A Geekbench listing claiming to show an unreleased Apple M6 Pro chip made the rounds this week, and the odds that it reflects real silicon are slim. The strongest evidence against it comes from the person who built the benchmark in the first place.
John Poole, the creator of Geekbench, told MacRumors he found "internal inconsistencies" in the submitted result that lead him to believe it may not be legitimate. That assessment, paired with Bloomberg's earlier reporting that Apple intends to skip the M6 Pro and M6 Max entirely, makes this one of the more transparently dubious leaks of the current Apple silicon cycle. If you have seen the M6 Pro Geekbench fake circulating on social media or aggregator sites, here is what the record actually supports.
What the Alleged M6 Pro Geekbench Result Claimed
The result purported to be a Geekbench run from an unreleased M6 Pro chip, a part Apple has never announced, shipped, or acknowledged in any form. The listing appeared in Geekbench's public browser, the same database that hosts millions of legitimate benchmark submissions from real devices and that anyone can search. It carried the hallmarks of an Apple silicon result: a chip identifier consistent with Apple's naming conventions for its pro-tier laptop and desktop processors, and a performance profile positioned above existing hardware.
That is where the verifiable detail ends. The reported summary does not include specific scores, clock speeds, core counts, memory configurations, or a device identifier, so there is no reliable basis for comparing the alleged result against real M-series parts. What matters more than the numbers is the submission's provenance. Geekbench results can be uploaded from hardware that reports whatever name it likes, which is precisely why the database has always required scrutiny rather than credulity. A single listing proves nothing on its own. And when the platform's own founder flags a submission as internally inconsistent, the burden of proof shifts decisively away from Apple and onto whoever posted it.
Why Geekbench's Creator Doubts Its Authenticity
Poole's skepticism carries unusual weight because he is not a casual observer. He has run Primate Labs, the company behind Geekbench, for well over a decade, and he has repeatedly flagged fraudulent or manipulated submissions in public. His track record includes identifying results from devices that did not exist, entries with physically implausible memory or clock configurations, and results whose internal timing data did not add up. When he says a submission contains "internal inconsistencies," he is describing a specific forensic finding, not a gut feeling.
Read next iPhone Duo's Hidden Fake Bezel Setting ExplainedFaked benchmarks tend to betray themselves in the details rather than the headline score. Geekbench captures not just a final number but the conditions surrounding the run: the reported hardware identity, the memory layout, the operating system string, and the timing of individual workloads. A fabricated entry often gets the marquee figure right while botching the scaffolding around it. Genuine engineering samples also tend to surface repeatedly across multiple runs and multiple databases as validation teams test them, rather than appearing once in isolation. Poole's conclusion, as relayed to MacRumors, is that the M6 Pro result might not be legitimate. Given his history of separating real hardware from fabricated hardware, that is a meaningful verdict.
Mark Gurman's Report: Apple May Skip M6 Pro and M6 Max
Bloomberg's Mark Gurman previously reported that Apple plans to skip the M6 Pro and M6 Max chips entirely. That single line of reporting does more damage to the fake listing than any benchmark analysis could, because it removes the premise the leak depends on. If Apple is not building an M6 Pro, a Geekbench result for an M6 Pro is not an early look at anything. It is a fabrication with no corresponding product behind it.
Gurman's accuracy rate on Apple's product roadmaps is the reason his reporting anchors this story. Across more than a decade at Bloomberg, he has broken or confirmed a substantial share of Apple's major hardware and software plans before launch, including chip transitions, product cancellations, and naming shifts. He is not infallible, and roadmap decisions can change late, but when his reporting and an anonymous benchmark listing conflict, the reporting wins on track record alone. Two independent signals now point the same direction: the benchmark's own platform creator distrusts it, and the best-sourced journalist covering Apple says the chip it claims to represent is not planned.
A History of Fake Apple Chip Benchmarks
This is not an isolated incident. Fake or premature Apple chip benchmarks have appeared ahead of nearly every recent major silicon launch, and they follow a recognizable pattern. Ahead of the M3 cycle, listings surfaced claiming to show unreleased chips with performance figures that later proved inconsistent with shipping hardware. Similar entries circulated before M4 announcements, only to be contradicted or simply abandoned once real devices reached reviewers.
The mechanics are straightforward. Apple silicon generates enormous attention, and a plausible-looking benchmark number travels faster than any correction. Aggregator accounts repost screenshots without verifying the submission's internal data. Within hours, a fabricated listing can be treated as established fact across forums and social platforms. The tell is almost always the same: a single submission, no corroborating runs, no independent confirmation from a journalist with supply chain sources, and a score that conveniently lands just where enthusiasts expect the next generation to land. Real leaks from Apple's supply chain tend to arrive through analysts, court filings, supply chain reporting, or regulatory databases, not through one anonymous benchmark run.
What This Means for Apple's M6 Chip Roadmap
If Gurman's reporting holds, the M6 generation will look structurally different from the M1 through M4 era, where Apple consistently shipped a base chip alongside Pro, Max, and eventually Ultra tiers. Skipping the Pro and Max variants would mean a narrower initial lineup, with the base M6 presumably arriving first and higher-performance configurations either following later or taking a different form.
That framing also explains why the fake listing gained traction. Apple enthusiasts have spent years trained to expect a Pro and Max at every generation, and a benchmark appearing to confirm that expectation slots neatly into the established narrative. The reported plan does the opposite. It suggests Apple is reworking how it segments its chip lineup, which is a bigger story than any single benchmark number and one that a fabricated listing actively obscures. Readers tracking the M6 should look for supply chain reporting, regulatory filings, and analyst notes from established sources rather than benchmark database entries with no corroboration.
How to Spot a Fake Geekbench Result
The first checkpoint is corroboration. One result in isolation is weak evidence. Real unreleased Apple chips typically appear across multiple runs, and their performance figures cluster within a believable range. A single outlier with no companion entries deserves immediate suspicion.
The second is internal consistency. Geekbench entries include hardware identity strings, memory and core configurations, and operating system details. Fakes often mismatch here, reporting combinations that no plausible Apple product would ship. Poole caught exactly this kind of inconsistency in the M6 Pro listing.
The third is source alignment. Ask whether the benchmark contradicts what named, track-record-backed journalists have reported. In this case, it does. Gurman's reporting that Apple plans to skip the M6 Pro and M6 Max directly undercuts a result claiming to be from an M6 Pro.
Apply those three tests to the M6 Pro result and it fails all of them: no corroboration, flagged internal inconsistencies, and a direct conflict with the best available reporting. Treat it as an artifact of leak season, not a preview of hardware.
