PlayStation 6 is still not officially revealed, but the early technical discussion around Sony’s next console is already getting interesting. A new report says the system’s AMD RDNA 5 graphics architecture could make path tracing much more realistic on console hardware, possibly even at 60 FPS in some games.
Path tracing is one of the most demanding graphics techniques used in modern games. It creates more realistic lighting, reflections, and shadows by simulating how light moves through a scene. The results can look far better than normal ray tracing, but the performance cost is huge. Even powerful gaming PCs can struggle with path-traced games without upscaling and heavy optimization.
The latest discussion comes after Digital Foundry looked at Codemasters’ work on F1 25. According to the reference article, Codemasters managed to show path tracing running on PlayStation 5 Pro at 30 FPS. The game was reportedly rendered internally at 1080p, then upscaled to 4K using PSSR. This was made possible with major optimization work called ORCA from EA’s SEED research team.
PlayStation 6 may have enough GPU power for path tracing, but developers still have to decide where to spend that power
The PlayStation 5 Pro path tracing demo matters because it changes expectations. If Sony’s current mid-generation console can show a playable path-traced scene with enough optimization, then PlayStation 6 should have much more room to push the idea further.
The report says PlayStation 6 is expected to offer a large ray tracing improvement over the base PlayStation 5. Some claims point to a 10x ray tracing increase, though real game performance may be closer to a 3x gain in titles that do not depend heavily on ray tracing. Even then, that could still be a big jump.
| Key point | Why it matters |
|---|---|
| PS5 Pro reportedly ran path tracing at 30 FPS | Shows the technique is possible on console with enough optimization |
| PS6 is expected to use AMD RDNA 5 | The architecture is said to be built with stronger ray tracing in mind |
| PSSR can help with image reconstruction | Upscaling can reduce the cost of rendering at higher resolutions |
| Handheld support may be mandatory | A weaker CPU could limit physics, crowds, or world complexity |
The main concern is not only graphics power. A rumored PlayStation handheld could affect how far developers push next-gen games. AMD leaker KeplerL2 suggested that the handheld’s GPU may scale down well enough through lower resolution, but the CPU could be a problem. If developers must support the handheld, they may have to limit things like physics, crowd density, and simulation complexity so games can run across both systems.
That creates a familiar console problem. Developers may have more GPU power than ever for lighting and visuals, but they still have to build games around the weakest required hardware. If Sony makes handheld support optional, developers may push the main PlayStation 6 harder. If support is mandatory, some games may be designed more carefully to fit both devices.
Still, the path tracing outlook sounds promising. A console that can run path-traced visuals at 30 FPS would already be impressive. A console that can do it at 60 FPS in some games would be a much stronger generational leap, especially if paired with smart upscaling and better ray tracing hardware.
The bigger question is whether most players will choose better lighting over higher frame rates. Many console players now expect 60 FPS modes, while path tracing often works best when developers focus on visual quality. PlayStation 6 may have the power to make those choices less painful, but it will not remove the trade-off completely.
For now, this remains early technical discussion, not an official Sony promise. But if RDNA 5 performs as expected and developers keep improving optimization, PlayStation 6 could make high-end lighting effects far more common in console games.
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