Valorant System Requirements & Optimization Guide (2026) — Settings Pros Use, Max FPS Tweaks & Vanguard Tips

Valorant was built to run on almost anything. Riot Games designed the engine to hit 30 FPS on a decade-old Intel HD 4000 integrated GPU and 60 FPS on hardware that was budget-tier in 2018. But running Valorant and running it competitively are entirely different things. Competitive play demands consistent 240+ FPS with tight frame times, sub-20ms system latency so your crosshair placement translates to actual kills, and zero stuttering during ability-heavy rounds where smoke walls, flashes, and ultimates stack on top of each other. This guide covers every optimization that matters — from the official system requirements and exact settings that over 600 tracked professional players use, through NVIDIA and AMD driver configurations, Windows 11 tweaks, and Vanguard anti-cheat setup — so you can extract every frame your hardware is capable of delivering.

Official Valorant System Requirements

Riot publishes three tiers of system requirements. These have not changed significantly since launch because the engine was designed for broad hardware compatibility from the start.

| Tier | CPU | GPU | RAM | Target | |---|---|---|---|---| | Minimum (30 FPS) | Intel Core 2 Duo E8400 / AMD Athlon 200GE | Intel HD 4000 / AMD Radeon R5 200 | 4 GB | Playable | | Recommended (60 FPS) | Intel i3-4150 / AMD Ryzen 3 1200 | NVIDIA GT 730 / AMD Radeon R7 240 | 4 GB | Smooth | | High-End (144+ FPS) | Intel i5-4460 / AMD Ryzen 5 2600X | NVIDIA GTX 1050 Ti / AMD Radeon R7 370 | 4 GB | Competitive |

Additional requirements: - OS: Windows 10 (64-bit) or Windows 11 (64-bit). Windows 11 requires TPM 2.0 and Secure Boot enabled for Vanguard anti-cheat. - Storage: 30 GB free space on an SSD (HDD works but increases load times significantly) - DirectX: Version 11 - Internet: Broadband connection required

These official specs are intentionally conservative. For actual competitive play in 2026, you want hardware far above the "High-End" tier. A modern mid-range CPU like a Ryzen 5 7600 or Intel i5-13400F paired with any dedicated GPU from the last five years will push 300+ FPS at low settings. The real performance ceiling in Valorant is your CPU's single-core speed, not your GPU — Valorant is CPU-bound by design. For hardware recommendations, check our Best PC Build for Valorant (2026) and Best Graphics Card for Valorant (2026) guides.

The Settings Pro Players Actually Use

ProSettings.net tracks the settings of over 600 professional Valorant players. The data is remarkably consistent — the vast majority of pros use nearly identical video settings because competitive Valorant rewards visibility, consistency, and minimal visual clutter over graphical fidelity.

Display Settings

| Setting | Pro Standard | Why | |---|---|---| | Display Mode | Fullscreen | Exclusive fullscreen gives the GPU direct access to the display output, reducing input lag by 5–15ms compared to Windowed or Borderless Windowed | | Resolution | 1920x1080 (16:9) | The overwhelming majority of tracked pros play at native 1080p. Lower resolution means fewer pixels to render, producing higher and more consistent FPS. Some Chinese pro teams use 1280x960 stretched, but most NA/EU pros stick to native 1080p for clarity | | Aspect Ratio | 16:9 (native) | Stretched resolutions make character models wider but do not change hitbox size. Most pros prefer native aspect ratio for accurate visual feedback | | Limit FPS Always | Off or slightly above monitor refresh rate | Uncapped FPS reduces input lag even above your refresh rate. If you experience screen tearing, cap at monitor refresh rate + 10 (e.g., 250 for 240Hz) |

Graphics Quality Settings

| Setting | Pro Standard | Why | |---|---|---| | Material Quality | Low | Reduces reflections and surface detail that create visual noise | | Texture Quality | Low | Minimal FPS impact on modern GPUs, but Low reduces VRAM usage. Medium is acceptable if you prefer sharper surfaces | | Detail Quality | Low | Removes extra geometric detail from objects — fewer visual distractions when holding angles | | UI Quality | Low | Minimal gameplay impact, reduces resource usage for HUD elements | | Vignette | Off | Removes the cinematic darkening around screen edges. Off gives a cleaner, brighter peripheral view | | VSync | Off | VSync caps FPS to your monitor refresh rate and adds input lag. Always off for competitive play | | Anti-Aliasing | None or MSAA 2x | At 1080p, anti-aliasing is barely noticeable. None maximizes FPS; MSAA 2x is acceptable if jagged edges bother you | | Anisotropic Filtering | 1x | Minimal performance impact but 1x is the cleanest option. Higher values slightly sharpen textures at oblique angles | | Improve Clarity | On | Many pros enable this — it applies a subtle sharpening filter that makes enemy outlines slightly more visible without significant FPS cost | | Experimental Sharpening | Off | Adds GPU overhead for minimal benefit beyond Improve Clarity | | Bloom | Off | Bloom washes out bright areas and can obscure enemy visibility near flashes and ability effects | | Distortion | Off | Distortion effects from abilities like Omen's paranoia obscure vision more than they should. Off reduces visual noise | | Cast Shadows | Off | Removes environmental shadows that darken corners and create visual clutter. Turning shadows off makes enemies easier to spot in dark areas | | First Person Shadows | Off | Removes your own agent's shadow, which adds no competitive information and costs FPS |

The One Setting That Matters Most: NVIDIA Reflex Low Latency

NVIDIA Reflex is arguably the single most impactful setting in Valorant. It synchronizes the CPU and GPU render pipeline to reduce system latency — the time between your mouse click and the game registering the action.

| Reflex Setting | Effect | When to Use | |---|---|---| | Off | No latency reduction | Never use this on NVIDIA hardware | | On | Reduces system latency by aligning CPU/GPU work | Use if On + Boost causes FPS drops | | On + Boost | Same as On, plus keeps GPU clocks elevated to prevent latency spikes | Recommended for competitive play |

On RTX 50-series GPUs, Reflex 2 with Frame Warp is available in Valorant. Frame Warp updates the rendered frame with the latest mouse input just before it is sent to the display, reducing PC latency to under 3ms on an RTX 5090. This is a generational leap in responsiveness — Reflex 2 reduces latency by up to 75% compared to Reflex Off. Reflex 2 initially launched on RTX 50-series GPUs, with support for older RTX GPUs being added in subsequent updates.

AMD users: Valorant does not support AMD Anti-Lag. NVIDIA Reflex is the only vendor-specific latency reduction technology available in Valorant. This is a genuine competitive disadvantage for AMD GPU users in this specific game.

Multithreaded Rendering

Multithreaded Rendering splits the rendering workload across multiple CPU cores. It improves average FPS on CPUs with 4+ cores (8+ threads), but there is a trade-off: it can introduce slightly worse frame time consistency (higher 1% and 0.1% lows) and a small latency penalty from the thread synchronization overhead.

Recommendation: Enable Multithreaded Rendering if you have a modern quad-core or better CPU. The average FPS improvement outweighs the minor frame time variance for most players. If you notice micro-stuttering after enabling it, disable it and test — some CPU/GPU combinations perform more consistently with it off.

NVIDIA Control Panel Settings for Valorant

These settings complement the in-game options. Open NVIDIA Control Panel, go to Manage 3D Settings → Program Settings, and add VALORANT-Win64-Shipping.exe.

| Setting | Value | Why | |---|---|---| | Power Management Mode | Prefer Maximum Performance | Prevents the GPU from downclocking during lighter frames, eliminating latency spikes | | Low Latency Mode | On or Ultra | Reduces the CPU-side render queue. Ultra provides the lowest latency but may reduce FPS slightly on CPU-limited systems. If you have NVIDIA Reflex enabled in-game, set this to On — Reflex handles the latency management more precisely | | Texture Filtering Quality | High Performance | Prioritizes speed over visual quality for anisotropic filtering | | Threaded Optimization | On | Allows the NVIDIA driver to use multiple CPU threads for OpenGL/Vulkan workloads | | Vertical Sync | Off | Must be off in both the driver and in-game for lowest input lag | | Triple Buffering | Off | Only applies when VSync is on, but disable it to prevent accidental frame delays | | Max Pre-Rendered Frames | 1 | Reduces the number of frames the CPU prepares ahead of the GPU, lowering input lag | | Anisotropic Filtering | Off (Application Controlled) | Let the in-game setting handle this | | Antialiasing - FXAA | Off | FXAA adds post-process blur and GPU overhead for no competitive benefit | | Image Sharpening | Off | Let in-game Improve Clarity handle sharpening instead | | Preferred Refresh Rate | Highest Available | Ensures the driver targets your monitor's maximum refresh rate | | Shader Cache Size | Unlimited | Reduces shader compilation stuttering on first load |

AMD Radeon Settings for Valorant

Open AMD Software: Adrenalin Edition, go to Gaming → Valorant profile.

| Setting | Value | Why | |---|---|---| | Radeon Anti-Lag | Enabled | AMD's latency reduction — not as effective as NVIDIA Reflex in Valorant since Valorant does not natively support Anti-Lag integration, but it still reduces driver-level input lag | | Radeon Chill | Disabled | Dynamic FPS capping adds latency — always off for competitive | | Wait for Vertical Refresh | Off | Same as VSync — always off | | Texture Filtering Quality | Performance | Prioritizes speed | | Surface Format Optimization | Enabled | Reduces VRAM usage with negligible visual impact | | Tessellation Mode | Override Application Settings → Off | Reduces GPU workload on tessellated surfaces |

Windows Optimization for Maximum FPS

These system-level tweaks eliminate background processes and OS overhead that steal frames from Valorant.

Power Plan: Ultimate Performance

Windows defaults to the Balanced power plan, which aggressively downclocks your CPU during light workloads. For competitive gaming, switch to High Performance or enable the hidden Ultimate Performance plan.

To enable Ultimate Performance, open Command Prompt as Administrator and run: `powercfg -duplicatescheme e9a42b02-d5df-448d-aa00-03f14749eb61`

Then go to Control Panel → Power Options and select Ultimate Performance. This prevents CPU clock speed throttling during gameplay, providing the most consistent FPS.

Windows Game Mode and GPU Scheduling

| Setting | Location | Value | Why | |---|---|---|---| | Game Mode | Settings → Gaming → Game Mode | On | Prevents Windows Update, driver installations, and restart notifications during gameplay. Prioritizes CPU and GPU resources for the active game | | Hardware-Accelerated GPU Scheduling (HAGS) | Settings → System → Display → Graphics → Default Graphics Settings | On | Reduces CPU overhead for GPU task management. Test with your specific hardware — most modern systems benefit, but some older GPUs see no improvement or slight regression | | Xbox Game Bar | Settings → Gaming → Xbox Game Bar | Off | The Game Bar overlay consumes resources even when not visible. Disable it entirely | | Game DVR / Background Recording | Settings → Gaming → Captures | Off | Background recording uses GPU encoder resources and can cause frame drops |

Disable Fullscreen Optimizations

Windows 11 applies "fullscreen optimizations" to games running in exclusive fullscreen, which can add latency. To disable them:

1. Navigate to the Valorant executable (typically `C:\Riot Games\VALORANT\live\ShooterGame\Binaries\Win64\VALORANT-Win64-Shipping.exe`)
2. Right-click → Properties → Compatibility
3. Check Disable fullscreen optimizations
4. Click Apply

Background Process Cleanup

Close unnecessary programs before launching Valorant. The biggest FPS offenders: - Web browsers (Chrome, Edge, Firefox) — each tab consumes RAM and CPU - Discord — use the desktop app with Hardware Acceleration disabled in Discord Settings → Advanced - RGB software (Corsair iCUE, Razer Synapse, ASUS Armoury Crate) — these poll hardware sensors and consume CPU cycles. Close them or set them to minimal mode - Streaming software (OBS, Streamlabs) — if streaming, use NVENC encoding to offload to the GPU encoder rather than x264 which heavily taxes the CPU - Antivirus real-time scanning — Windows Defender is sufficient. Third-party antivirus with active scanning can cause FPS drops and frame time spikes

Visual Effects

Reduce Windows visual overhead: System Properties → Advanced → Performance Settings → Adjust for best performance. This disables animations, transparency, and thumbnail previews that consume GPU and CPU resources in the background.

Vanguard Anti-Cheat: Requirements and Troubleshooting

Vanguard is Riot's kernel-level anti-cheat that runs at system boot. Understanding its requirements prevents launch errors and ensures it does not interfere with your performance.

Hard Requirements

| Requirement | Details | |---|---| | TPM 2.0 | Required on Windows 11. A hardware security module that verifies system integrity. Most CPUs from 2016+ have firmware TPM (fTPM) built in — you just need to enable it in BIOS | | Secure Boot | Required on Windows 11. Ensures only trusted software loads during startup. Must be enabled in BIOS/UEFI settings | | UEFI Mode | Your system must boot in UEFI mode, not Legacy/CSM mode. Secure Boot only functions in UEFI mode | | Windows 10/11 (64-bit) | 32-bit operating systems are not supported. Windows 10 support continues but Windows 11 is recommended given Windows 10 end-of-support in October 2025 |

Common Vanguard Errors

• VAN 9001 — Secure Boot is disabled. Enter BIOS (restart → press DEL or F2) → find Secure Boot under Boot or Security tab → enable it
• VAN 9003 — TPM 2.0 is not detected. Enter BIOS → find TPM/fTPM/PTT (Intel Platform Trust Technology) under Security or Advanced tab → enable it
• VAN 9090 — Both Secure Boot and TPM are disabled. Enable both in BIOS
• VAN -81 — Vanguard did not initialize at boot. Restart your PC — Vanguard must start with Windows

Vanguard Performance Impact

Vanguard runs as a kernel driver that loads at boot and monitors for cheat software. Its CPU overhead is minimal during gameplay — typically under 1% CPU usage. However, Vanguard can conflict with certain software:

• Virtualization software (VMware, VirtualBox, Hyper-V) — Vanguard may block these or be blocked by them. If you need virtualization, you may need to disable Vanguard when not playing Valorant
• Certain fan control or overclocking tools — some hardware monitoring tools that access kernel-level drivers can conflict with Vanguard. If Valorant refuses to launch after installing new hardware software, try disabling the new software first
• Outdated drivers — Vanguard may block outdated or unsigned drivers. Keep your GPU drivers, chipset drivers, and BIOS firmware up to date

Advanced FPS Optimization Tricks

These are the tweaks that squeeze out the last 5–15% of performance after you have configured everything above.

GPU Driver Updates

Always run the latest GPU driver. NVIDIA Game Ready and AMD Adrenalin updates frequently include Valorant-specific optimizations. Use clean installs (DDU — Display Driver Uninstaller in Safe Mode) when updating to prevent driver conflicts that cause stuttering.

Process Priority

You can set Valorant to High priority in Task Manager during gameplay: 1. Launch Valorant and enter a match 2. Open Task Manager (Ctrl+Shift+Esc) 3. Find VALORANT-Win64-Shipping.exe under Details 4. Right-click → Set Priority → High

This tells Windows to prioritize Valorant's CPU threads over background processes. The effect is small (1–5% FPS improvement) but can reduce frame time spikes caused by background tasks competing for CPU time. Note: you must set this each time you launch the game, as it does not persist.

RAM Speed and Configuration

Valorant benefits from fast RAM due to its CPU-bound nature. DDR5-6000 with tight timings on AMD Ryzen platforms (hitting the sweet spot for Infinity Fabric clock synchronization) or DDR5-5600+ on Intel provides a measurable FPS improvement over slower memory — typically 5–10% in CPU-limited scenarios.

Ensure your RAM is running in dual-channel mode (two sticks in the correct slots — usually slots 2 and 4 from the CPU on most motherboards). Single-channel RAM can reduce Valorant FPS by 15–25% because the CPU's memory bandwidth is halved. Check your RAM speed in Task Manager → Performance → Memory to verify it is running at the rated XMP/EXPO speed, not the default JEDEC speed.

SSD vs HDD

Valorant must be installed on an SSD. While an SSD does not directly improve FPS, it eliminates texture streaming hitches and drastically reduces load times. NVMe SSDs provide the best experience, but any SATA SSD is sufficient — the difference between NVMe and SATA for game loading is minimal in Valorant.

Monitor Refresh Rate Verification

Ensure your monitor is actually running at its advertised refresh rate. Many players buy a 240Hz monitor and never change it from the default 60Hz in Windows settings.

1. Right-click desktop → Display Settings → Advanced Display
2. Verify the refresh rate matches your monitor's maximum (144Hz, 240Hz, 360Hz)
3. Also verify in NVIDIA Control Panel → Change Resolution → Refresh Rate dropdown

If your monitor supports 240Hz but Windows shows 60Hz, you are paying for 240Hz and getting 60Hz — every frame above 60 is invisible to you.

Quick Settings Checklist

Use this checklist to verify your setup is fully optimized:

In-Game: - [ ] Display Mode: Fullscreen - [ ] Resolution: 1920x1080 (or native if higher, with competitive considerations) - [ ] All Graphics: Low - [ ] Bloom, Distortion, Vignette, Cast Shadows, First Person Shadows: Off - [ ] VSync: Off - [ ] Anti-Aliasing: None or MSAA 2x - [ ] Improve Clarity: On - [ ] NVIDIA Reflex Low Latency: On + Boost - [ ] Multithreaded Rendering: On (test if stuttering occurs)

NVIDIA/AMD Driver: - [ ] Power Management: Maximum Performance - [ ] Low Latency Mode: On (NVIDIA) - [ ] VSync: Off in driver - [ ] Latest GPU driver installed

Windows: - [ ] Power Plan: High Performance or Ultimate Performance - [ ] Game Mode: On - [ ] Xbox Game Bar: Off - [ ] Background Recording/Game DVR: Off - [ ] Fullscreen Optimizations: Disabled on Valorant executable - [ ] Hardware-Accelerated GPU Scheduling: On

Hardware/BIOS: - [ ] TPM 2.0: Enabled (required for Windows 11) - [ ] Secure Boot: Enabled (required for Windows 11) - [ ] XMP/EXPO: Enabled for rated RAM speed - [ ] RAM: Dual-channel configuration

Monitor: - [ ] Windows refresh rate set to monitor maximum - [ ] NVIDIA Control Panel refresh rate set to maximum - [ ] Correct display cable (DisplayPort for 240Hz+)

Our Verdict

Valorant is one of the best-optimized competitive games ever made — Riot deliberately built it to run on nearly any hardware. But "runs" and "runs competitively" are different targets. The settings above represent what over 600 professional players use, combined with driver and OS optimizations that ensure your hardware delivers every frame it is capable of producing.

The biggest performance gains come from three changes: enabling NVIDIA Reflex On + Boost (or Reflex 2 on RTX 50-series), setting all graphics to Low with shadows and effects off, and verifying your monitor is actually running at its maximum refresh rate in Windows display settings. Everything else is incremental — important for squeezing out the last few percent, but those three changes alone will get you 90% of the way to optimal competitive performance.

If your hardware is not delivering the FPS you need after these optimizations, the bottleneck is almost certainly your CPU, not your GPU. Check out our Best PC Build for Valorant (2026) guide for build recommendations at every budget, or our Best Graphics Card for Valorant (2026) guide if you need to verify whether your GPU is the limiting factor.

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