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| Optimization | Expected Effect | Difficulty |
|---|---|---|
| Post-Processing, Shadows, Effects, Foliage to Very Low | Varies by setup | Easy |
| Lower Render Scale (85-90%) | Varies by setup | Easy |
| Fullscreen + Disable VSync | Varies by setup | Easy |
| Ultimate Performance Power Plan | Varies by setup | Easy |
| High Process Priority (TslGame.exe) | Varies by setup | Easy |
| Disable Overlays | Varies by setup | Easy |
| System Tweaks (SageTweaks) | Varies by setup | Automated |
Follow these steps in order. Each one is independent — skip any that don't apply to your setup.
Open PUBG -> Settings -> Graphics. Post-Processing controls bloom and ambient occlusion and tends to carry the largest cost, Shadows controls character and object shadow quality, Effects covers explosions and particles, and Foliage controls plant detail. Test Very Low as a baseline for all four, then reintroduce any setting if visibility or readability suffers on your own PC.
Anti-Aliasing smooths distant edges and helps you resolve enemies at range, so test Medium before dropping lower. View Distance mostly affects environment and building detail rather than how far away player models render, so lowering it trades map detail for load, not spotting power — benchmark both independently.
In Graphics settings, Render Scale adjusts the internal render resolution below your display output. Try 90 or 85 percent as a first step if you are GPU-bound — it reduces GPU load with a smaller visual-quality tradeoff than lowering Textures, which can often stay higher without much performance cost.
In PUBG -> Settings -> General, set Display Mode to Fullscreen and disable VSync unless you see screen tearing. Compare DirectX 11 (more broadly stable) against DirectX 12 if your PUBG build offers the option — either can perform better depending on GPU, driver version, and CPU core count.
Press Win+X -> Windows PowerShell (Admin) -> paste: powercfg -duplicatescheme e9a42b02-d5df-448d-aa00-03f14749eb61. Then go to Control Panel -> Power Options and select "Ultimate Performance." PUBG can be CPU-sensitive in dense scenes, and power throttling can cause frame drops right as fights start.
Launch PUBG and open Task Manager (Ctrl+Shift+Esc) -> Details tab. Find TslGame.exe, right-click -> Set priority -> High. This tells Windows to prioritize PUBG over background processes when allocating CPU time — test stability, since forcing priority can occasionally cause stutter on some systems.
Go to Windows Settings -> Gaming -> Xbox Game Bar and toggle it off. Disable the Steam overlay (Steam -> Settings -> In-Game) and Discord overlay (Discord -> Settings -> Game Overlay). Every overlay running over PUBG consumes GPU resources and can add input lag.
Before starting a match, close browsers, streaming software, and any other application you do not need. Open Task Manager and check CPU/RAM usage at idle. PUBG loads a large amount of data on landing, so background disk and memory load matters most in the opening seconds of a match.
For supported Windows review, use SageTweaks for timer resolution optimization, DPC latency reduction, TCP/IP tuning, USB polling, and selected system tweaks from the verified catalog.
Work through the checklist above: set Post-Processing, Shadows, Effects, and Foliage to Very Low as a baseline, keep Anti-Aliasing high enough to spot enemies at range, lower Render Scale before cutting resolution, enable a high-performance power plan, set process priority, and close overlays and background apps. Benchmark before and after each change on your own PC — the biggest win depends on whether your system is CPU-bound or GPU-bound.
City drops like Pochinki, Georgopol, or School are CPU-bound scenarios — many players, buildings, loot objects, and physics calculations are active in a small area at once, and that scene complexity taxes the CPU more than open fields do. Lowering GPU-side settings like Shadows or Effects helps somewhat, but CPU-heavy areas benefit most from closing background apps, a high-performance power plan, and process priority changes rather than graphics settings alone.
Be cautious with tools that promise a fixed FPS number — gains always depend on hardware. What works is applying documented Windows-level changes: power plans, process priority, overlay removal, and system tweaks. SageTweaks automates a reviewed catalog of those Windows changes, without touching game files or memory.
Post-Processing, Shadows, Effects, and Foliage carry the largest performance cost and are the first to lower. Anti-Aliasing and View Distance affect visibility and information at range more than raw FPS, so test those separately. The right mix depends on whether your PC is CPU-bound, GPU-bound, or thermal-limited.
No — View Distance mostly controls environmental and building detail, not player render distance. Lowering it can reduce load without meaningfully changing your ability to spot enemies, so it is a reasonable setting to test early.
Common causes on high-end hardware: wrong power plan (CPU throttling), VSync enabled, background apps stealing resources, outdated GPU drivers, or overlays hooking into the render pipeline. PUBG is also CPU-sensitive in populated areas — if your CPU is older, Windows-level tweaks that reduce CPU overhead make a larger difference than graphics settings alone.
SageTweaks applies Windows-level settings and does not require touching PUBG game files, game memory, or packets. PUBG runs BattlEye alongside Krafton's proprietary Zakynthos anti-cheat, and anti-cheat policies can change, so avoid injection-based tools and keep optimization work at the OS, driver, and in-game settings level.
SageTweaks can organize selected Windows optimizations from 1,280+ verified tweak entries across 44 tweak catalogs, plus dedicated or detected-game profile support where available. Review changes before you apply them.