I Tested the Snapdragon 8 Elite Gen 5 on the Realme GT 8 Pro; Here’s What I Found Out

I just got my first taste of Qualcomm’s brand-new flagship chip — the Snapdragon 8 Elite Gen 5 on the unreleased Realme GT 8 Pro. Now, let’s set the record straight. This isn’t the final retail unit. What I had in hand was a demo device built purely for testing performance, with the design under wraps (though yes, the chunky camera module couldn’t quite hide). But that aside, this little rendezvous was to check how fast and powerful the Snapdragon 8 Elite Gen 5 is.

Snapdragon 8 Elite Gen 5: Specs & Architecture Breakdown

The Snapdragon 8 Elite Gen 5 is built on TSMC’s 3nm process (N3P). At its core is the new 3rd Gen Oryon CPU with 2 Prime cores clocked up to 4.6GHz and 6 Performance cores up to 3.62GHz. Qualcomm says this setup brings around 20% better single-core speed, 17% stronger multi-core performance, and noticeably quicker app responsiveness compared to the previous chip.

Graphics get a solid upgrade, too. The latest Adreno GPU delivers up to 23% higher gaming performance and 25% better ray tracing. It even has dedicated 18MB GPU memory that promises to boost performance by up to 38%, which helps with demanding games and high-resolution visuals.

Efficiency has improved across the board, as per the company: expect up to 35% lower CPU power draw, 20% better GPU efficiency, and around 16% overall power savings at the SoC level. In simple terms, the chip is designed to sustain high frame rates without draining the battery or overheating quickly. And that’s something I noticed when playing games on the GT 8 Pro.

Qualcomm’s Hexagon NPU claims up to 37% faster AI performance. Cameras get a lift with the updated 20-bit triple ISP, support for Advanced Professional Video codec (APV), and features like Reflection Removal and improved HDR capture.

Finally, connectivity is handled by the new Snapdragon X85 modem.

Performance: Real-World Testing on the Realme GT 8 Pro

Since synthetic benchmarks like AnTuTu and Geekbench 6 weren’t allowed on this demo unit, I leaned on stress tests and real-world gaming to get a sense of how the Snapdragon 8 Elite Gen 5 behaves.

Starting with 3DMark, the phone managed a best loop score of 24,755 in the Wild Life Stress Test, but dropped to 2,758 in the lowest loop, giving it just 11% stability. Frame rates swung between 15 FPS and 183 FPS, which explains why the stability number is disastrous — the chip can spike very high but struggles to hold it longer.

In the Solar Bay Stress Test, the scores ranged between 13,165 and 3,944, with stability at 30%. Here too, frame rates moved between 15 FPS and 61 FPS, which again shows dips when the load stretches out. Even so, temperatures during both runs stayed in the 35°C to 45°C range, which is warm, but never hit an uncomfortable ceiling.

Moving to games, the numbers look far more promising. In BGMI (Smooth + Ultra Extreme, GT Mode enabled), the phone achieved an average of 111 FPS with a power draw of 2.14W. Even in crowded fight zones like the event area, frame rates stayed consistent, and the max recorded surface temperature was just 40°C.

Call of Duty Mobile told a similar story. At Medium + Ultra settings, it locked in an average of 120 FPS, with the graph staying flat across the run. Power draw was a mere 1.52W, and peak temperature hovered at 36.9°C.

The real test though, was Genshin Impact, a notoriously heavy open-world RPG. At Highest graphics + 60 FPS, the phone managed an average of 44.5 FPS. While it may not seem much on paper, the game did not stutter or lag even during boss fights or land exploration. The Snapdragon 8 Elite Gen 5 held this performance with an average power draw of just 1.88W and peak temperatures around 38°C. That’s a strong showing for a game that usually sends phones into thermal throttling territory.

While these tests are barely scratching the surface, I’ll need a lot more time to fully test the 8 Elite Gen 5. But it shows that the chip prioritises short bursts of extreme power over long stress runs. But in actual gaming, it’s shockingly efficient, keeping frame rates high while sipping power and staying cool.