Adreno | 730 _top_

While newer chips like the Snapdragon 8 Gen 2 (Adreno 740) and Gen 3 (Adreno 750) now steal the headlines, the Adreno 730 remains a critical benchmark. It powers dozens of devices—from the Samsung Galaxy S22 Ultra to the OnePlus 10 Pro—and represents a pivotal moment in mobile graphics architecture.

Let’s break down what makes this GPU tick, how it performs in 2024, and whether you should still consider buying a phone with it. The Adreno 730 wasn't just a clock speed bump over the Adreno 660. It was a ground-up redesign. Qualcomm finally moved away from the "binary slicing" approach to a Flexible Rendering model.

In simple terms: Older GPUs often wasted power rendering parts of a scene that you couldn't even see. The Adreno 730 uses tile-based rendering more intelligently, combined with a new (Graphics Memory) system. This allows the GPU to keep more data on-chip rather than constantly shuttling it back to system RAM.

The Snapdragon 8+ Gen 1 moved production to TSMC’s 4nm process . This same Adreno 730, running on TSMC silicon, suddenly delivered sustained 60 fps with far fewer frame drops. The hardware wasn't the problem; the foundry was.