Path tracing made Cyberpunk the benchmark that humbles GPUs. Here is what it actually takes to run it — from a 1080p budget build to a 4K overdrive rig.
Shopping for parts you don't own yet? Pick any CPU and GPU to see if it clears Cyberpunk 2077.
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Estimated, not measured — modelled from Aggregated from TechPowerUp / Tom’s Hardware RTX 40/50-series review benchmarks, ultra preset, native res, RT off. How we estimate FPS.
High-preset 1080p at 60+ fps without ray tracing — the cheapest build that does Night City justice.
Ultra 1440p raster comfortably past 90 fps, with enough headroom to sample ray tracing via DLSS/FSR.
The no-compromise rig: 4K ultra, path tracing on, frame generation doing what it was built for.
At 1080p and 1440p with ray tracing off, Cyberpunk 2077 scales almost linearly with GPU raster performance — the CPU only becomes the ceiling on very fast cards in crowd-dense districts. Turn path tracing on and the game becomes the hardest workload in mainstream gaming: VRAM use climbs past 12GB at 4K and frame rates drop to a third of raster performance without upscaling.
The practical takeaway: buy for the resolution and RT ambition you actually have. A mid-range card delivers a great 1440p raster experience; path tracing at 4K remains flagship-GPU territory even in 2026, and leans hard on DLSS/FSR frame generation.
8GB is comfortable for 1080p/1440p raster play. Ray tracing at 1440p wants 12GB, and 4K with path tracing can exceed 16GB — VRAM pressure, not raw compute, is what retires older mid-range cards here.
Moderately. Dense crowd areas push the CPU, but most rigs are GPU-limited first. A modern 6–8 core CPU (Ryzen 5 7600 class or better) will not hold back any mainstream GPU.