How to fix FPS issues in Star Wars Jedi: Survivor. How to gain more FPS and improve performance

Star Wars Jedi: Survivor launched on April 28th to widespread criticism regarding its technical performance. Despite running on capable gaming PCs, many players experienced significant frame rate drops, persistent stuttering, and optimization problems that hampered the gaming experience.

While Respawn Entertainment continues developing official patches, the gaming community has proactively identified several workarounds that deliver measurable improvements. Reddit user SpicyMemeSyndrome pioneered optimization techniques that reportedly doubled frame rates in demanding areas for numerous players.

Understanding the root causes helps explain why these fixes work. The game suffers from inefficient memory allocation, excessive CPU overhead from ray tracing implementations, and Unreal Engine 4 configuration issues that cause texture streaming bottlenecks.

Begin your optimization journey with NVIDIA-specific settings that address fundamental performance limitations. These adjustments target GPU memory management and rendering efficiency.

• Launch NVIDIA Profile Inspector and locate the Resizable BAR option. Set this to “Enabled” to improve memory bandwidth utilization
• Navigate to 3D application settings and select Star Wars Jedi: Survivor from the program list
• Activate anisotropic filtering to enhance texture clarity without significant performance cost
• Configure antialiasing settings to override application, set to 8x multisampling with supersampling enabled (reduce to 4x for older graphics cards)

Resizable BAR technology allows the CPU to access the entire GPU memory at once, rather than in small chunks. This eliminates bottlenecks in data transfer between processor and graphics card, particularly beneficial in open-world games with extensive asset streaming.

For gamers using AMD graphics cards, similar benefits can be achieved through enabling Smart Access Memory in the BIOS when paired with compatible Ryzen processors. This parallel technology provides comparable memory access improvements.

Advanced optimization requires direct modification of game configuration files. These changes provide granular control over rendering parameters that aren’t accessible through standard settings menus.

Press the Windows key + R simultaneously and execute this command: %USERPROFILE%AppDataLocalSwGame Locate and open GameUserSettings.ini in the resulting folder.

• Reduce antialiasing settings to 0 (lowest) to minimize post-processing overhead
• Set resolution scaling quality to 100% to prevent unnecessary upscaling artifacts
• Configure all screen dimension variables to match your monitor’s native resolution
• Change fullscreen mode variables to 1 for exclusive fullscreen operation
• Enable desired screen height parameter by setting to True for proper aspect ratio maintenance

Within the game’s visual settings menu:

• Activate FSR (FidelityFX Super Resolution) and set to Quality mode for optimal performance/visual balance
• Completely disable ray tracing features as they currently impose excessive performance penalties

These .ini file modifications directly affect the game’s rendering pipeline, bypassing inefficient default settings. The resolution quality setting at 100% prevents dynamic resolution scaling that can introduce input lag and visual inconsistency during rapid camera movements.

For players experiencing persistent micro-stutters during gameplay, specialized Unreal Engine 4 modifications can provide substantial relief. These community-developed fixes address engine-level inefficiencies.

Download the performance optimization mod from NexusMods, the leading repository for game modifications.

• Execute Windows Run command (Win+R) and input the following path:
• %USERPROFILE%AppDataLocalSwGameSavedConfigWindowsNoEditor

• Rename the existing Config.ini file to Engine.ini and move it to the opened directory
• Launch the game to apply the modified configuration

This mod specifically targets Unreal Engine 4’s texture streaming behavior and asset loading priorities. By adjusting how the engine manages memory allocation for game assets, it reduces the incidence of stuttering when entering new areas or during combat sequences with multiple particle effects.

Advanced users can further customize the Engine.ini file by adding specific console commands that control LOD (Level of Detail) transitions and shadow rendering distances.

Results from these optimization techniques vary significantly across different hardware configurations. Some users report minimal improvements while others experience dramatic performance transformations.

Always monitor your frame rates before and after implementing changes using tools like MSI Afterburner or NVIDIA FrameView. Track both average FPS and 1% low measurements to assess stuttering reduction.

If you observe no performance enhancement or encounter stability issues, promptly revert all modifications. Restoration involves deleting the Engine.ini file and allowing the game to regenerate default configuration files upon next launch.

For comprehensive gaming optimization strategies beyond Jedi Survivor, explore our Complete Guide to system optimization.

Remember that these are community-developed workarounds, not official solutions. The development team continues to work on performance patches that may eventually make these modifications unnecessary.

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