Qualcomm denies Snapdragon 8 Elite Extreme overheating claims

Qualcomm has disputed recent reports that its Snapdragon 8 Elite Extreme Gen 6 system-on-chip suffers systemic overheating and thermal throttling, responding directly on X to say the coverage is inaccurate.

Reported Samsung testing and Exynos consideration

A Korean news outlet published a report suggesting Samsung may move to an all-Exynos strategy for next year after internal tests allegedly showed the Snapdragon 8 Elite Extreme Gen 6 running too hot and experiencing thermal throttling. The same report said the Exynos 2700 performed satisfactorily in those internal tests.

Qualcomm response on X

Qualcomm's chief marketing officer replied to a thread on X, stating: "Recent reporting about thermal issues related to Snapdragon 8 Elite Extreme Gen 6 is inaccurate. We are proud of the innovation and strong momentum behind our next-generation flagship platform and continue to work closely with global OEMs to deliver premium user experiences."

The CMO added that there are no systemic thermal issues with the SoC and suggested the Samsung lab report may be misleading. Qualcomm said OEM partners fine-tune their platforms to balance performance and power for different use cases, meaning internal tests from a single partner may not reflect final, consumer devices.

Chip specifications and testing context

The Snapdragon 8 Elite Extreme Gen 6 architecture includes two Prime cores clocked at 5.0 GHz and six Performance cores running at 4.0 GHz, specifications that highlight the chip's high peak performance. Mobile chips have advanced to the point where they are theoretically capable of running PC-level games, a capability that increases demands on passive cooling systems in smartphones.

The publication notes it has not tested any device running Qualcomm's latest SoC and therefore cannot independently verify the lab claims. It also flagged a recurring observation: stress tests on modern flagships equipped with recent Snapdragon 8 Elite chips have shown significant dips in sustained performance. That pattern does not necessarily indicate overheating during normal use, but it has prompted scrutiny of thermal behavior under prolonged load.