What boosts your FPS on PC?

how to increase fps on pc? Adjust settings and optimize

Exploring how to increase fps on pc prevents frustrating lag spikes and eliminates visual stuttering during competitive matches. Understanding these optimization methods protects your gaming enjoyment and avoids unnecessary expenses on expensive hardware replacements. Discover the exact adjustments to achieve a flawless gaming experience today.

Why Is My Game Lagging? The Quick Answer

To increase frames per second (FPS) on a PC, you generally need to reduce the workload on your hardware or upgrade your physical components. You can start by lowering in-game graphics settings, updating your graphics drivers, and enabling Windows Game Mode.

If that is not enough, turning on upscaling tech like DLSS or FSR provides a massive performance leap. As a last resort, upgrading key parts like the GPU, CPU, or RAM will yield the highest frame rates. Lets be honest, getting smooth gameplay is harder than it looks, especially when you are unsure whether to upgrade hardware or optimize software first. But there is one counterintuitive factor that 90% of gamers overlook - I will explain it in the thermal maintenance section below.

Step 1: Optimize Windows for Gaming

Before you spend hard-earned money on expensive hardware, you must optimize your operating system. Windows has built-in features designed to prioritize your games and manage resources efficiently.

Enable Game Mode and GPU Scheduling

Turn on Game Mode in Windows settings to stop background updates and prioritize gaming resources. Next, you need to enable Hardware-Accelerated GPU Scheduling. This setting allows your graphics card to manage its own memory pool directly. Enabling this feature typically reduces rendering latency by roughly 10-15% in GPU-bound scenarios.

Here is exactly how to do it. Go to your system settings. Click on the display options. Find the graphics settings menu. Toggle it on and restart your PC. It is that simple.

Keep Drivers Updated and Background Apps Closed

Always install the latest game-ready drivers from Nvidia, AMD, or Intel. Driver updates often contain specific optimizations for newly released titles. Furthermore, shut down heavy web browsers, recording software, or background apps before launching a game. Chrome with 30 tabs open will aggressively consume your system memory and CPU cycles, leading to micro-stutters.

Step 2: Best Settings to Improve Game FPS

Experiencing severe lag and stuttering during intense gaming sessions is incredibly frustrating. The fastest way to boost pc gaming performance without opening your wallet is tweaking your in-game menus.

Turn Down Heavy Hitters

Not all graphics settings are created equal. You need to lower demanding settings like shadows, volumetric fog, anti-aliasing, and ray tracing. For instance, dropping volumetric clouds and dynamic shadows from Ultra to Medium can sometimes boost frame rates by up to 20-25% with barely any noticeable visual difference.

Reducing your games overall resolution from 4K or 1440p down to 1080p drastically reduces the pixel load on your graphics card. This is the most guaranteed way to get higher frames per second.

Embrace Upscaling Technology

As of 2026, upscaling is no longer optional for high-end gaming. Turn on Nvidia DLSS, AMD FSR, or Intel XeSS if your card supports them. They render the game at a lower internal resolution and use smart scaling to boost frames back up to fit your monitor.

I used to refuse upscaling because I wanted pure, native resolution. That was a huge mistake. I spent months playing at a choppy 45 FPS until I finally swallowed my pride and tried DLSS Quality mode. The frame rate shot up to 80 FPS, and I literally could not tell the difference in image quality. Sometimes stubbornness ruins the experience.

Step 3: Hardware Upgrades That Actually Matter

If software tweaks fail to hit your target refresh rate, it is time to look at physical components. Moving from an old mechanical hard drive to a Solid-State Drive (SSD) speeds up asset loading and stops abrupt mid-game stuttering.

The GPU vs CPU Dilemma

The Graphics Card (GPU) is the single most impactful component for high-end graphics and higher FPS in most modern games. However, everyone says you must upgrade your GPU first. But in my experience, if you play massive multiplayer, strategy, or high-framerate esports games at 1080p, your processor (CPU) is often the actual bottleneck. A slow CPU limits how fast frames can be fed to a powerful GPU.

Unlocking Your Memory Speed

Moving to at least 16GB or 32GB of fast, dual-channel RAM prevents stutters and low frame drops. Upgrading from 8GB to 16GB typically improves 1% low frame rates by roughly 25-30%.

You must also go into your computers BIOS and make sure your RAM is running at its full, advertised speed profile (XMP or EXPO) rather than the default slow speed. Many gamers leave 10% of their performance on the table simply by forgetting to toggle this one switch.

Step 4: Maintenance and Thermal Throttling

Here is that counterintuitive factor I mentioned earlier: thermal throttling. You can buy the most expensive hardware on the market, but if it overheats, it will automatically throttle its clock speeds down to prevent physical damage.

In reality, dust buildup is the silent killer of frame rates. I once spent three days troubleshooting random lag spikes, convinced my GPU was dying. My hands ached from typing terminal commands and tearing down software. The frustration was immense. The actual fix? Taking a can of compressed air to my CPU cooler fins. Temperatures dropped by roughly 12 degrees C, and the stuttering vanished instantly. Keep your airflow clear.

Comparing Methods to Increase FPS Without Upgrading

In-Game Settings Adjustment

- Noticeable reduction in graphical fidelity depending on settings chosen

- Zero risk to system stability or hardware lifespan

- High - lowering resolution and shadows yields massive frame boosts

- Completely free and accessible from within the game menu

Software & OS Optimization

- None - image quality remains identical

- Very low, though unstable beta drivers can occasionally cause crashes

- Moderate - smooths out stutters and improves input latency

- Free - involves updating drivers and tweaking Windows settings

Component Overclocking

- None, but increases power consumption and fan noise

- Elevated - improper voltage settings can cause system instability or excess heat

- Moderate to High - can squeeze 5-15% more power from existing hardware

- Free, but may require purchasing better cooling solutions

Overcoming the Fear of the BIOS

James, a 28-year-old video editor, wanted to play competitive shooters smoothly but faced terrible screen tearing and severe frame drops. He was terrified of messing up his system configurations and avoided technical tweaking completely.

His first attempt was lowering all in-game graphics to the absolute minimum. The game looked terrible, but the annoying micro-stutters remained. He felt completely defeated and assumed he needed a new $800 graphics card.

After researching his specific motherboard, he realized his high-end RAM was running at a slow default base speed. He pushed past his fear, rebooted into the BIOS, and navigated the confusing menus to enable the XMP profile.

The result was immediate. His 1% low frame rates improved by roughly 30%, completely eliminating the stutter. He learned that hardware only performs as well as you configure it to run.