How to reduce input lag in Apex Legends

How do you reduce input lag in Apex Legends?

Input lag is the sum of every stage between moving the mouse and seeing the result, so it is reduced in stages rather than by one setting. In practice the largest reductions come from enabling the game's own latency mode, capping the frame rate so the GPU is never fully saturated, using exclusive fullscreen, and removing the pointer smoothing Windows applies by default.

If you only change a few things, change these:

1. Enable NVIDIA Reflex Low Latency to 'On + Boost' — This is the single most important setting for reducing input lag with an NVIDIA GPU. 'On + Boost' keeps your GPU clocks high even at lower FPS, further reducing latency.
2. Enable NVIDIA Reflex Low Latency — Open NVIDIA Control Panel > Manage 3D settings. Set 'Low Latency Mode' to 'Ultra'. This will automatically engage NVIDIA Reflex in supported games like Apex Legends, reducing render queue latency.
3. Enable Radeon Anti-Lag — Open AMD Adrenalin, navigate to Gaming > Graphics, and enable Radeon Anti-Lag for Apex Legends. This feature reduces input latency by dynamically adjusting frame timing.
4. Disable V-Sync in-game — Just like in the NVIDIA Control Panel, ensure V-Sync is off within Apex Legends to prevent any frame buffering that would increase input lag.
5. Enable NVIDIA Reflex — In Apex Legends video settings, set "NVIDIA Reflex" to "Enabled + Boost." This is the primary in-game setting for latency reduction on RTX GPUs.

Recommended Apex Legends settings by GPU

These Apex Legends values are ordered by how much they affect the input chain. Frame-cap and upscaling rows differ by GPU because the correct cap depends on what the card can hold consistently.

Settings that depend on your GPU

These are the rows where the recommendation genuinely changes with the card. Find yours in the middle column.

Merged from 14 per-GPU guides covering 14 graphics cards. Where sources disagreed, the most frequently recommended value is shown.

What network settings reduce ping and packet loss?

Ping is mostly decided by physical distance and by your route to the server, neither of which software can rewrite. What you can fix is the part that adds avoidable jitter: the adapter, the queue and anything sharing the line.

• Enable NVIDIA Reflex Low Latency to 'On + Boost'high impact

  This is the single most important setting for reducing input lag with an NVIDIA GPU. 'On + Boost' keeps your GPU clocks high even at lower FPS, further reducing latency.

• Cap FPS slightly above your monitor's refresh ratemedium impact

  While uncapped FPS can reduce latency, capping it just above your refresh rate (e.g., 144Hz monitor, cap at 160 FPS) can prevent GPU overuse and frame pacing issues without introducing lag, especially if you experience screen tearing.

• Cap FPS Slightly Below Max Refresh Ratemedium impact

  While uncapping FPS can reduce latency, it can also introduce frame pacing issues. Cap your FPS slightly below your monitor's maximum refresh rate (e.g., 141 FPS for a 144Hz monitor) or use a tool like RTSS to set a consistent cap.

• Cap Max Frame Rate slightly below your monitor's refresh ratemedium impact

  If you're not using NVIDIA Reflex, capping your FPS (e.g., 141 FPS for a 144Hz monitor) can help reduce render queue latency. However, NVIDIA Reflex is generally superior.

• Set Max FPS to Monitor Refresh Rate + 3medium impact

  While uncapped FPS can reduce input lag, capping it slightly above your monitor's refresh rate (e.g., 144Hz monitor -> 147 FPS) can help maintain consistent frame delivery without overworking the GPU, reducing frame time spikes.

• Set Max Frame Rate (NVIDIA) / Frame Rate Target Control (AMD)medium impact

  Similar to in-game FPS capping, setting a global or game-specific frame rate limit slightly below your monitor's refresh rate can smooth out frame delivery and reduce latency spikes.

• Texture Streaming Budgetmedium impact

  Set to 4GB or 6GB. While your GPU has 8GB VRAM, keeping this lower prevents potential VRAM overloads that can cause stutter and perceived lag.

What driver and control panel settings matter?

Driver-level settings apply underneath the game and override whatever the game asks for. A clean driver install first, then these options, is the order that avoids chasing a problem that was really a leftover profile.

• Enable NVIDIA Reflex Low Latencyhigh impact

  Open NVIDIA Control Panel > Manage 3D settings. Set 'Low Latency Mode' to 'Ultra'. This will automatically engage NVIDIA Reflex in supported games like Apex Legends, reducing render queue latency.

• Enable Radeon Anti-Laghigh impact

  Open AMD Adrenalin, navigate to Gaming > Graphics, and enable Radeon Anti-Lag for Apex Legends. This feature reduces input latency by dynamically adjusting frame timing.

• Disable V-Sync in-gamehigh impact

  Just like in the NVIDIA Control Panel, ensure V-Sync is off within Apex Legends to prevent any frame buffering that would increase input lag.

• Enable NVIDIA Reflexhigh impact

  In Apex Legends video settings, set "NVIDIA Reflex" to "Enabled + Boost." This is the primary in-game setting for latency reduction on RTX GPUs.

• Set Low Latency Modehigh impact

  In NVIDIA Control Panel > Manage 3D settings, set "Low Latency Mode" to "Ultra." This limits the number of frames the CPU can prepare ahead of time, reducing latency.

• Set Low Latency Mode to 'Ultra'high impact

  This setting queues frames just-in-time for the GPU, reducing input lag, especially in GPU-bound scenarios. Access via NVIDIA Control Panel > Manage 3D settings > Program Settings (for Apex Legends).

• Disable V-Sync Globallyhigh impact

  Ensure 'Vertical sync' is set to 'Off' in the NVIDIA Control Panel for Apex Legends. V-Sync introduces input lag, even with high refresh rates.

How should you set up refresh rate, frame cap and latency mode?

Frame pacing is what makes a game feel smooth, and it is decided by how the frame rate relates to the refresh rate. Getting this pairing right usually matters more than the raw average frame rate.

• Disable V-Synchigh impact

  V-Sync synchronizes your frame rate with your monitor's refresh rate, which introduces input lag. Always disable it for competitive play.

• Disable V-Sync and Adaptive Supersamplinghigh impact

  V-Sync introduces input lag by synchronizing frames with your monitor's refresh rate. Adaptive Supersampling dynamically adjusts resolution, which can cause inconsistent frame times and increased latency. Ensure both are off.

• Disable Vertical Sync (V-Sync)high impact

  Ensure 'Vertical sync' is set to 'Off' globally and within Apex Legends. V-Sync introduces input lag by synchronizing frame rendering with your monitor's refresh rate. Use G-Sync if available with a frame cap just below your refresh rate.

• Reduce Model Detail and Impact Markshigh impact

  These settings directly impact GPU load. Lowering Model Detail and disabling Impact Marks (and Ragdolls) reduces the complexity of rendered scenes, freeing up GPU resources for faster frame generation.

• Disable V-Sync (Vertical Sync)high impact

  V-Sync introduces input lag by forcing the GPU to wait for the monitor's refresh cycle. Always disable it for competitive gaming.

• Disable V-Sync and Adaptive Resolution FPS Targethigh impact

  In Video Settings, ensure 'V-Sync' is 'Disabled' and 'Adaptive Resolution FPS Target' is set to '0' (off). V-Sync introduces input lag, and adaptive resolution can cause inconsistent frame times.

• Disable Vertical Synchigh impact

  Ensure "Vertical sync" is set to "Off" globally and in-game. V-Sync introduces input lag, even if it eliminates screen tearing.

Which Windows settings actually help?

Windows ships with defaults chosen for battery life and broad compatibility rather than for consistent frame times. These are the settings that genuinely change behaviour, and each one is reversible.

• Disable Background Appsmedium impact

  Prevent unnecessary applications from consuming resources. Go to Settings > Privacy > Background apps and turn off apps you don't need running in the background.

• Enable Game Modemedium impact

  Windows Game Mode prioritizes your game's resources, reducing background activity. Go to Settings > Gaming > Game Mode and ensure it's 'On'.

• Adjust Texture Streaming Budgetlow impact

  With your GPU's 12GB VRAM, you can comfortably set 'Texture Streaming Budget' to 'High (6GB)' or 'Very High (8GB)'. Going too low can cause textures to pop in, while going too high might exceed VRAM limits on other applications, causing system-wide stutter. Ensure it's not maxed out if you have background apps.

• Disable Impact Marks and Ragdollslow impact

  Set 'Impact Marks' and 'Ragdolls' to 'Disabled'. These visual effects, while minor, can contribute to micro-stutters and frame drops during intense firefights.

• Reduce Impact Marks and Ragdollslow impact

  These visual effects, while minor, consume GPU resources. Minimizing them ensures that your system is focused on rendering core gameplay elements, contributing to lower latency.

What about memory, storage and temperatures?

Hardware-side limits show up as stutter rather than as a lower average frame rate, so they are easy to misdiagnose. These checks rule out the common causes before you start changing settings.

• Lower Texture Streaming Budgetmedium impact

  For your GPU (6GB VRAM), set this to 'Medium' or 'High' depending on other settings. Excessively high textures can max out VRAM, leading to stuttering and increased input lag. Test what works best for your system.

• Lower Texture Streaming Budget & Model Detailmedium impact

  While your GPU can handle high textures, reducing 'Texture Streaming Budget' and 'Model Detail' to 'Medium' or 'Low' can free up VRAM and ensure consistent, high frame rates, especially in chaotic moments.

• Set Texture Streaming Budget to 'None' or 'Low'medium impact

  While your GPU has ample VRAM, reducing texture budget can free up resources and ensure smoother frame delivery, especially during intense action.

• Texture Streaming Budget to Medium (4GB VRAM)low impact

  With your GPU's 8GB VRAM, 'Texture Streaming Budget' can be set to 'Medium (4GB)'. Going higher may not offer visual benefit and could consume more VRAM than necessary, potentially impacting latency.

Which in-game settings should you change in Apex Legends?

These are the Apex Legends video options that decide how much work the GPU is asked to do each frame. Change these before touching anything at the Windows or driver level — they have the clearest effect and they are the easiest to undo.

• Disable Adaptive Supersamplinghigh impact

  Ensure 'Adaptive Supersampling' is set to 'Disabled'. While it can maintain FPS, dynamic resolution scaling can introduce inconsistencies and latency spikes. Prioritize a stable, high framerate.

• Set Model Detail to Lowhigh impact

  Reduce 'Model Detail' to 'Low'. This reduces the complexity of rendered objects, boosting FPS and reducing the GPU's workload, which in turn lowers frame times and input lag.

• Set Adaptive Supersampling to 'Disabled'high impact

  This setting dynamically adjusts resolution based on performance. Disabling it ensures a consistent render resolution, preventing unpredictable latency spikes.

• Disable Fullscreen Optimizationshigh impact

  For the Apex Legends executable (r5apex.exe), right-click > Properties > Compatibility tab, and check 'Disable fullscreen optimizations'. This can ensure true exclusive fullscreen, reducing latency.

• Set Target FPS to Max or Unlimitedhigh impact

  In video settings, set 'Target FPS' to 'Max' or 'Unlimited'. This allows your GPU to render frames as fast as possible, reducing frame latency.

• Lower Model Detail and Impact Marksmedium impact

  Reduce 'Model Detail' to 'Low' and 'Impact Marks' to 'Low' or 'Disabled'. These settings can consume GPU resources that are better spent on rendering frames faster.

• Adaptive Supersamplingmedium impact

  Set "Adaptive Supersampling" to "Disabled." This dynamic resolution scaling can cause inconsistent frame times and introduce latency as it adjusts.

What do people get wrong when tuning Apex Legends?

These are the changes that either do nothing or actively make frame times worse, and they come up repeatedly.

• Leaving V-Sync enabled in-game or in GPU control panel, increasing input lag.
• Not capping FPS, leading to inconsistent frame times and higher latency spikes.
• Using wireless peripherals without a strong, interference-free connection.
• Running numerous background applications that consume CPU cycles and memory.
• Having mouse acceleration enabled in Windows or your mouse software.
• Playing Apex Legends with V-Sync enabled, which increases input lag.
• Running numerous background applications or overlays that consume CPU/GPU resources, causing system-wide latency.
• Not setting your monitor to its highest refresh rate in Windows display settings.

What else is worth knowing?

• Use a wired mouse and keyboard for the most reliable and lowest latency input, avoiding potential wireless interference.
• Regularly clean your PC's internals and ensure good airflow to prevent thermal throttling, which can cause performance dips and increased latency.
• Consider upgrading to a higher refresh rate monitor (144Hz+) for a smoother and more responsive visual experience, complementing your low input lag setup.
• Use the `+fps_max 0` launch option in Steam/Origin/EA App to uncap your frame rate (Apex Legends has a hard cap at 300 FPS). Higher FPS generally means lower input lag.
• Regularly clean your PC's interior to prevent dust buildup, which can lead to overheating and thermal throttling, causing inconsistent performance and increased latency.
• Test your input lag using tools like NVIDIA's FrameView (if applicable) or simply by observing responsiveness in the Firing Range after making changes.

Can you apply these changes automatically?

Everything on this page can be done by hand, for free, and this guide is written so that you can. What takes the time is not any single change — it is working through Windows settings, driver control panels, power plans and per-game options one at a time, and keeping track of what you altered so you can put it back.

JINSHI Tweaks is a one-time purchase that applies the Windows-side changes in one pass. It creates a System Restore Point first, and every tweak can be reversed individually or all at once. It does not modify game files, read game memory, inject into any game process, or install a driver. It will not do anything to the in-game settings in the table above — those you set yourself.

What JINSHI Tweaks changes See pricing

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