Google Tensor G5 Spec Leak: Pixel 10 Details

Yes, a credible spec leak for Google’s upcoming Tensor G5 chipset has surfaced, and it points to a significant shift for the Pixel 10 series. The leak indicates that the Tensor G5 will be Google’s first fully custom silicon, moving away from Samsung’s foundry to TSMC’s 3nm process, which should bring major improvements in efficiency and thermals. Here’s what we know so far about the chip’s core specifications and what they mean for the Pixel 10.

What the Leak Reveals

The leaked Tensor G5 specifications, reportedly from a source with a track record for accurate chip leaks, detail a chip built on TSMC’s N3E (3nm) process. This is a major departure from the previous Tensor chips, which were all manufactured by Samsung Foundry. The G5 is said to feature a 1+3+4 CPU core configuration: one high-performance Cortex-X5 core, three Cortex-A730 cores, and four Cortex-A520 efficiency cores. This is a shift from the 1+2+2+4 setup used in the Tensor G4, and it suggests a focus on sustained performance rather than raw peak speed. The GPU is also said to be a new Imagination Technologies GPU, specifically the DXT-48-1536, which would be a significant change from the ARM Mali GPUs used in earlier Tensor chips.

Why the Switch to TSMC Matters

The move to TSMC’s 3nm process is arguably the most important detail in this leak. Samsung’s 4nm process, used for the Tensor G3 and G4, has been criticized for higher power consumption and thermal throttling compared to TSMC’s equivalent nodes. By switching to TSMC, Google is expected to address the two most common complaints about Pixel phones: battery life and heat management. The 3nm node offers roughly a 20-30% improvement in power efficiency over 4nm, which could translate to noticeably longer battery life and more consistent performance during gaming or video recording. This also aligns with industry trends, as both Apple’s A17 Pro and Qualcomm’s Snapdragon 8 Gen 3 use TSMC’s 3nm process.

CPU and GPU Performance Expectations

The leaked CPU configuration suggests a focus on multi-core performance and efficiency. The Cortex-X5 is Arm’s latest high-performance core, and the three A730 cores are designed for sustained performance in gaming and productivity. The four A520 cores handle background tasks with minimal power draw. This setup is similar to what Qualcomm uses in the Snapdragon 8 Gen 3, and it should result in a significant leap in Geekbench multi-core scores compared to the Tensor G4. The GPU switch to Imagination’s DXT-48-1536 is more surprising. Imagination GPUs are known for their efficiency and have been used in some mid-range chips, but this would be their first appearance in a flagship Google device. The DXT-48-1536 is expected to offer performance comparable to the Adreno 750 in the Snapdragon 8 Gen 3, but with better ray tracing support and power efficiency.

AI and TPU Upgrades

Tensor chips are defined by their AI capabilities, and the G5 is expected to bring a major upgrade to the TPU (Tensor Processing Unit). The leak mentions a new TPU architecture with a much larger number of cores, which would enable faster on-device AI processing for features like Magic Eraser, Real Tone, and real-time translation. This is crucial for Google’s strategy of delivering unique AI experiences that differentiate Pixel from other Android phones. The G5 is also said to include an upgraded ISP (Image Signal Processor) that supports higher-resolution video recording and improved low-light photography, though specific details are scarce.

Modem and Connectivity

One notable omission in the leak is the modem. Previous Tensor chips used Samsung’s Exynos modem, which has been criticized for weaker signal and higher power consumption compared to Qualcomm’s modems. The G5 leak does not specify the modem, but there is speculation that Google might switch to a modem from a different vendor, possibly MediaTek or even a custom design. This would be a significant move to address the connectivity complaints that have plagued Pixel devices. The G5 is also expected to support Wi-Fi 7 and Bluetooth 5.4, matching the latest connectivity standards.

Potential Impact on Pixel 10

If these specs are accurate, the Pixel 10 (and Pixel 10 Pro) would be a major leap forward in performance and efficiency. The combination of TSMC’s 3nm process, a new CPU configuration, and an Imagination GPU could finally put Pixel on par with or ahead of its Android competitors in raw performance. More importantly, the efficiency gains could lead to battery life that lasts a full day with heavy use, something that has been a weak point for Pixels. The AI improvements would also strengthen Google’s position as the leader in on-device AI, potentially enabling new features that are not possible on other phones.

Frequently Asked Questions

Q: When will the Tensor G5 be released?
The Tensor G5 is expected to debut in the Pixel 10 series, which Google typically announces in October. So, likely in October 2025.

Q: Will the Tensor G5 be faster than the Snapdragon 8 Gen 4?
Based on the leaked specs, the Tensor G5 should be competitive, but raw CPU speed might still favor the Snapdragon. The G5’s advantage will likely be in AI and efficiency, not raw benchmark scores.

Q: Is the Tensor G5 a fully custom chip?
Yes, this is the first Tensor chip that is not based on Samsung’s Exynos design. Google has designed the CPU, GPU, and TPU architecture, though it still uses Arm cores for the CPU.

Q: Will the Pixel 10 be more expensive because of the Tensor G5?
It’s possible, but not certain. The TSMC process is more expensive than Samsung’s, but Google might absorb the cost to stay competitive. Price leaks for the Pixel 10 are not yet available.

Q: Should I wait for the Pixel 10 instead of buying a Pixel 9?
If you need a new phone now, the Pixel 9 is still excellent. But if you can wait, the Pixel 10 with the Tensor G5 is expected to offer significant improvements in battery life and performance, making it worth the wait for many users.

Related

• Best Electrician Hammers: Reach, Control and Safety
• Flickering Lights: What They Mean and When to Call
• How to Reheat Meal Prep Without Drying It Out

in t | Finish time | min | 50 | 0
in d | Distance | km | 10 | 0 | 100000
out pace | Average pace | min/km | t / d | 2
out speed | Average speed | km/h | d / (t / 60) | 2