Cyberpunk 2077 is still one of the hardest games to run if you turn everything on. Not because it’s poorly optimized anymore — CD Projekt Red has fixed most of that — but because the top-end Ray Tracing Overdrive mode with path tracing is brutally heavier than normal ray tracing. The difference between a GPU that handles rasterized Ultra at 1440p and one that handles path tracing at 1440p is about $400.
Buy for how you actually want to play it. If you want high frame rates with ray tracing and DLSS/FSR, that’s a mid-range card. If you want path tracing at 60+ fps without compromises, that’s a flagship NVIDIA card. There is no AMD or Intel card that does path tracing well in this game.
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Top 3 picks at a glance
What Cyberpunk 2077 actually needs
At 1080p Ultra without ray tracing, almost any modern 8GB card will run it over 60 fps. The problems start with ray tracing, the high-resolution texture pack behavior in Dogtown, and the memory leaks that build up during long sessions in Night City. With ray tracing on, VRAM usage at 1440p regularly sits at 9-11GB. At 4K with path tracing, it pushes past 13GB.
That is why 8GB cards stutter here even when average fps looks fine. You will get smooth driving for 20 minutes, then hit a hitch when turning fast or entering a new district as textures stream in. 12GB is the realistic minimum for 1440p with ray tracing, 16GB is far more comfortable for 4K.
Upscaling is not optional in this game. DLSS Quality at 1440p and 4K looks excellent and gives you 35-50% more performance. FSR 3.1 is much improved but still softer in motion and has more ghosting on neon signs and car headlights. XeSS on Intel is usable but a step behind DLSS. If you want ray tracing, NVIDIA has a real advantage here, not just in raw RT cores but in the upscaler quality.
Best for 1440p Ultra: RTX 4070 Super vs RX 7800 XT
For most people playing at 1440p, this is the decision. Both cards will do Ultra rasterized at 90-120 fps with upscaling. The trade-off is ray tracing.
The RTX 4070 Super is the safer pick for Cyberpunk specifically. It has 12GB VRAM, which is enough but not generous, and draws around 220W. With DLSS Quality + Frame Generation + Ray Tracing Ultra (not Overdrive), expect 75-90 fps at 1440p in the city center. Turn on Path Tracing and it drops to 35-45 fps with Frame Gen — playable, but not locked 60.
The RX 7800 XT is usually $80-120 cheaper and comes with 16GB VRAM. In pure rasterization it ties or beats the 4070 Super. The failure mode is ray tracing: with RT Ultra it is 25-35% slower than NVIDIA, and with path tracing it falls apart even with FSR Frame Gen. Buy it if you plan to play mostly with rasterized Ultra + FSR and light or no ray tracing. Don’t buy it if path tracing is why you’re upgrading.
Who suits whom: If you own a 144Hz 1440p monitor and want ray-traced reflections without tinkering, get NVIDIA. If you are budget-capped at around $500 and are fine with Ultra raster + medium RT or no RT, the cheaper AMD option is fine and the extra VRAM helps with texture streaming.
Budget 1080p option: RX 7600 XT or RTX 4060 Ti 16GB
You can play Cyberpunk at 1080p on an 8GB RTX 4060 or RX 7600, but you will be managing settings. Crowded areas like Jig-Jig Street and Dogtown market will dip to 45 fps with RT on, and you will see 1% low stutters from VRAM limits if you max crowd density.
If you must stay cheap, get a 16GB version. The 16GB RTX 4060 Ti costs more than the 8GB version but holds 60+ fps at 1080p Ultra with Ray Tracing Medium + DLSS Quality much more consistently. The RX 7600 XT 16GB is similar, often cheaper, but again weaker once ray tracing goes above Medium.
Be honest about your monitor: at 1080p 60Hz, the cheaper option is fine. You don’t need a $600 card to enjoy the story. Set Crowd Density to Medium, turn on DLSS/FSR Auto, use Ray Tracing Medium or off, and lock to 60. Save the money for a better CPU — Cyberpunk hammers older 6-core CPUs in the city and a GPU upgrade won’t fix that stutter.
Best for 4K and Path Tracing: RTX 4080 Super and RTX 4090
Path Tracing Overdrive is the full-fat lighting mode — no raster fallbacks. It looks incredible at night in the rain, but it cuts performance roughly in half compared to regular Ray Tracing Ultra. Only high-end NVIDIA cards handle it at 4K.
The RTX 4080 Super with 16GB is the entry point for 4K path tracing. With DLSS Performance + Frame Generation + Path Tracing, it runs 55-70 fps at 4K in most outdoor areas, dropping to high 40s in heavy combat. Without Frame Generation, expect 35-45 fps. It needs a good 750W PSU and decent case airflow — it runs cool but dumps a lot of heat during long sessions.
The RTX 4090 is the only card that does 4K Path Tracing + DLSS Quality at 60+ fps native-feeling without big compromises. It also has 24GB VRAM, which eliminates the texture streaming hitches you still see on 12GB cards at 4K. The downsides are obvious: 450W power draw, huge 3.5-4 slot cooler that doesn’t fit many mid-towers, and a price that is hard to justify for one game unless you also do 4K for other RT titles or creative work.
AMD at 4K here: the RX 7900 XTX can do 4K Ultra rasterized very well, often matching the 4080 Super. Turn on path tracing and it drops to unplayable 20-30 fps even with FSR. If you want 4K raster only, it’s a good value. If you want Overdrive, skip it.
Quick comparison
| GPU Tier | Target | VRAM | Path Tracing? | Best for |
|---|---|---|---|---|
| RX 7600 XT / RTX 4060 Ti 16GB | 1080p Ultra, 60 fps | 16GB | No | Story players on budget 1080p monitors |
| RX 7800 XT | 1440p Ultra raster, 90+ fps | 16GB | No, too slow | Value 1440p without heavy RT |
| RTX 4070 Super / 4070 Ti Super | 1440p RT Ultra, 75-100 fps | 12GB / 16GB | Playable at 1440p with Frame Gen | Best balance for RT at 1440p |
| RTX 4080 Super | 4K Ultra + RT, 60+ fps | 16GB | Yes, with DLSS + Frame Gen | High-refresh 4K with Overdrive |
| RTX 4090 | 4K Overdrive, 60-80 fps | 24GB | Yes, best in class | Enthusiasts, creators, no-compromise 4K |
What to avoid and setup tips
Don’t buy an 8GB card for 1440p ray tracing in 2026 just because the average fps in benchmarks looks okay. Cyberpunk’s 1% lows tell the real story. Check VRAM allocation, not just usage, and leave 1-2GB headroom.
Power and CPU matter. A 4070 Super wants a quality 650W PSU, a 4080 Super / 7900 XTX wants 750-850W. On the CPU side, older Ryzen 3600 / i5-10400 systems will bottleneck even a mid-range GPU in Night City to 50-60 fps regardless of settings — turn Crowd Density down to Medium and set Slow HDD Mode off only if you’re on NVMe.
Settings that actually help: use DLSS Quality over Native + FSR, turn Ray-Traced Lighting to Ultra but leave Path Tracing off unless you have a 4080 or better, set Contact Shadows and Screen Space Reflections to complement RT rather than stack everything, and enable Frame Generation only after your base frame rate is over 45 fps or latency feels mushy. If you are shopping Intel, the Intel Arc B580 is a solid budget 1440p raster card with 12GB, but expect driver quirks and weaker ray tracing than NVIDIA at the same price.
FAQ
How much VRAM do I need for Cyberpunk 2077?
12GB for 1440p with ray tracing, 16GB for 4K or heavy mods. 8GB works at 1080p but will stutter in the city when textures stream.
Can AMD cards do Path Tracing Overdrive?
Technically yes, but practically no. Even the fastest AMD card runs path tracing at half the frame rate of equivalent NVIDIA cards and with worse upscaling. Use AMD for rasterized Ultra.
Is Frame Generation worth using in Cyberpunk?
Yes if your base fps is already 45+. It makes path tracing feel smooth at 1440p/4K. Below 40 fps base it adds noticeable input lag, especially while driving.
Do I need to upgrade my CPU for Cyberpunk?
If you drop to 45-55 fps in crowded streets while GPU usage is under 90%, yes. Modern 6-core / 8-core CPUs like Ryzen 5600 and above or i5-12400 and above fix most city stutters.
