The Pixel 11 series runs on Google's new Tensor G6, the first major Android chip built on TSMC's 2nm process, paired with a new Titan M3 security coprocessor. Confirmed benchmark leaks ahead of launch show an 80% GPU compute improvement and a 50% more powerful TPU with double the memory bandwidth for Gemini Nano — but also a roughly 12% drop in multi-core CPU performance compared to the Tensor G5. Displays get their own upgrade: 3,000-3,300 nit Actua panels on the core range, and a genuinely new Super Actua/Super Actua Flex pairing on the Pro Fold hitting 3,600 nits.
Tensor G6: what actually changed
| Component | Tensor G6 | vs Tensor G5 |
|---|---|---|
| Process node | TSMC 2nm | First major Android chip on this node |
| CPU | 7-core: 1x 4.11GHz, 4x 3.38GHz, 2x 2.65GHz | ~12% lower multi-core benchmark score, higher peak clocks |
| GPU | PowerVR C-Series CXTP-48-1536 MC1 | ~80% higher compute score |
| TPU (AI) | Upgraded, 2x memory bandwidth | 50% more compute power; runs Gemini Nano 3.5x faster at 3.5x less energy |
| Security | Titan M3 coprocessor | Stronger on-device protection |
This is a genuinely mixed generational upgrade, and worth being honest about rather than treating every number as a straightforward win: Google appears to have traded some raw multi-core CPU throughput for higher peak clock speeds and a much larger GPU and AI compute jump. In practice, that means the Tensor G6 should feel meaningfully faster for camera processing, on-device Gemini features, and graphics-heavy tasks, while general multi-threaded CPU workloads may not improve — and could even benchmark slightly behind the Tensor G5 on paper.
Does the Tensor G6 beat Snapdragon and Apple's chips?
No, and Google isn't really trying to win that fight. Even with an 80% GPU compute gain over the Tensor G5, independent benchmark comparisons put the Tensor G6's GPU at roughly a third of the raw compute throughput of Qualcomm's Snapdragon 8 Elite Gen 5 (Adreno 840). Tensor chips have consistently prioritised camera processing, on-device AI, and software integration with Gemini over winning synthetic benchmark charts against Qualcomm and Apple silicon — the Tensor G6 continues that pattern rather than breaking from it. If raw gaming or multi-core compute performance is your priority, a Snapdragon 8 Elite Gen 5 flagship will outperform the Pixel 11 range; if on-device AI responsiveness and camera processing are your priority, the Tensor G6's TPU gains are the more relevant number.
Titan M3: what's actually different
The Titan M3 is Google's third-generation dedicated security coprocessor, handling encryption, secure boot, and on-device data protection separately from the main Tensor chip — the same architectural approach as Titan M2 on Pixel 9/10, refined rather than reinvented. Google hasn't published granular Titan M3 benchmarks publicly; the practical takeaway is incremental hardware-security hardening rather than a headline feature you'll notice day to day. It's worth knowing it exists mainly for context when comparing spec sheets — a dedicated security chip separate from the main processor is a genuine architectural advantage some competing Android phones lack, even if Google doesn't market it loudly.
Pixel 11 and Pixel 11 Pro/Pro XL display specs
| Model | Size | Resolution | Refresh rate | Peak brightness |
|---|---|---|---|---|
| Pixel 11 | 6.3" Actua OLED | 2424x1080 | Adaptive 60-120Hz | 3,000 nits |
| Pixel 11 Pro | 6.3" Actua OLED | 2856x1280 | Adaptive, LTPO | 3,300 nits |
| Pixel 11 Pro XL | 6.8" Actua OLED | 2992x1344 | Adaptive, LTPO | 3,300 nits |
All three core models use Corning Gorilla Glass Victus 2 for scratch and drop protection, carry IP68 water and dust resistance, and include ultrasonic in-screen fingerprint sensors. The Pro models' extra 300 nits of peak brightness and higher pixel density (both step up in resolution over the standard Pixel 11 despite the Pro sharing the same 6.3" size) are the clearest reasons a display-quality-focused buyer would pick Pro over standard, alongside LTPO's finer-grained refresh-rate control for battery efficiency.
Pixel 11 Pro Fold: the genuinely new display technology
The Pro Fold gets displays that don't exist anywhere else in the range — Google calls them Super Actua (external) and Super Actua Flex (internal):
- External display: 6.5-inch Super Actua OLED, 1080x2342 resolution, 399 PPI, 19.5:9 aspect ratio, protected by ceramic cover glass.
- Internal display: 8-inch Super Actua Flex OLED, 2076x2152 resolution, 372 PPI, protected by Ultra Thin Glass.
- Both panels use LTPO for a 1-120Hz dynamic refresh range and hit up to 3,600 nits peak brightness, with 2,400 nits for HDR content — brighter than any of the core Pixel 11 models.
The ceramic cover glass on the external display is a specific durability play: Google states the Pro Fold's back is "nearly impossible to crack," and the combination of ceramic glass outside and Ultra Thin Glass protecting the folding inner panel is paired with a new gearless hinge built from multi-alloy steel and aerospace-grade aluminium, which Google claims makes the whole device three times more durable than last year's Pixel 10 Pro Fold.
How does the Pixel 11 display compare to the Pixel 10's?
The Pixel 10 shipped with a 6.3-inch LTPO OLED panel peaking at 3,000 nits — essentially the same headline brightness figure as the standard Pixel 11. The generational display story this year isn't really about the core Pixel 11 getting a dramatically brighter or sharper screen; it's the Pro tier and the Pro Fold that see the real movement, with the Pro/Pro XL holding at 3,300 nits (unchanged from recent Pro generations) while the Pro Fold jumps meaningfully in both brightness and durability engineering. If display quality alone is your upgrade trigger, the standard Pixel 11 over a Pixel 10 is a marginal reason to switch; the Pro Fold over the Pixel 10 Pro Fold is a much more substantial one.
Fingerprint sensor and biometrics
All three core Pixel 11 models retain an ultrasonic in-screen fingerprint sensor rather than switching to an optical sensor or moving the sensor elsewhere — ultrasonic sensors generally read through wet or slightly dirty fingers more reliably than optical alternatives, and Google has kept this technology consistent across recent Pixel generations rather than experimenting with sensor placement. Face unlock remains available as a secondary biometric option alongside fingerprint unlock on the range, layered with Gemini-adjacent security features running through the new Titan M3 coprocessor.
Why does the Pro Fold get brighter screens than the Pro XL?
3,600 nits on the Pro Fold versus 3,300 nits on the Pro/Pro XL is a genuinely counter-intuitive result if you assume the flagship-within-the-flagship-line should top every spec — but foldable displays historically need higher peak brightness headroom to remain legible given their different panel construction and the practical reality that a folding screen sees more varied, awkward viewing angles (partially opened, tabletop mode) than a flat slab phone. Read it as Google over-provisioning brightness specifically to compensate for foldable-specific visibility challenges, not as the Pro Fold objectively "winning" the display category overall — resolution and pixel density still favour the Pro XL's flat panel for pure sharpness.
UK pricing recap
| Model | UK price from |
|---|---|
| Pixel 11 | £879 |
| Pixel 11 Pro | £1,079 |
| Pixel 11 Pro XL | £1,279 |
| Pixel 11 Pro Fold | £1,799 |
For full release-date and every-model pricing details, see our Pixel 11 UK release date and price guide, and for the Pro Fold's hinge and durability engineering specifically, see our Pixel 11 Pro Fold features guide.
Should you care about the CPU benchmark drop?
For the vast majority of everyday use — browsing, messaging, social apps, streaming video, most games — the roughly 12% multi-core CPU dip is unlikely to be something you'd notice in daily handling, since modern flagship chips are comfortably fast enough for these tasks regardless of small generational swings. Where it could matter is heavily multi-threaded workloads: intensive multitasking, some professional apps, or CPU-bound games rather than GPU-bound ones. Given the GPU and TPU gains are substantially larger than the CPU dip is small, the Tensor G6 is a reasonable overall step forward for how most people actually use their phone — camera processing, on-device AI, and graphics — even though it isn't a clean, unambiguous win on every metric.
What display technology means for repair costs, long-term
Every generation of higher-resolution, higher-brightness OLED panel has historically carried a genuine repair-cost premium over the previous generation once replacement parts reach the aftermarket, since these are more complex, higher-spec components to manufacture — this held true moving from Pixel 6 to 7 to 8 screen pricing, and there's no reason to expect the Pixel 11's Actua panels or the Pro Fold's Super Actua Flex assembly to break that pattern once genuine parts exist. It's simply too early for real Pixel 11 screen parts to be available, since the phone was announced today. If you're dealing with a cracked display on an older Pixel right now rather than shopping for a new one, our range currently covers genuine repair parts through Pixel 8 — for example the Pixel 8 OLED Screen →. See our Pixel 11 durability and repair cost expectations guide for the fuller pricing picture once parts land.
Frequently asked questions
What chip does the Pixel 11 use?
All Pixel 11 models use Google's new Tensor G6 chip, built on TSMC's 2nm process — the first major Android chip on that manufacturing node — paired with a new Titan M3 security coprocessor.
Is the Tensor G6 faster than the Tensor G5?
It's a mixed picture: GPU compute performance is up roughly 80% and the AI-focused TPU gets 50% more compute power with double the memory bandwidth, but multi-core CPU benchmark scores are actually around 12% lower than the Tensor G5, as Google traded some multi-core throughput for higher peak clock speeds.
Does the Tensor G6 beat the Snapdragon 8 Elite Gen 5?
No — despite its GPU gains, independent benchmarks put the Tensor G6's GPU at roughly a third of the Snapdragon 8 Elite Gen 5's compute throughput. Tensor chips prioritise camera processing and on-device AI over winning raw benchmark comparisons.
What is the Pixel 11's display peak brightness?
The standard Pixel 11 peaks at 3,000 nits. The Pixel 11 Pro and Pro XL peak at 3,300 nits. The Pixel 11 Pro Fold peaks highest at 3,600 nits (2,400 nits for HDR content) across both its internal and external displays.
What is Super Actua Flex on the Pixel 11 Pro Fold?
Super Actua Flex is the name for the Pro Fold's 8-inch internal folding OLED display (2076x2152, 372 PPI), protected by Ultra Thin Glass, distinct from the 6.5-inch Super Actua external display which uses ceramic cover glass instead.
Does the Pixel 11 have Gorilla Glass protection?
Yes — the Pixel 11, Pixel 11 Pro, and Pixel 11 Pro XL all use Corning Gorilla Glass Victus 2. The Pro Fold instead uses ceramic cover glass on its external display and Ultra Thin Glass on its internal folding panel.
Is the Pixel 11 Pro Fold more durable than last year's model?
Google states the Pro Fold is three times more durable than the Pixel 10 Pro Fold, citing a new gearless hinge built from multi-alloy steel and aerospace-grade aluminium, plus ceramic cover glass on the back that Google describes as "nearly impossible to crack."
Should I upgrade to the Pixel 11 just for the display?
Probably not if you already own a Pixel 10 — the standard Pixel 11's display specs are very close to the Pixel 10's. The Pro Fold sees the most meaningful display and durability upgrade of the range this generation.
Does the Pixel 11 use an optical or ultrasonic fingerprint sensor?
All three core Pixel 11 models use an ultrasonic in-screen fingerprint sensor, consistent with recent Pixel generations, alongside face unlock as a secondary biometric option.