Fortnite~216 FPSEsportsGPU load 95%Needs 8GBPC for Fortnite
GPU-heavy: resolution and visual settings matter most; plan at least 8GB VRAM.
Fortnite~216 FPSEsportsGPU load 95%Needs 8GBGPU-heavy: resolution and visual settings matter most; plan at least 8GB VRAM.
Roblox~340 FPSCasualGPU load 65%Needs 4GBCPU-sensitive: high FPS depends heavily on processor speed and a balanced GPU.
Minecraft with Shaders~105 FPSCasualGPU load 155%Needs 8GBGPU-heavy: resolution and visual settings matter most; plan at least 8GB VRAM.
League of Legends~451 FPSCasualGPU load 50%Needs 4GBCPU-sensitive: high FPS depends heavily on processor speed and a balanced GPU.
Valorant~595 FPSEsportsGPU load 65%Needs 4GBCPU-sensitive: high FPS depends heavily on processor speed and a balanced GPU.
Counter-Strike 2~435 FPSEsportsGPU load 85%Needs 6GBGPU-heavy: resolution and visual settings matter most; plan at least 6GB VRAM.
Grand Theft Auto V~246 FPSAAA heavyGPU load 75%Needs 8GBGPU-heavy: resolution and visual settings matter most; plan at least 8GB VRAM.
Call of Duty: Warzone~118 FPSAAA heavyGPU load 75%Needs 10GBCPU-sensitive: high FPS depends heavily on processor speed and a balanced GPU.
PUBG: Battlegrounds~204 FPSEsportsGPU load 95%Needs 8GBGPU-heavy: resolution and visual settings matter most; plan at least 8GB VRAM.
Dota 2~339 FPSEsportsGPU load 40%Needs 4GBBalanced load: both CPU and GPU affect consistency, with 4GB VRAM used as the planning floor.
Apex Legends~263 FPSEsportsGPU load 60%Needs 8GBCPU-sensitive: high FPS depends heavily on processor speed and a balanced GPU.
EA Sports FC~178 FPSCasualGPU load 90%Needs 6GBGPU-heavy: resolution and visual settings matter most; plan at least 6GB VRAM.
Overwatch 2~272 FPSEsportsGPU load 105%Needs 8GBBalanced load: both CPU and GPU affect consistency, with 8GB VRAM used as the planning floor.
Rocket League~633 FPSEsportsGPU load 40%Needs 4GBBalanced load: both CPU and GPU affect consistency, with 4GB VRAM used as the planning floor.
Marvel Rivals~126 FPSEsportsGPU load 125%Needs 8GBBalanced load: both CPU and GPU affect consistency, with 8GB VRAM used as the planning floor.
Elden Ring~100 FPSAAA heavyGPU load 85%Needs 8GBGPU-heavy: resolution and visual settings matter most; plan at least 8GB VRAM.
Cyberpunk 2077~82 FPSAAA heavyGPU load 95%Needs 12GBBalanced load: both CPU and GPU affect consistency, with 12GB VRAM used as the planning floor.
Rust~91 FPSEsportsGPU load 100%Needs 10GBGPU-heavy: resolution and visual settings matter most; plan at least 10GB VRAM.
World of Warcraft~190 FPSCasualGPU load 80%Needs 6GBBalanced load: both CPU and GPU affect consistency, with 6GB VRAM used as the planning floor.
Battlefield~73 FPSAAA heavyGPU load 100%Needs 10GBCPU-sensitive: high FPS depends heavily on processor speed and a balanced GPU.
Call of Duty: Black Ops 6~91 FPSAAA heavyGPU load 70%Needs 10GBGPU-heavy: resolution and visual settings matter most; plan at least 10GB VRAM.
ARC Raiders~90 FPSEsportsGPU load 75%Needs 8GBBalanced load: both CPU and GPU affect consistency, with 8GB VRAM used as the planning floor.
Red Dead Redemption 2~80 FPSAAA heavyGPU load 75%Needs 10GBCPU-sensitive: high FPS depends heavily on processor speed and a balanced GPU.
Helldivers 2~80 FPSAAA heavyGPU load 105%Needs 10GBGPU-heavy: resolution and visual settings matter most; plan at least 10GB VRAM.
At very high refresh rates, CPU performance and stable frame delivery can matter more than simply buying a larger GPU.
Higher resolution and visual settings usually move more pressure to the GPU and its available VRAM.
The low-to-high FPS range is more useful than one number because scenes, maps and updates change the load.