Snapdragon 8 Elite Gen 2 Achieves Impressive Single-Core & Multi-Core Performance Results on Samsung Galaxy S26 Edge with 4.74GHz Performance Cores

Snapdragon 8 Elite Gen 2 Achieves Impressive Single-Core & Multi-Core Performance Results on Samsung Galaxy S26 Edge with 4.74GHz Performance Cores

As Qualcomm gears up for its Snapdragon Summit on September 23, interest in its latest high-end chip, the Snapdragon 8 Elite Gen 2, is reaching a fever pitch. Recently, it made a splash in benchmarking databases by recording an impressive score of 3.8 million on AnTuTu, outpacing the previous leading Snapdragon 8 Elite-powered devices by 40.7%.This SoC was notably detected in Samsung’s sleek Galaxy S26 Edge, where it yielded remarkable performance results. Despite this, there are nuances to consider regarding its capabilities that will be explored below.

Performance Cores Under the Microscope

The Galaxy S26 Edge, identified by its model number SM-S947U, demonstrated notable single-core and multi-core benchmark scores of 3, 393 and 11, 515, respectively, while utilizing the Snapdragon 8 Elite Gen 2. The device operates with Android 16 and features a ‘2 + 6′ CPU architecture similar to previous Elite chipsets. Notably, the performance cores are theoretically designed to clock at 4.74 GHz, while the efficiency cores maintain a speed of 3.63 GHz. This leap in performance can largely be attributed to Qualcomm’s innovative transition to TSMC’s advanced third-generation 3nm manufacturing process, also referred to as ‘N3P, ’ which enhances overall efficiency and allows the chipset to achieve higher processing speeds.

Snapdragon 8 Elite Gen 2 spotted in benchmark, tested on the Galaxy S26 Edge
Check out these scores / Image credits – Geekbench

Additionally, the Galaxy S26 Edge is equipped with 12 GB of RAM, solidifying its flagship status with remarkable single-threaded and multi-threaded performance outcomes. However, it’s essential to highlight that the six performance cores were reportedly operating at a reduced clock speed of 4.00 GHz, rather than their maximum potential. Insights shared by Abhishek Yadav reveal that this limitation may be an intentional choice made by Samsung or Qualcomm, although the reasons remain unconfirmed.

It is crucial to note that Geekbench 6 is not optimized for assessing sustained performance. Therefore, the scores reflected above indicate the transient capabilities of the Snapdragon 8 Elite Gen 2 and do not necessarily depict its performance under thermal constraints. Historically speaking, Samsung devices tend to score lower on Geekbench 6 when compared to rival offerings, even when utilizing a more robust Snapdragon chip. There’s hope that scores will improve as more devices like the Galaxy S26 Ultra enter the benchmarking scene.

For further insights, you can explore the original benchmark results on Geekbench.

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