The Tensor G5 AnTuTu Score averages around 1.2 to 1.3 million points on the Pixel 10 series, with test results ranging from roughly 1.14 million to 1.34 million depending on the run, software version, and cooling conditions.
Disclaimer: Benchmark scores, specifications, and performance claims mentioned in this article are approximate and based on publicly available test data as of mid-2026. Actual results may vary by unit, software version, and testing conditions. Please verify current figures through official AnTuTu rankings or a recent independent review before making a purchase decision.
Quick Snapshot: Tensor G5 At A Glance
| Detail | Information |
|---|---|
| Chipset Name | Google Tensor G5 |
| Found In | Pixel 10, Pixel 10 Pro, Pixel 10 Pro XL, Pixel 10 Pro Fold |
| Announced | August 20, 2025 |
| Manufacturing Process | 3nm (TSMC — first Tensor chip made by TSMC, not Samsung) |
| CPU Configuration | 1x Cortex-X4 @ 3.78GHz + 5x Cortex-A725 @ 3.05GHz + 2x Cortex-A520 @ 2.25GHz |
| GPU | Imagination DXT-48-1536 (PowerVR-based) |
| Tensor G5 AnTuTu Score | Approximately 1.14M – 1.34M (avg. ~1.2M–1.3M) |
| Geekbench 6 Single-Core | Around 2,285 |
| Geekbench 6 Multi-Core | Around 6,191 |
| Predecessor | Tensor G4 (AnTuTu approx. 1.07M) |
| Category Positioning | Upper-mid-range performance, not true flagship-tier |
What Is AnTuTu And Why Should You Care?
Before diving into the numbers, let’s clear up the basics. AnTuTu is a benchmarking app that stress-tests a phone’s processor, graphics chip, memory, and general responsiveness, then combines everything into one overall score. A higher number generally suggests the phone can handle demanding tasks — heavy gaming, multitasking, video editing — more comfortably.
Here’s the honest caveat though: AnTuTu is a useful signal, not the whole story. This is especially true for Google’s Tensor chips, which have historically prioritized AI and machine-learning tasks (like camera processing and on-device AI features) over raw synthetic benchmark muscle. So the Tensor G5 AnTuTu Score tells you about general processing power, but it doesn’t fully capture what the chip is actually built to do best.
Tensor G5 AnTuTu Score – The Actual Numbers
Multiple independent test sources have benchmarked the Tensor G5 across the Pixel 10 lineup, and the results tell an interesting story of their own:
| Source | Device Tested | Reported AnTuTu Score |
|---|---|---|
| Beebom Gadgets (official review) | Pixel 10 Pro | 1,291,252 |
| Beebom Gadgets (G5 vs G4 comparison) | Pixel 10 Pro | 1,291,252 |
| Notebookcheck (early hands-on) | Pixel 10 Pro XL | 1,173,221 |
| Notebookcheck (after OTA update) | Pixel 10 Pro XL | 1,335,326 |
| Reddit leak (pre-launch, via WCCFTech) | Pixel 10 Pro XL | 1,140,286 |
Breaking Down The Score By Category
AnTuTu splits its testing into CPU, GPU, memory, and UX categories. Here’s the breakdown from Beebom’s official test:
| Test Category | Approximate Score |
|---|---|
| CPU | 457,073 |
| GPU | 382,578 |
| Memory + UX (combined remainder) | ~451,601 |
The CPU score is genuinely strong for this chip generation — Beebom’s testing found the Tensor G5’s CPU score was roughly 2.3 times higher than the Tensor G4’s CPU result, a substantial year-over-year jump. The GPU, however, is where reviewers consistently flagged disappointment, which we’ll cover in detail in the gaming section below.
Tensor G5 vs Tensor G4: How Big Is The Improvement?
This is the comparison most Pixel upgraders actually care about — is the new chip worth switching for?
| Model | Manufacturing | AnTuTu Score (approx.) | Improvement |
|---|---|---|---|
| Tensor G4 (Pixel 9 series) | Samsung 4nm | ~1,069,935 | Baseline |
| Tensor G5 (Pixel 10 series) | TSMC 3nm | ~1,291,252 | ~20% higher |
A roughly 20% jump in overall AnTuTu score is a real, noticeable improvement — and the CPU-specific gain is even more dramatic than the headline number suggests. Geekbench 6 multi-core testing showed the Tensor G5 delivering about 35% faster performance than the Tensor G4, which is a genuinely meaningful year-over-year leap for anyone doing multitasking-heavy work.
Tensor G5 vs Flagship Rivals: Where Does It Actually Stand?
Let’s be honest about where the Tensor G5 sits against the competition, because Google has never positioned Tensor chips as pure benchmark-chasing flagship silicon.
| Chipset | Found In | AnTuTu Score (approx.) |
|---|---|---|
| Tensor G5 | Pixel 10 series | ~1.2M – 1.34M |
| Snapdragon 8 Elite | REDMAGIC 10 Pro and others | ~2,662,615 |
| Apple A18 Pro | iPhone 16 Pro series | Comparable to or above Snapdragon 8 Elite tier |
| Dimensity 9400+ | Various 2025-2026 flagships | Similar flagship tier to Snapdragon 8 Elite |
Gaming Performance: Does The Score Translate To Smooth Gameplay?
This is where the Tensor G5 AnTuTu Score‘s GPU weakness becomes a real, practical concern rather than just a spreadsheet number.
Reviewers testing the Pixel 10 Pro XL found GPU performance was notably underwhelming — in some early hands-on tests, GPU numbers were described as comparable to 2021-era flagship chipsets, a significant step behind current-generation competition. Notebookcheck specifically noted that post-update GPU scores landed in the same range as a Snapdragon 8s Gen 3 device, which is a solidly mid-range gaming tier, not flagship territory.
In practical terms, this means the Tensor G5 can handle popular mobile games at standard settings without major issues, but pushing the most graphically demanding titles at maximum settings is where you’ll start to feel the gap compared to Snapdragon 8 Elite or Dimensity 9400+ powered phones. If competitive, graphics-intensive mobile gaming is your priority, the Tensor G5 AnTuTu Score‘s GPU component is the number to pay closest attention to — and it’s the chip’s clearest weak point this generation.
Thermal Performance: Does It Overheat?
Google’s Tensor chips have historically struggled with heat management, and that reputation is part of why this year’s testing drew extra scrutiny. Early Pixel 10 Pro XL testing showed some throttling concerns, but GSMArena’s updated testing in late October 2025 found meaningfully improved thermal behavior — with noticeably less throttling than initial units showed, attributed to software changes Google rolled out after launch.
This mirrors the same pattern we saw with the AnTuTu scores themselves: the Tensor G5’s real-world performance, including thermal stability, improved measurably after Google’s post-launch software tuning. If you’re referencing a Tensor G5 review from launch week (late August 2025), treat its thermal conclusions as outdated compared to more recent testing.
Battery Impact: Does Performance Come At A Battery Cost?
The TSMC 3nm manufacturing process is generally more power-efficient than the older Samsung 4nm process used in the Tensor G4, which is one of the most meaningful under-the-hood changes this generation. Early user and reviewer sentiment suggests battery efficiency improved alongside the CPU performance gains, though Google’s Tensor chips have a multi-year history of battery life criticism that this generation is still working to fully shake off. Readers specifically prioritizing all-day battery life should cross-check dedicated battery drain tests (like PCMark’s battery benchmark) rather than relying on the Tensor G5 AnTuTu Score alone, since AnTuTu doesn’t directly measure battery endurance.
Historical Updates: How The Score Has Shifted Over Time
This is one of the more interesting aspects of the Tensor G5 story specifically. Unlike most flagship chips where the launch-day benchmark is roughly the final word, the Tensor G5 AnTuTu Score has shown real movement post-launch:
| Timeline | AnTuTu Score | Context |
|---|---|---|
| Pre-launch leak (August 2025) | 1,140,286 | Reddit-sourced leak, unverified retail unit |
| Launch week hands-on (Aug 27, 2025) | 1,173,221 | Early retail unit, before major OTA updates |
| Post-OTA update (Aug 27, 2025, later same day) | 1,335,326 | Same unit, after installing available software updates |
| Later official review testing | 1,291,252 | Settled, post-optimization figure from Beebom’s full review |
Tensor G5 Alternatives To Consider
If benchmark performance is a priority and you’re comparing your options before committing to a Pixel 10, here are a few worth weighing:
| Alternative | Chipset | Notable Strength |
|---|---|---|
| Samsung Galaxy S25 Ultra (or similar) | Snapdragon 8 Elite | Significantly higher raw benchmark score |
| Any Dimensity 9400+ powered flagship | Dimensity 9400+ | Competitive flagship-tier gaming performance |
| iPhone 16 Pro | Apple A18 Pro | Class-leading performance and efficiency |
| Pixel 9 Pro (previous gen) | Tensor G4 | Lower cost, similar AI feature set, weaker CPU |
Conclusion
So where does this leave us? The Tensor G5 AnTuTu Score lands in the 1.2 to 1.3 million range, which represents a genuine 20% improvement over the Tensor G4 and a substantial 35% multi-core CPU gain on Geekbench. That’s real, measurable progress for Google’s custom silicon. However, the score also reveals a clear weak spot: GPU performance actually regressed compared to last year’s chip in some early testing, and the overall number remains more than double behind true flagship rivals like the Snapdragon 8 Elite. If you’re comparing phones purely on the Tensor G5 AnTuTu Score, it doesn’t win a head-to-head benchmark fight against 2026’s best Android chips — but that was never really the point of a Tensor chip in the first place.
Frequently Asked Questions
1. What is the average Tensor G5 AnTuTu Score?
Independent test sources report figures ranging from roughly 1.14 million to 1.34 million, with most settled, post-update results clustering around 1.2 to 1.3 million points.
2. Why do Tensor G5 AnTuTu Score results vary between sources?
Scores shift based on the specific device, software build, whether OTA updates have been installed, and testing conditions. The Tensor G5 specifically showed a large jump after post-launch software updates, going from around 1.17 million to over 1.33 million on the same test unit.
3. Is the Tensor G5 good for gaming?
It handles standard mobile gaming reasonably well, but its GPU is a genuine weak point this generation — early testing found GPU performance comparable to phones several tiers below true flagship chips, and it actually underperformed the previous Tensor G4’s GPU in some benchmarks.
4. How does the Tensor G5 AnTuTu Score compare to the Snapdragon 8 Elite?
The Snapdragon 8 Elite scores more than double the Tensor G5, with AnTuTu results around 2.66 million compared to the Tensor G5’s roughly 1.2 to 1.3 million.
5. Did the Tensor G5 improve over the Tensor G4?
Yes, meaningfully on the CPU side — roughly a 20% overall AnTuTu improvement and a 35% Geekbench multi-core gain. However, GPU performance was a step back in some early comparisons, making the overall generational improvement mixed rather than universal.
6. Should I buy a Pixel 10 based on its AnTuTu score alone?
Not entirely. The Tensor G5’s benchmark score trails flagship rivals significantly, but Google’s Tensor chips are built primarily around AI features, computational photography, and software integration rather than raw synthetic performance — factors AnTuTu doesn’t directly measure.
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