Best Valorant settings for Arc B580
Recommended at 1440p: expect 444–567 FPS after applying the playbook below. Range derived from published benchmark measurements for this game. Arc B580 pairs cleanly with Valorant — no single component is the wall.
Your Arc B580 and Valorant are paired well — neither is the runaway bottleneck. The biggest FPS gains come from a balanced cut: drop a couple of expensive effects (shadows, volumetrics) without touching what makes the game look like Valorant.
Apply these settings in Valorant
Ranked by FPS impact for tier B hardware. Apply the high-impact ones first — top three usually account for 60% of the gain.
Valorant is CPU-bound on modern GPUs — visual settings barely affect FPS. Low across the board frees CPU/GPU for stable 1% lows.
Largest single setting impact. Low everywhere is competitive standard.
Off helps in CPU-bound scenarios. Visibility actually improves — opponents don't get shadow cover.
Always off — adds input lag and serves no purpose in a 240Hz-friendly title.
Competitive setups run with no AA. Saves CPU time and improves edge clarity for tracking moving targets.
Sets a stable cap above your refresh for input-lag balance, OR uncap entirely on a high-tier GPU.
Intel-specific tweaks
These are in Intel Arc Control.
Intel-native upscaler with the best image quality on Arc cards. Equivalent to DLSS Quality preset.
Set per-game profiles in Arc Control with maximum performance. Arc relies more on driver-side tuning than NVIDIA/AMD.
How Valorant runs on Arc B580
Valorant runs on Unreal Engine 4 with heavy client-side optimizations. Riot stripped most UE4 rendering features to keep minimum specs low and frame times consistent. The engine is extremely CPU-bound — a Arc B580 is far more GPU than Valorant needs. The limiting factor is almost always per-core CPU speed and memory latency.
With a Arc B580, you have headroom to keep most visual settings at Medium or above. Focus optimization on the 2-3 settings that cost the most FPS (usually shadows and post-processing) rather than dropping everything to Low.
Known quirks for Arc B580 in Valorant
- •Material Quality Low vs High: 0-3% FPS difference on modern GPUs — visual quality matters more here
- •Multithreaded Rendering must stay ON — turning it off halves FPS on all modern CPUs
- •AMD Anti-Lag reduces input latency by 10-20ms in Valorant's engine
How we rank these settings
BetterFPS ranks each setting by its FPS-per-quality-cost ratio for your GPU tier. We pull from engine documentation, community benchmarks, and driver release notes to estimate each setting's render cost on Intel B-tier hardware at 1440p. High-impact settings are those where disabling or lowering them recovers significant frame time with minimal perceptible quality loss. The personalized optimizer refines these further using your CPU, RAM, and monitor refresh rate.
About the Arc B580
The Arc B580 (2024 release, 12GB VRAM) is a upper-mid card. At 1440p in Valorant, the biggest FPS levers are upscaling, shadow detail, and brand-specific latency reducers (Intel XeSS). The settings above are the floor — for a fully personalized playbook factoring CPU, RAM, and your monitor refresh rate, run BetterFPS.
Keep this playbook current
Valorant patches can shift what’s optimal overnight. Lock in auto-updates so you never lose FPS to a patch you didn’t notice.