The upcoming Google Pixel 10 Pro Fold has surfaced on Geek bench, revealing performance figures that suggest it may struggle to match the Samsung Galaxy Z Fold 7’s computational prowess. A Geek bench listing for the Pixel 10 Pro Fold includes a single-core score of 2,276 and a multi-core result of 6,173, which falls significantly short of Samsung’s latest foldable offering.
Performance Gap Between Foldable Flagships
The benchmark results paint a clear picture of the performance disparity between these two premium foldables. Recent results for the Galaxy Z Fold 7 include the likes of 2,826 and 2,552 for single-core, and 9,053 and 8,639 for multi-core. This represents a substantial advantage for Samsung’s device, particularly in multi-core performance where the Z Fold 7 demonstrates nearly 40% better scores.
Chipset Differences Drive Performance Divide
The performance gap stems from fundamental differences in chipset architecture and manufacturing. The Galaxy Z Fold 7 comes with the Snapdragon 8 Elite chipset, the first Qualcomm chip built on a 3nm manufacturing node, while the Pixel 10 Pro Fold relies on Google’s custom Tensor G5 processor.
Samsung phones equipped with this chip are proper powerhouses that are among the better-performing ones on the market right now, so we are certain that from a pure performance perspective, the Z Fold 7 will be the superior device. The Snapdragon 8 Elite for Galaxy represents Qualcomm’s most advanced mobile platform, optimized specifically for Samsung devices.
Google’s Tensor G5 Limitations
The Pixel 10 Pro Fold will be equipped with the Tensor G5 chipset. While the general expectation is that it will be built by TSMC on a 3nm manufacturing node, so similar to the Snapdragon 8 Elite, there’s speculation that the overall performance might not be drastically better than the already lacking one of the Tensor G4.
This suggests that Google’s custom silicon strategy continues to prioritize AI capabilities and efficiency over raw computational power. This could put the Pixel 10 Pro Fold behind most of its competitors in terms of performance, particularly for demanding tasks like gaming and intensive multitasking.
Real-World Performance Implications
Despite the benchmark disadvantage, the performance gap may not be as noticeable in everyday usage. While it probably won’t be the speediest phone around, it’s unlikely to feel lacking in power in everyday use. However, power users, mobile gamers, and content creators will likely notice the difference.
Notable Improvements Over Previous Generation
The Pixel 10 Pro Fold does show meaningful progress compared to its predecessor. This is an improvement on the Google Pixel 9 Pro Fold, which tends to record single-core scores of just under 2,000, and multi-core scores of around 4,500. This represents approximately 15% better single-core performance and 37% improvement in multi-core capabilities.
Market Positioning and Competition
The Tensor G4 is a solid chip, though it isn’t nearly as capable as the Snapdragon 8 Elite for Galaxy chipset when it comes to raw power. This performance differential may influence consumer choice, particularly among users who prioritize processing power for demanding applications.
The benchmark results should be interpreted cautiously, as these would have been recorded on a pre-release handset, so further optimization could take place. Google typically fine-tunes performance through software updates leading up to launch.
Frequently Asked Questions
Q: Will the Pixel 10 Pro Fold be significantly slower than the Galaxy Z Fold 7?
A: Benchmarks suggest a 20-40% performance gap, though real-world usage may feel less dramatic.
Q: When will the Pixel 10 Pro Fold be officially announced?
A: Google is expected to unveil the device on August 20, 2025.
Q: How does the Pixel 10 Pro Fold compare to its predecessor?
A: It shows 15% better single-core and 37% better multi-core performance than the Pixel 9 Pro Fold.
Also Read:-Samsung’s New Foldable Phone Feels Just Like a Normal Phone