Samsung Galaxy S26 Ultra Early Performance Tests Show Samsung’s New Flagship Competing With Gaming Phones and Apple’s Best

 Samsung has officially introduced its latest flagship smartphone lineup, the Galaxy S26 family, bringing incremental design updates alongside significant performance improvements powered by Qualcomm’s newest mobile platform. The series includes the Galaxy S26 Ultra, Galaxy S26+, and the base Galaxy S26, with prices starting at $899 and reaching $1299 for the top-end Ultra model.

The Galaxy S26 Ultra stands at the center of the lineup, offering a refined design and enhanced hardware. Samsung has slightly slimmed the device down to 7.9mm, making it thinner than its predecessor while also trimming the weight to 214 grams. The phone features a redesigned aluminum frame and a new camera module style that aligns with Samsung’s modern design language.

One of the more interesting additions to the S26 Ultra is a new Privacy Screen feature aimed at improving data protection when using the phone in public spaces. While Samsung has not yet revealed every detail about how the technology works, early demonstrations suggest it helps limit screen visibility from off-angle viewers.

Under the hood, the Galaxy S26 Ultra runs on Qualcomm’s Snapdragon 8 Elite Gen 5 processor, built using advanced 3-nanometer manufacturing technology. The chip is paired with 16GB of RAM and storage options ranging from 256GB to a massive 1TB. Samsung has also redesigned the phone’s vapor chamber cooling system to improve heat dissipation during heavy workloads.

Early benchmark testing provides a strong indication of how the new flagship performs in real-world scenarios. In the widely used Geekbench 6 test, the Galaxy S26 Ultra delivered excellent multi-core performance, rivaling other Android devices using the same processor and even surpassing Apple’s iPhone 17 Pro Max in certain multi-core workloads.

However, Apple still maintains an advantage in single-core processing power, an area where its custom silicon has historically excelled. Even so, Samsung’s new device shows significant progress, narrowing the performance gap between Android and Apple’s flagship devices.

In the AnTuTu benchmark test, the results were more varied. The Galaxy S26 Ultra still performed strongly and surpassed the iPhone 17 Pro Max in the overall ranking, but some competing Android phones using aggressive cooling and power configurations posted slightly higher scores. Analysts believe those devices may be pushing the processor harder to achieve peak benchmark numbers.

Productivity testing through PCMark’s Work 3.0 benchmark also showed strong results. The S26 Ultra significantly outperformed the previous Galaxy S25 Edge while remaining competitive with specialized gaming phones designed for sustained high-performance workloads.

Web performance testing offered one of the most impressive outcomes. In the Browserbench Speedometer 3 benchmark, the Galaxy S26 Ultra delivered scores that came very close to Apple’s latest iPhone flagship. This result is notable because Apple has historically dominated browser-based performance testing for more than a decade.

Artificial intelligence performance also appears to be a major strength of the new device. Geekbench AI tests show excellent results, particularly in quantized AI models that use 8-bit precision. The phone’s neural processor delivered nearly double the performance of some competing devices in certain AI tasks, highlighting the growing importance of on-device machine learning.

Gaming benchmarks using 3DMark reveal that the Galaxy S26 Ultra performs nearly on par with dedicated gaming phones equipped with the same Snapdragon processor. In tests such as Solar Bay and Steel Nomad Light, the phone delivered strong graphics performance, though a few devices using MediaTek’s Dimensity 9500 chip managed to slightly edge ahead in certain GPU-focused workloads.

Overall, the early numbers suggest that Samsung’s Galaxy S26 Ultra could become one of the most powerful general-purpose smartphones of 2026. With competitive CPU performance, strong AI capabilities, improved cooling, and high-end hardware across the board, Samsung’s newest flagship appears ready to challenge both Android rivals and Apple’s latest iPhone when it officially launches.