Korean outlet reports Samsung and Qualcomm are deadlocked on 2nm pricing, pushing any deal into 2027

A single Korean trade outlet, The Bell, reported on September 9, 2026 that Samsung Foundry and QCOM remain deadlocked over manufacturing pricing for 2nm production, with any agreement now unlikely before 2027. It is worth stating the sourcing plainly at the top: every English-language version of this story, across Investing.com, GuruFocus and several aggregators, restates that one Bell report. There is no independent confirmation and neither Samsung nor Qualcomm has said anything on the record.

The dispute as described is commercial rather than technical. Qualcomm is pressing for a lower per-wafer cost; Samsung is declining to move, and the reason given is leverage rather than stubbornness. Samsung has reportedly secured larger foundry commitments elsewhere, including work for Tesla and a Broadcom AI-chip arrangement running to 2030, which reduces its need to discount for an order of Qualcomm's size. Several restatements add that Samsung has cleared the technical hurdles for 2nm, so yield is not the stated blocker, though that detail also traces back to the same original report.

What the reporting does not establish is as important as what it does. No source names a specific Snapdragon generation, provides any yield percentage, or quantifies what share of the order would go to TSMC instead. Any version of this story carrying those specifics has added them.

For Qualcomm the strategic question is dual-sourcing leverage. Splitting leading-edge orders between TSMC and Samsung is how a fabless designer keeps pricing power; failing to reach terms with the second source hands more of it to the first. For Samsung Foundry, holding price while its order book fills with larger customers is a rational read of its own position, and a shift from the discount-to-win posture it has used to chase volume. Treat this as an attributed single-source report until either company confirms it, and watch for corroboration from a second independent outlet rather than further aggregation of the first.