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Neural upscaling and frame generation at Snapdragon Summit 2026

Qualcomm launched Adreno Neural Fusion with an Evolve test on the Snapdragon 8 Elite Extreme Gen 6, measuring the upscaler and frame generation in front of the press. Frame rate nearly tripled and power at a fixed frame rate fell from 5.6 W to 1.0 W.

Evolve Professional's power test on the Adreno 850: native against ANF Upscale at a fixed 10 fps. This is our own run on an early unit and driver, 3.6 W to 1.7 W, a 53% saving. Qualcomm's reference device at the summit, and the press on it, measured 5.6 W to 1.0 W, 81%.
Evolve Professional's power test on the Adreno 850: native against ANF Upscale at a fixed 10 fps. This is our own run on an early unit and driver, 3.6 W to 1.7 W, a 53% saving. Qualcomm's reference device at the summit, and the press on it, measured 5.6 W to 1.0 W, 81%.
Partner
Qualcomm
Disciplines
Neural rendering, Mobile, Benchmarking
Platforms
Android
Average frame rate, native to upscaled with frame generation52.2 fps

Before: 17.8 fps

SoC power at a fixed 10 fps, native to upscaled1.0 W

Before: 5.6 W

The launch demo

At Snapdragon Summit 2026, Qualcomm introduced Adreno Neural Fusion, its neural upscaler and frame generation for the Snapdragon 8 Elite Extreme Gen 6. The measurement it chose to show the press was an Evolve test. On a Qualcomm reference device, reporters switched between native rendering and Neural Fusion and read the frame rate and SoC power off the benchmark themselves.

Qualcomm's own figures put the upscaling test at 17.8 fps natively and 52.2 fps with upscaling and frame generation, a 193% increase. The power test locks the frame rate at 10 fps and compares native 1080p with super resolution: 5.6 W fell to 1.0 W, an 81% saving. The reporters' own runs landed close by, at 17.7 to 49.2 fps and 6.2 W to 1.1 W depending on the outlet.

The ANF Upscale run of Evolve Professional's upscaling test on the Adreno 850, rendering at 960x540 before the upscaler.

What Evolve brought to it

A launch demo has to hold up in a room full of journalists with their own stopwatches. Evolve's upscaling tests were built for exactly that: three separate tests, upscaling for performance, upscaling for power saving, and upscaling with frame generation, each repeatable and each reporting the measurement conditions alongside the result. The power test is the one a vendor cannot fake, because a fixed frame rate turns the question from "how fast" into "how much energy for the same frames".

The same neural workloads, run inside a renderer rather than as a standalone inference demo, are what we model for vendors before silicon exists. GPU pre-silicon validation · Neural reconstruction and upscaling.

Coverage

Several outlets described Evolve as a benchmark Qualcomm developed itself. It is ours: Qualcomm runs it in-house and chose it for the launch. How Evolve stays neutral.

Read the published source

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