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Snapdragon 8 Elite Gen 2 Scores Shown

The Galaxy S26 Edge benchmarks reveal strong Geekbench results that highlight clock speed and efficiency.

August 12, 2025 at 04:03 AM
blur Snapdragon 8 Elite Gen 2 Registers Its First Single-Core & Multi-Core Results While Being Tested On Samsung’s Galaxy S26 Edge, Performance Cores Running At 4.74GHz Obtain Impressive Results

The Snapdragon 8 Elite Gen 2 shows strong Geekbench results in the Galaxy S26 Edge, highlighting high clock speeds and a 3nm process edge.

Snapdragon 8 Elite Gen 2 Delivers High Geekbench Results on Galaxy S26 Edge

Qualcomm's top tier chip, the Snapdragon 8 Elite Gen 2, appears in Geekbench tests on the Galaxy S26 Edge SM-S947U. The device posts single core 3393 and multi-core 11515 in Geekbench 6, runs Android 16, and comes with 12 GB of RAM. Clock data show performance cores observed at 4.00 GHz in this test, with discussions noting that 4.74 GHz could be reached under sustained conditions. The phone is built on a 3 nm TSMC N3P process and uses an Adreno 840 GPU. Earlier, an AnTuTu score around 3.8 million was reported, underscoring the chip potential. Samsung devices in these tests have historically posted lower Geekbench 6 numbers than rivals even when equipped with powerful silicon.

Key Takeaways

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Geekbench shows strong single and multi core numbers for the Snapdragon 8 Elite Gen 2 on the Galaxy S26 Edge
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Performance cores observed at 4.00 GHz in this test with potential for higher sustained clocks
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3nm TSMC N3P process appears to boost efficiency and clock headroom
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Samsung devices may score lower on Geekbench 6 despite powerful chipsets
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12 GB RAM supports heavy multitasking in flagship devices
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Geekbench is not designed for sustained performance and should be read with caution
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Real world performance depends on thermals and software optimization

"The chip can hit higher clocks under the right conditions"

clock potential in favorable thermal and power scenarios

"Benchmarks are a snapshot not a guarantee of daily performance"

benchmark limitations

"If these boosts hold in practice Android flagships have a new pace to chase"

industry impact

"Thermals will decide if the sprint becomes a habit"

thermal headroom

This snapshot shows the chip's potential when paired with a slim flagship, reflecting the move to the N3P process to push higher clocks with improved efficiency. Yet benchmarks measure bursts rather than long term performance, and real world results depend on cooling and software tuning. The Galaxy S26 Edge clocked performance cores at 4.00 GHz in this test, with higher sustained speeds reportedly possible in other scenarios. The result hints at a competitive pace for Android flagships but reminds readers that real life use and thermals matter as much as raw frequency.

Highlights

  • Peak clocks tell only part of the story
  • Benchmarks capture bursts not daily life
  • Thermals decide if the sprint becomes a habit
  • The industry will chase higher clocks to stay competitive

The next Galaxy flagship will show how these numbers translate to daily use.

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