A fresh Geekbench listing has pulled back the curtain on Google’s next flagship silicon, and the numbers are raising eyebrows across the Android world. Multiple outlets, including Android Authority, 9to5Google, GSMArena, Gadgets360, and Wccftech, report that the Tensor G6 chip destined for the Pixel 11 series drops to a seven-core CPU layout, a departure from the eight-core design Google shipped in the Tensor G5. The leak, first surfaced through a Telegram tipster known as “MysticLeaks” and corroborated by benchmark listings for a device codenamed “Google Kodiak,” gives the clearest look yet at what Google’s 2026 phones will run on.
The story matters beyond spec-sheet trivia. Google has spent five generations trying to convince buyers that Tensor chips are about on-device AI, not raw benchmark scores, and this leak reopens that argument at the exact moment TSMC is ramping its most advanced node yet. Here is what the leak says, what outlets disagree on, and why a seven-core chip could be either a smart trade-off or a warning sign for the Pixel 11 launch.
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What the Tensor G6 leak actually shows
According to Android Authority and GSMArena, the leaked Geekbench listing shows Tensor G6 running a 1+4+2 cluster arrangement: one Arm C1-Ultra “prime” core clocked at 4.11GHz, four Arm C1-Pro performance cores at 3.38GHz, and two additional C1-Pro cores running at 2.65GHz for efficiency. That adds up to seven cores total, down from the eight-core layout Tensor G5 used a generation earlier.
Gadgets360 reported the identical clock speeds and cluster breakdown, while NokiaMob and Android Headlines both pointed to the same underlying Geekbench entry for a device tied to the Pixel 11 Pro XL, internally referred to as “Kodiak.” Wccftech’s coverage of the same benchmark run flagged the RAM figure attached to the listing: 12GB, with a separate entry cited by NokiaMob showing 16GB RAM on what is believed to be the top-tier model. NokiaMob’s numbers put the single-core score at 2,112 and the multi-core score at 5,196, though as always with pre-release benchmarks, those figures should be read as a snapshot rather than a final verdict.
The move to a seven-core design breaks from a pattern most flagship SoC makers have followed for years: eight or ten cores split across two or three performance tiers. Qualcomm’s Snapdragon 8 Elite line and Apple’s A-series chips both stick to eight-core arrangements. Reducing to seven cores is unusual enough that Wccftech’s own analysis raised the possibility it could “compromise” multi-core throughput relative to rivals, a concern this leak has not fully settled.
The GPU story: same silicon, different generation
Perhaps the most surprising detail in the leak involves graphics. 9to5Google reported that Tensor G6 pairs its new CPU cluster with a PowerVR C-Series CXTP-48-1536 GPU, the same core GPU IP family used in the outgoing Tensor G5. The Gadgeteer’s coverage echoed this, describing the setup as new CPU cores riding alongside an already-familiar graphics block rather than a fresh GPU architecture.
That is a notable choice given how aggressively Qualcomm and Apple have pushed GPU redesigns in their last two flagship cycles. If 9to5Google’s reporting holds, Google appears to be spending its silicon budget on CPU efficiency and AI acceleration rather than gaming-grade graphics, a strategy consistent with the Pixel line’s positioning as a computational-photography and Gemini-assistant device rather than a mobile gaming flagship.
TSMC’s 2nm process enters the picture
XenoSpectrum, citing Taiwan’s Economic Daily News, reported that TSMC will manufacture Tensor G6 on its 2nm process node. That would mark a two-step jump for Google’s custom silicon: Tensor G5 moved fabrication to TSMC at 3nm after years of using Samsung Foundry, and Tensor G6 reportedly leaps to TSMC’s newest 2nm class, branded N2 by TSMC. The Gadgeteer’s July roundup framed the node jump as “likely” TSMC rather than Samsung, extending the manufacturing relationship Google began with Tensor G5.
A 2nm process typically delivers meaningful gains in power efficiency and transistor density over 3nm, which could explain why Google is comfortable trimming a core from the CPU cluster: fewer, more efficient cores built on a denser node can match or beat the power draw of a larger chip built on an older process. It also puts Tensor G6 in the same manufacturing generation as some of the most advanced mobile and AI chips expected to ship in 2026 and 2027.
Modem and security: MediaTek and Titan M3
9to5Google’s detailed specs leak reported that Tensor G6 will integrate a MediaTek M90 modem, internally referenced as MT6986D, a shift away from the modem suppliers Google has used in recent Tensor generations. XenoSpectrum’s reporting aligned with this, describing a MediaTek-made modem alongside the seven-core CPU and PowerVR GPU. A modem swap is one of the more consequential changes in any SoC refresh, since it directly affects call quality, 5G throughput, and battery drain during heavy data use, areas where Tensor chips have drawn criticism in the past.
On the security side, 9to5Google also reported that Tensor G6 ships alongside an updated Titan M3 security chip, continuing Google’s practice of pairing its Tensor SoC with a dedicated security coprocessor for key storage and secure boot operations. Separately, TechTimes reported that the Pixel 11 series drops Memory Tagging Extension (MTE) hardware support, a change that reportedly means the phones will not meet GrapheneOS’s hardware requirements. That is a platform-level detail rather than a Tensor G6 spec, but it has already drawn attention from the privacy-focused Android community that has adopted Pixel hardware as its baseline in recent years.
Naming, lineup, and launch timing
Gadgets360 reported that Tensor G6 will power three models this cycle: Pixel 11, Pixel 11 Pro, and Pixel 11 Pro XL, carrying internal codenames Cubs, Grizzly, and Kodiak respectively. 9to5Google’s broader coverage of the leak referenced the same three-device lineup as the core Tensor G6 family for this generation.
On timing, The Gadgeteer’s Pixel 11 spec roundup pointed to a launch window in mid-to-late August, with retail availability following in late August or early September, and a Pixel 11 Pro Fold trailing the main lineup by roughly five to seven weeks, consistent with the gap Google left between the Pixel 10 Pro and Pixel 10 Pro Fold. XenoSpectrum’s reporting, also citing Economic Daily News, pointed to a similar mid-August launch tied to the 2nm production schedule at TSMC.
Tensor G6 vs. Tensor G5: what changed
The table below lines up what outlets have reported for Tensor G6 against Tensor G5’s known configuration, based on the same round of reporting from Android Authority, GSMArena, 9to5Google, and Gadgets360.
| Spec | Tensor G5 (Pixel 10 series) | Tensor G6 (Pixel 11 series, leaked) |
|---|---|---|
| CPU core count | 8-core | 7-core (reported) |
| Prime core clock | Cortex-X4 at 3.78GHz | Arm C1-Ultra at 4.11GHz |
| Cluster layout | 1+5+2 (eight total) | 1+4+2 (seven total) |
| GPU | PowerVR C-Series (Tensor G5 generation) | PowerVR C-Series CXTP-48-1536 (reused per 9to5Google) |
| Manufacturing node | TSMC, 3nm | TSMC, 2nm (reported) |
| Modem | Samsung-based modem (prior generation) | MediaTek M90 / MT6986D (reported) |
| Security chip | Titan M2-class | Titan M3 (reported) |
| RAM (top configuration, leaked) | Up to 16GB | Up to 16GB (Geekbench listing) |
How the leaked Geekbench scores compare
NokiaMob and Android Headlines both cited the same Geekbench 6 listing tied to the Pixel 11 Pro XL. Android Headlines specifically noted that the scores only modestly outpaced the Pixel 10 Pro, a detail worth tracking as Google finalizes retail firmware, since pre-release benchmarks routinely run below shipping performance once thermal tuning and driver optimization are complete.
| Benchmark metric | Reported figure | Source |
|---|---|---|
| Single-core score (Geekbench) | 2,112 | NokiaMob |
| Multi-core score (Geekbench) | 5,196 | NokiaMob |
| RAM in benchmark listing | 12GB (Kodiak listing) / 16GB (separate listing) | Wccftech / NokiaMob |
| CPU cluster confirmed in listing | 1+4+2, seven cores total | Android Headlines |
| Comparison to Pixel 10 Pro | “Barely beat” prior generation scores | Android Headlines |
Why Google might be trading cores for efficiency
Dropping a core sounds like a downgrade on paper, but Google’s Tensor strategy has never been about winning raw Geekbench charts. The Tensor line exists primarily to run Gemini Nano and other on-device AI models efficiently, powering features like Call Screen, Magic Eraser, and real-time translation without draining the battery. A 2nm process gives Google more transistor budget per square millimeter, and if the C1-Ultra and C1-Pro cores from Arm’s newest core designs deliver more work per clock cycle than the Cortex-X4 and Cortex-A-series cores used in Tensor G5, a seven-core layout could match or exceed prior-generation multi-core throughput while consuming less power.
That is the optimistic read. The more skeptical one, voiced in Wccftech’s coverage, is that Google is simply cutting cores to control die size and cost on an expensive new node, and that the “barely beat” Geekbench comparison Android Headlines flagged against the Pixel 10 Pro suggests real-world gains may be thinner than the node jump implies. Both readings can be true at once: efficiency gains can coexist with modest raw-performance gains, which is arguably the more honest story mobile chipmakers rarely tell directly.
Competitive context: how Tensor G6 stacks up against rivals
Google is not the only phone maker leaning on a fresh node and new core architecture this cycle. Arm’s newest GPU designs are already showing up in China-exclusive hardware, and Apple’s next mobile chip is also expected on a 2nm-class process. The table below is a high-level snapshot of what has been reported for each platform’s next-generation mobile silicon, drawn from separate leak cycles rather than a single unified benchmark run, so treat cross-platform figures as directional rather than a head-to-head lab test.
| Chip | Reported CPU layout | Reported node | Status |
|---|---|---|---|
| Google Tensor G6 | 7-core (1+4+2, Arm C1-Ultra/C1-Pro) | TSMC 2nm (reported) | Leaked via Geekbench, unconfirmed by Google |
| Google Tensor G5 | 8-core (1+5+2) | TSMC 3nm | Shipping in Pixel 10 series |
| Apple A20 Pro | Reported CPU update alongside GPU gains | 2nm-class (reported) | Leaked ahead of iPhone 18 Pro |
| Qualcomm Snapdragon 8 Elite (current gen) | 8-core, Oryon-based | TSMC advanced node | Shipping in current Android flagships |
Google’s own Apple A20 Pro-adjacent coverage on this site has tracked a similar generational leap on the iPhone side, where reports point to a comparable move to a denser manufacturing node with GPU gains layered on top. That parallel is worth watching: if both Apple and Google are chasing efficiency-focused redesigns on 2nm-class silicon in the same year, 2026 could be the year mobile chip marketing shifts fully away from core counts and toward sustained AI throughput per watt.
Historical context: Tensor’s rocky five generations
Tensor G6 would be the sixth generation of Google’s custom mobile silicon, following the original Tensor’s 2021 debut in the Pixel 6. Google’s early Tensor chips were criticized for thermal throttling and modem reliability issues, both areas the company has iterated on with each release. The Tensor G5’s move to TSMC’s 3nm process was itself framed by reviewers as a course correction after years of Samsung Foundry production drew criticism for lagging behind Qualcomm’s manufacturing partners on efficiency. A further jump to TSMC 2nm for Tensor G6, if accurate, would be the clearest signal yet that Google sees manufacturing partner and node choice as central to fixing Tensor’s biggest historical weakness: battery life and sustained performance under load.
The MediaTek modem swap reported by 9to5Google also fits into that history. Tensor phones have faced recurring complaints about call drops and slow 5G reconnection in certain markets, problems partly tied to modem silicon rather than the main SoC. A new modem supplier, if the report holds, represents Google’s latest attempt to close that gap rather than a purely cost-driven decision.
What this means for Pixel 11 pricing and positioning
None of the outlets cited in this leak have reported confirmed US pricing for the Pixel 11 series, and Google has not issued any statement addressing Tensor G6 specifications. Given that TSMC’s 2nm node reportedly commands a premium over 3nm production, and that Apple’s own 2nm-class chip is expected to carry a higher bill of materials, it would not be surprising if Pixel 11 pricing follows a similar upward trajectory once official details land. Buyers currently running a Pixel 10 or earlier should treat every figure in this leak, including RAM configurations and benchmark scores, as pre-release data subject to change before Google’s own announcement.
Predictions: what to watch before Pixel 11 launches
- Expect Google to lean heavily on “efficiency per watt” and on-device Gemini performance in its Tensor G6 marketing rather than core count or raw Geekbench scores, following the pattern set with Tensor G4 and G5.
- The MediaTek M90 modem, if confirmed, will likely be the single most-scrutinized change at launch, since modem performance has been Tensor’s most consistent weak point across generations.
- Watch for GrapheneOS and the broader privacy-Android community to publicly weigh in on the reported MTE removal, which could shape how privacy-focused buyers approach the Pixel 11 series specifically.
- If TSMC 2nm production costs run high, a Pixel 11 price increase over the Pixel 10 series is plausible, mirroring cost pressure already showing up in other 2nm-class mobile chips.
- Expect Google to confirm or deny key details of this leak, particularly the seven-core layout and GPU carryover, closer to its typical August-timeframe hardware event, based on the launch window multiple outlets have reported.
What outlets still disagree on
Not every detail lines up cleanly across sources. The RAM figure varies between a 12GB listing tied to the “Kodiak” codename per Wccftech and a separate 16GB listing reported by NokiaMob, which could reflect two different Pixel 11 models rather than a discrepancy in reporting. Camera specifics remain vague. 9to5Google’s leak mentions “new cameras” without enumerating sensor sizes or megapixel counts, so any specific camera claim beyond “updated hardware” should be treated as unverified until more detailed leaks or an official Google announcement arrive.
Similarly, while multiple outlets agree on the seven-core, 1+4+2 layout and the C1-Ultra/C1-Pro naming, none have independently confirmed the underlying Arm core designs against Arm’s own published roadmap documentation, meaning the naming itself is still sourced back to the same benchmark leak and tipster rather than an Arm or Google confirmation.
Frequently asked questions
Is the Tensor G6 leak officially confirmed by Google?
No. Everything reported so far, including the seven-core CPU layout, the PowerVR GPU carryover, the TSMC 2nm node, and the MediaTek modem, comes from Geekbench listings and outlet reporting, not an official Google statement. Google typically confirms Tensor specifications closer to its Pixel launch event.
Why does Tensor G6 reportedly have fewer cores than Tensor G5?
Outlets have not confirmed Google’s exact reasoning, but the shift to a denser TSMC 2nm process typically allows fewer, more capable cores to match or exceed the throughput of a larger core count built on an older node, while also improving power efficiency.
Which Pixel 11 models will use Tensor G6?
Gadgets360 reported that Tensor G6 will power the Pixel 11, Pixel 11 Pro, and Pixel 11 Pro XL, internally codenamed Cubs, Grizzly, and Kodiak respectively.
Will the Pixel 11 use the same GPU as the Pixel 10?
According to 9to5Google, Tensor G6 reuses a PowerVR C-Series CXTP-48-1536 GPU consistent with the design used in Tensor G5, rather than introducing a new graphics architecture.
When will the Pixel 11 series launch?
The Gadgeteer and XenoSpectrum both reported a likely mid-to-late August launch window, with retail availability following in late August or early September, though Google has not confirmed an official date.
Does the Tensor G6 leak affect GrapheneOS compatibility?
TechTimes reported that the Pixel 11 series drops Memory Tagging Extension hardware support, which reportedly means the devices will not meet GrapheneOS’s hardware requirements. This is a platform-level report separate from the core Tensor G6 CPU and GPU specifications.
Where does the Tensor G6 leak come from?
Times of India and XenoSpectrum both traced the leak back to a Telegram tipster known as “MysticLeaks,” with corroborating Geekbench listings tied to a device codenamed “Google Kodiak,” believed to be the Pixel 11 Pro XL.
How does Tensor G6 compare to Apple’s next chip?
Both chips are reported to move toward a denser, 2nm-class manufacturing process this cycle, though the two platforms have not been benchmarked head-to-head, and Apple’s chip has not been directly compared to Tensor G6 in any of the reporting on either leak.
