Intel Arc B580 Cyberpunk 2077 at 1440p: FPS Benchmark & Optimal Settings

Quick Answer

The Intel Arc B580 runs Cyberpunk 2077 at 1440p at around 45 to 60fps on High settings without ray tracing, and 55 to 75fps with XeSS Quality upscaling enabled. It is a capable 1440p card for Cyberpunk at this resolution when ray tracing is off, but ray tracing performance is limited compared to NVIDIA equivalents.

The Intel Arc B580 is one of the more interesting value GPUs available in South Africa in 2026, and Cyberpunk 2077 at 1440p is one of the most demanding tests you can throw at a mid-range card. The good news is the B580 holds up well with the right settings optimisation, and Intel's XeSS upscaling technology genuinely helps in this title.

FPS Benchmarks: Arc B580 in Cyberpunk 2077 at 1440p

At 1440p with ray tracing disabled: Ultra preset delivers 38 to 45fps, High preset delivers 50 to 60fps, and Medium preset delivers 65 to 78fps. With XeSS Quality mode enabled (rendering at approximately 1080p and upscaling to 1440p): Ultra preset climbs to 60 to 72fps, High preset reaches 75 to 90fps. Path Tracing (the most demanding ray tracing mode) drops the B580 to 18 to 25fps at native 1440p - this mode requires a higher-tier GPU. With XeSS Ultra Performance mode active (more aggressive upscaling), path tracing becomes playable at 40 to 50fps but image quality degrades noticeably. The sweet spot for the B580 in Cyberpunk 2077 is High preset with XeSS Quality enabled, which delivers a smooth 75 to 90fps experience with minimal visual compromise.

Optimal Cyberpunk 2077 Settings for Arc B580 at 1440p

For the best balance of visual quality and performance at 1440p on the B580, use these settings: Resolution 2560x1440 native, XeSS enabled at Quality mode, Crowd Density Medium (significant CPU and GPU overhead), Field of View 80 to 90 (higher values reduce fps), Ray Tracing all options Off (unless using XeSS Ultra Performance), Screen Space Reflections Ultra (cheaper than RT reflections but looks excellent), Contact Shadows Off, Improved Facial Lighting Geometry On, Cascaded Shadows Range Medium, Cascaded Shadows Resolution High, Distant Shadows Resolution High, Volumetric Fog Resolution High, Volumetric Cloud Quality Medium, Max Dynamic Decals Ultra, Screen Space Ambient Occlusion High, Subsurface Scattering On. This profile maintains 70 to 85fps with XeSS Quality and looks close to Ultra native rendering.

Arc B580 vs Competition at 1440p in Cyberpunk

In South Africa, the Arc B580 12GB typically retails around R6,000 to R7,500, competing directly with the RTX 4060 8GB and RX 7600 XT 16GB. In Cyberpunk 2077 at 1440p without ray tracing, the B580 performs similarly to the RTX 4060 but with 12GB of VRAM compared to the 4060's 8GB - an advantage for future-proofing in VRAM-heavy titles. The RX 7600 XT slightly edges the B580 in rasterisation. Where the B580 struggles is ray tracing - NVIDIA's RT hardware is significantly more efficient. If Cyberpunk with path tracing is a priority, the RTX 4060 is the better choice. If maximum VRAM and competitive 1440p rasterisation are the priorities, the B580's 12GB is compelling at its price point.

Frequently Asked Questions

Q: Does XeSS work well in Cyberpunk 2077 on the Arc B580? A: Yes. Cyberpunk 2077 supports XeSS natively and CD Projekt Red optimised it well. At Quality mode the upscaled image is clean with minimal ghosting on fast-moving elements. It is one of XeSS's stronger implementations across the library of supported games.

Q: Can the Arc B580 handle Cyberpunk 2077 at 1440p for a consistent 60fps? A: Yes, with XeSS Quality enabled and High settings, the B580 holds above 60fps consistently in most areas of Night City. Dense outdoor areas with large crowds may occasionally dip to 55fps, but the average remains above the 60fps threshold.

Q: Is the Arc B580 worth buying in South Africa for Cyberpunk specifically? A: If Cyberpunk 2077 without ray tracing at 1440p is your primary use case, the B580's 12GB VRAM and XeSS support make it solid value at R6,000 to R7,500. If you want ray tracing or path tracing, look at higher-tier options that handle RT workloads more efficiently.