
How Many FPS Does Rust Get with Arc B580? Performance at 1080p, 1440p & 4K

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Rust system requirements
Official minimum and recommended requirements published by the developer.
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Recommended
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Arc B580 Specifications
These are the basic specs. The full Arc B580 page adds the rest of the technical data and its FPS game by game, not just in Rust.
Want the exact Rust FPS with your Arc B580?
These FPS assume a reference CPU. Add your real processor and RAM and we'll tailor the estimate to your rig.
- Estimate tailored to your rig
- Customize resolution, quality, and RAM
Rust benchmark on Arc B580: FPS by resolution and quality
Pick yours and we recalculate the whole table above with it.
Rust FPS with a Arc B580 and a Intel Core i5-13400
| Quality | 1080p (Full HD) | 1440p (2K) | 4K (Ultra HD) |
|---|---|---|---|
| Ultra | 87FPS min 63Good | 61FPS min 53Good | 32FPS min 28Acceptable |
| High | 113FPS min 82Good | 80FPS min 70Good | 41FPS min 36Acceptable |
| Medium | 148FPS min 107Excellent | 104FPS min 90Good | 54FPS min 48Acceptable |
| Low | 191FPS min 138Excellent | 135FPS min 117Excellent | 70FPS min 62Good |
| Bottleneck (estimated) | CPU 25% | balanced | GPU 49% |
The percentage estimates how much of the stronger component's capability goes unused because of the other one.
This one does matter: from the Intel Core i7-13700K downwards the processor becomes the brake on the Arc B580. There is 22% between the slowest and fastest CPU in the table. One caveat: this is at 1080p, where the CPU weighs most. At 1440p and 4K the graphics card takes over and the processor stops mattering.
XeSS performance: FPS with AI upscaling
Upscaling renders Rust at a lower internal resolution and reconstructs the image, so you trade a little sharpness for extra frames. These are the estimated figures for the Arc B580 with XeSS enabled, starting from its native Ultra FPS.
| Resolution | Native | XeSS Quality | XeSS Performance | + Frame generation |
|---|---|---|---|---|
| 1080p | 87 | 109 | 126 | 185 |
| 1440p | 61 | 82 | 101 | 139 |
| 4K | 32 | 46 | 59 | 78 |
Frame generation inserts intermediate frames: it raises the smoothness you see on screen, but it does not reduce input latency, so use it selectively in competitive games.
About ray tracing: every figure on this page is with ray tracing off. The Arc B580 does have dedicated hardware for it, so you can turn it on in games that implement it. The FPS cost swings widely depending on how much ray tracing each title uses, and XeSS is exactly what people lean on to pay for it.
Estimated figures. The real gain varies by game and by the version of the technology.
Is the CPU or the graphics card holding you back?
These FPS assume a mid-range CPU that isn't a bottleneck — roughly a Intel Core i5-13400 — and 16 GB of RAM.
With that CPU, the Arc B580 has headroom to spare in Rust: the processor runs out before the graphics card does. A faster processor would gain you FPS; a stronger graphics card would barely help. At 4K it flips: there the graphics card becomes the limit.
Is the Arc B580 Enough for Rust?
The Arc B580 delivers 87 FPS at 1080p Ultra in Rust. Enough for a smooth 60 FPS experience. For 144Hz, lower the quality to High.
At 1440p it gets 61 FPS and at 4K 32 FPS at Ultra quality.
Want more FPS in Rust?
Our guide collects the settings that give between +40% and +90% FPS in Rust with barely any visual loss. Recommended settings, GPU-specific tips (NVIDIA/AMD/Intel) and solutions to common game issues.
Arc B580 or RX 7600 XT for Rust?
In Rust at 1080p Ultra, the Arc B580 gets 87 FPS and the RX 7600 XT 90 FPS. The RX 7600 XT is 3% ahead.
Arc B580 vs RX 7600 XT: which one is faster?Other GPUs for Rust
If none of these convinces you for Rust, the full ranking sorts all 143 cards by real FPS, not synthetic scores.
See the full graphics card ranking by real FPS





















