrowing is not the same as closing.
  • Everything now hinges on how well Samsung's evaluation samples perform; a strong result could crack open dual-sourcing conversations for generations beyond the Gen 6.

In the quiet but consequential world of semiconductor manufacturing, loyalty and performance shape the alliances that power the devices billions carry in their pockets. Qualcomm, the architect of the world's most widely used mobile processors, has chosen to remain with TSMC for its next two flagship Snapdragon generations, even as Samsung's revitalized foundry business wins over Tesla and cryptocurrency miners. The decision reflects not a dismissal of Samsung's progress, but the weight of trust accumulated over time — and the high stakes of getting a flagship chip wrong. Yet the door is not fully closed, and a single successful evaluation sample could begin to rewrite the terms of this relationship.

Samsung's 2nm chip-making process is finally earning serious credibility. A multibillion-dollar Tesla deal, cryptocurrency manufacturing orders, and demonstrated production scale all signal that the Korean foundry has closed meaningful ground on its Taiwanese rival. But for Qualcomm's flagship Snapdragon processors, Samsung remains on the outside.

The upcoming Snapdragon 8 Elite Gen 6 Pro and Gen 6 — carrying internal designations SM8975 and SM8750 — will be manufactured exclusively on TSMC's N2P node. No substantive talks between Qualcomm and Samsung are underway for these chips, despite Samsung having already sent Qualcomm evaluation samples of a Gen 5 variant built on its 2nm process. That Qualcomm completed the design work for this sample suggests genuine exploration, even if commitment remains distant.

The business case for engaging Samsung is hard to ignore. Current flagship units cost around $280 to manufacture, with Gen 6 Pro costs expected to climb higher still. Dual-sourcing — splitting production between TSMC and Samsung — would give Qualcomm pricing leverage, supply chain resilience, and healthier margins. The incentive to start those conversations exists; the will, apparently, does not yet.

The Gen 6 Pro and Gen 6 will introduce a new 2+3+3 CPU cluster architecture, with the Pro pairing an Adreno 850 GPU and support for the latest memory and storage standards, while the standard model steps back on both fronts. Both chips, despite targeting different market tiers, will share the same TSMC foundation.

Whether Samsung's evaluation samples ultimately perform well enough to shift Qualcomm's thinking remains the central question. If they do, future generations could see a dual-sourcing arrangement emerge. For now, TSMC holds the relationship, and Samsung's 2nm momentum — real as it is — has not yet found its way into Qualcomm's most important products.

Samsung's newest chip-making process is finally attracting serious customers. The company has landed a multibillion-dollar deal with Tesla, secured orders from cryptocurrency manufacturers, and proven it can produce chips at scale on its 2-nanometer GAA technology. Yet when it comes to Qualcomm's flagship mobile processors, the Korean foundry remains on the outside looking in.

Qualcomm's next two generations of Snapdragon chips—the Snapdragon 8 Elite Gen 6 Pro and the standard Snapdragon 8 Elite Gen 6—will be manufactured exclusively by TSMC on its 2nm N2P process, according to sources familiar with the company's plans. Despite Samsung's progress and its efforts to court Qualcomm, no substantive negotiations have begun between the two companies for these high-end processors. The chips carry internal designation numbers SM8975 and SM8750, respectively, and are expected to launch later this year.

The situation is curious because Samsung has already taken a meaningful step toward winning Qualcomm's business. The Korean manufacturer sent Qualcomm samples of a Snapdragon 8 Elite Gen 5 variant produced on Samsung's 2nm process for evaluation. Qualcomm had completed the design work for this version, suggesting the company was at least exploring the possibility of diversifying its manufacturing partners. If those samples meet Qualcomm's performance standards, the door could open for future generations.

From a purely business standpoint, the logic for Qualcomm to engage Samsung is straightforward. The current Snapdragon 8 Elite Gen 5 costs roughly $280 per unit to manufacture. The Gen 6 Pro is expected to be even more expensive, reserved for the most premium Android phones on the market. By splitting production between TSMC and Samsung—a strategy known as dual-sourcing—Qualcomm could reduce per-unit costs, improve supply chain resilience, and protect its profit margins. The company has every incentive to start those conversations sooner rather than later.

What Samsung has accomplished with its 2nm process is genuinely impressive. The Exynos 2600, Samsung's own flagship chip, demonstrates that the company can maintain healthy yields and bridge the technological gap with TSMC. The Tesla deal and cryptocurrency orders prove that major customers are willing to trust Samsung with cutting-edge production. Yet none of this has been enough to convince Qualcomm to move away from TSMC for its most important chips.

The Gen 6 Pro and Gen 6 will feature a different CPU architecture than their predecessors, with a 2+3+3 cluster arrangement replacing the 2+6 design used in earlier models. The Pro variant will pair with an Adreno 850 GPU, while the standard Gen 6 will use a less powerful graphics processor and will lack support for the latest LPDDR6 RAM and UFS 5.0 storage technologies. These are chips designed for different market segments, yet both will ride on TSMC's process.

The question now is whether Samsung's evaluation samples will perform well enough to change Qualcomm's calculus. If they do, the company might reconsider its manufacturing strategy for subsequent generations. For now, though, TSMC remains the sole foundry partner for Qualcomm's flagship mobile processors, and Samsung's 2nm process, despite its growing list of wins, has not yet cracked that particular door.

Qualcomm is exclusively sticking with TSMC as its foundry partner for the upcoming generations
— Digital Chat Station (Weibo tipster)
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