How to Get 120 FPS in PUBG: Your Ultimate Guide for Smoother Gameplay

How to Get 120 FPS in PUBG: Your Ultimate Guide for Smoother Gameplay

As a seasoned PUBG player, I can tell you firsthand that the difference between a choppy 60 FPS and a buttery-smooth 120 FPS is absolutely night and day. I remember the frustration of trying to track fast-moving enemies or make those split-second headshots when my frame rate was constantly dipping. It felt like my PC was working against me, and honestly, it was. Achieving a consistent 120 FPS in PUBG isn't just about bragging rights; it's about gaining a tangible competitive edge. It translates to quicker reaction times, more precise aiming, and a generally more enjoyable gaming experience. So, if you’re asking yourself, "How to get 120 FPS in PUBG," you've come to the right place. This guide will walk you through everything you need to know, from the essential hardware to the nitty-gritty software tweaks. We'll dive deep into optimizing your settings, understanding your hardware's limitations, and ensuring you’re getting the most out of your setup. The dream of consistently hitting 120 frames per second (FPS) in PlayerUnknown's Battlegrounds might seem like a far-off goal for many, especially if you're not running the absolute latest and greatest hardware. However, with the right approach, you can significantly boost your performance and get closer to that coveted smooth gameplay. It’s not just about having a powerful graphics card; it’s about a holistic approach that involves understanding your system, optimizing in-game settings, and making smart choices outside of the game itself. Let’s break down exactly how to achieve this.

Understanding Your Hardware's Role in Achieving 120 FPS in PUBG

Before we even touch any settings, it's crucial to understand that your hardware is the foundation upon which 120 FPS is built. You can tweak settings endlessly, but if your CPU or GPU simply can't push that many frames, you'll hit a ceiling. The Graphics Card (GPU): The Heavy Lifter Your GPU is arguably the most critical component for achieving high frame rates. It’s responsible for rendering all the visual information on your screen. For 120 FPS in PUBG, especially at higher resolutions and with decent graphical settings, you'll want a modern, mid-range to high-end graphics card. * **What to look for:** Generally, GPUs from NVIDIA's RTX 30-series or AMD's RX 6000-series and newer are excellent candidates. Even some of the higher-end cards from the previous generation (like NVIDIA's RTX 20-series or AMD's RX 5000-series) can achieve this, though you might need to compromise on certain graphical settings. * **VRAM:** While not as critical as raw processing power for *just* hitting 120 FPS, having sufficient VRAM (Video Random Access Memory) is important for textures and overall stability. 6GB is usually a minimum, but 8GB or more is ideal for PUBG, especially if you plan on playing at 1440p or higher. * **My Experience:** I upgraded from an older GTX 1070 to an RTX 3070, and the difference was staggering. I went from struggling to maintain 70-80 FPS on medium settings to easily hitting 120+ FPS on high settings at 1080p. It wasn't just about the number; the input lag felt reduced, and the game felt infinitely more responsive. The Processor (CPU): The Conductor of the Orchestra While the GPU does the heavy rendering, the CPU is responsible for game logic, AI, physics, and feeding draw calls to the GPU. In CPU-intensive games like PUBG, a strong CPU is also vital for hitting high frame rates, especially if you're aiming for 120 FPS and beyond. A bottleneck here means your GPU might be waiting for instructions, preventing it from reaching its full potential. * **What to look for:** Modern Intel Core i5/i7/i9 processors (10th generation and newer) or AMD Ryzen 5/7/9 processors (3000 series and newer) with good single-core performance are excellent choices. PUBG tends to benefit from strong single-core speeds. * **Core Count vs. Clock Speed:** While more cores are generally better for multitasking and future-proofing, for gaming, especially older titles like PUBG that might not fully utilize many cores, a higher clock speed often yields better results. * **My Experience:** I paired my RTX 3070 with an Intel Core i7-10700K. Initially, I had an older i5, and I noticed my GPU usage wasn't hitting 99% consistently. Upgrading the CPU resolved this bottleneck, allowing the 3070 to truly shine and maintain those higher FPS targets. RAM: The Short-Term Memory Having enough RAM and fast RAM can also contribute to smoother gameplay and faster loading times. While 16GB is generally considered the standard for modern gaming, having 32GB can offer a slight edge in some scenarios, especially if you run background applications. * **Speed Matters:** RAM speed (measured in MHz) and timings (CL values) can impact CPU performance, which in turn affects frame rates. Look for DDR4 RAM with speeds of 3000MHz or higher, and lower CL timings if possible. * **Dual-Channel:** Always run your RAM in dual-channel mode. This means installing RAM sticks in pairs (e.g., two 8GB sticks instead of one 16GB stick). This effectively doubles the memory bandwidth, which can provide a noticeable performance boost. Storage: Solid State Drives (SSDs) are Non-Negotiable For a game like PUBG, which involves loading large maps, textures, and assets, an SSD is absolutely essential. Running the game from a Hard Disk Drive (HDD) will lead to significantly longer loading times and potential stuttering as assets are streamed in. * **NVMe vs. SATA SSDs:** While both are vastly superior to HDDs, NVMe SSDs offer even faster read/write speeds than traditional SATA SSDs. This can translate to slightly quicker map loads and reduced stuttering during intense gameplay. * **My Experience:** I moved PUBG from a SATA SSD to an NVMe SSD. While the FPS increase wasn't dramatic, the map loading times were cut almost in half, and I noticed fewer instances of textures popping in late.

Optimizing In-Game Settings for Maximum FPS in PUBG

Once you have a solid hardware foundation, the next critical step is to fine-tune your in-game settings. The goal here is to strike a balance between visual fidelity and raw performance. To get 120 FPS in PUBG, you’ll likely need to make some sacrifices in the visual department, but the payoff in smoothness is well worth it. The Graphics Settings Breakdown: What to Tweak and Why Access these settings by going to Settings > Graphics in PUBG. * **Screen Scale:** This is one of the most impactful settings. It determines the resolution at which the game is rendered before being upscaled to your monitor’s native resolution. * **Recommendation:** For 120 FPS, especially on lower-end or mid-range hardware, set this to **100%**. Going above 100% significantly increases GPU load. Setting it below 100% can make the game look blurry, but it will boost FPS. Many competitive players opt for 100%. * **Anti-Aliasing (AA):** Smooths out jagged edges on objects. * **Recommendation:** **Off or Low**. AA is a significant performance hog. While it makes edges look nicer, the visual improvement might not be worth the FPS loss if you're chasing 120 FPS. Many pros turn this off. * **Post-Processing:** Affects effects like bloom, depth of field, and motion blur. * **Recommendation:** **Low or Very Low**. This setting can have a surprising impact on performance. Turning it down removes visual effects that consume GPU resources. * **Shadows:** Renders shadows for objects and characters. * **Recommendation:** **Very Low or Off**. Shadows are incredibly demanding on your GPU. Turning them down or off will provide a substantial FPS boost, and it’s often argued that shadows can even obscure enemies. * **Texture:** Affects the detail and sharpness of surfaces like walls, ground, and character models. * **Recommendation:** **Medium or High**. This setting primarily impacts VRAM usage. If you have sufficient VRAM (8GB+), setting this to Medium or even High often has minimal FPS impact and greatly improves visual clarity. Low textures can make the game look muddy. * **Effects:** Controls the quality of visual effects like explosions, muzzle flashes, and smoke trails. * **Recommendation:** **Low**. Like post-processing, effects can be surprisingly taxing. Lowering this helps maintain FPS during intense firefights. * **Foliage:** Controls the density and detail of grass and other vegetation. * **Recommendation:** **Very Low or Off**. This is another performance killer, especially in open areas. Reducing it significantly boosts FPS and can make spotting enemies in grassy areas easier. * **View Distance:** Determines how far away objects and details are rendered. * **Recommendation:** **Medium or High**. This setting is a bit of a balancing act. Lowering it too much can make it hard to spot enemies at range, but higher settings can impact performance. Medium is often a good compromise. * **Sharpening:** A post-processing effect that sharpens the image. * **Recommendation:** **Depends on preference**. This has a minor performance impact. Some players like it to make details pop, while others find it creates an artificial look. Experiment to see what you prefer. * **Motion Blur:** Blurs the screen when you move quickly. * **Recommendation:** **Off**. Motion blur is universally disliked by competitive players as it obscures vision during rapid movements. Turn it off immediately. Display Settings: The Crucial Link to Your Monitor These settings are found in Settings > Display. * **Resolution:** This is perhaps the most significant setting after graphical presets. * **Recommendation:** **Your monitor's native resolution (e.g., 1920x1080 for a 1080p monitor).** While lowering resolution can increase FPS, it makes the game look blurry and can negatively impact your ability to spot targets. For aiming for 120 FPS, stick to your native resolution if your hardware can handle it with other settings optimized. If you must lower it, do so judiciously. * **Frame Rate Limit:** * **Recommendation:** **Unlimited or set to your monitor's refresh rate + a little extra (e.g., 144 Hz monitor, set to 160 or Unlimited).** You want to allow your system to push as many frames as possible, letting your monitor display what it can. If you have a 120Hz monitor, setting the limit to 120 or slightly above is ideal. * **V-Sync:** Vertical Synchronization. * **Recommendation:** **Off**. V-Sync synchronizes your game's frame rate with your monitor's refresh rate to prevent screen tearing. However, it introduces input lag and can cap your frame rate, making it detrimental to achieving and maintaining high FPS and responsiveness. If screen tearing is unbearable, consider alternatives like G-Sync or FreeSync. Advanced Graphics Settings: Deeper Dive into Performance Found in Settings > Graphics > Advanced Graphics. These are often more demanding. * **Anti-Aliasing:** (Already covered, but ensure it's off or low here too if you didn't do it in the main Graphics tab). * **Screen Scale:** (Already covered, but ensure it's 100% here). * **Anti-Aliasing:** **Off** * **Post-Processing:** **Low** * **Shadows:** **Very Low** * **Texture:** **Medium/High** (if VRAM allows) * **Effects:** **Low** * **Foliage:** **Very Low** * **View Distance:** **Medium/High** * **Motion Blur:** **Off** It's essential to understand that PUBG's graphics settings are somewhat unique. Some settings that might seem minor can have a significant impact. My personal approach involves prioritizing settings that affect visibility and target acquisition, and then aggressively reducing those that consume the most GPU power without adding much to the visual experience.

System-Level Optimizations for 120 FPS in PUBG

Beyond the game itself, there are crucial steps you can take within your operating system and hardware drivers to ensure your system is primed for high frame rates. Updating Graphics Drivers: The Foundation of Performance Outdated graphics drivers are a common culprit for performance issues and can prevent you from getting the most out of your hardware. * **NVIDIA:** 1. Go to the NVIDIA Driver Downloads page. 2. Enter your GPU model and operating system. 3. Download the latest "Game Ready Driver." 4. Run the installer and choose "Custom Installation." 5. Select "Perform a clean installation." This removes old driver files that might cause conflicts. * **AMD:** 1. Go to the AMD Drivers and Support page. 2. Let the site detect your graphics card or select it manually. 3. Download the latest recommended driver. 4. Run the installer and opt for a clean installation if the option is available. * **My Experience:** I can't stress this enough. I’ve seen performance jumps of 10-15 FPS just by updating drivers during major game patches or driver releases. It’s a simple step that’s often overlooked. Windows Settings for Performance Enhancement Windows itself has several settings you can adjust to prioritize gaming performance. * **Game Mode:** 1. Go to Settings > Gaming > Game Mode. 2. Ensure "Game Mode" is turned **On**. This helps Windows prioritize resources for your game. * **Hardware-Accelerated GPU Scheduling:** 1. Go to Settings > System > Display > Graphics settings. 2. Toggle "Hardware-accelerated GPU scheduling" **On**. This can reduce latency and improve performance by allowing the GPU to manage its own video memory more directly. A system restart is required after changing this. * **Power Options:** 1. Search for "Power Options" in the Windows search bar and open it. 2. Select the "High performance" power plan. If it's not visible, click "Show additional plans." 3. This ensures your CPU and other components aren't throttling themselves to save power, which is crucial for consistent high FPS. * **Disable Startup Programs:** 1. Press `Ctrl + Shift + Esc` to open Task Manager. 2. Go to the "Startup" tab. 3. Disable any unnecessary programs that launch when Windows starts. These consume resources in the background. * **Background Apps:** 1. Go to Settings > Privacy > Background apps. 2. Toggle off apps that you don't need running in the background. NVIDIA Control Panel / AMD Radeon Software Tweaks These control panels offer granular control over how your GPU handles games. * **NVIDIA Control Panel:** 1. Right-click on your desktop and select "NVIDIA Control Panel." 2. Go to "Manage 3D settings" > "Program Settings." 3. Click "Add" and select "TslGame.exe" (this is the PUBG executable, usually found in `Steam\steamapps\common\PUBG\TslGame\Binaries\Win64`). 4. Make the following adjustments: * **Low Latency Mode:** Set to **Ultra**. This minimizes the delay between your input and the action on screen. * **Power Management Mode:** Set to **Prefer maximum performance**. * **Texture Filtering - Quality:** Set to **High performance**. * **Vertical Sync:** Ensure this is **Off** (though it's best managed in-game). * **Threaded Optimization:** Set to **On**. * **AMD Radeon Software:** 1. Right-click on your desktop and select "AMD Radeon Software." 2. Go to the "Gaming" tab and find PUBG. If it's not there, add it manually. 3. Adjust settings like: * **Radeon Anti-Lag:** **Enabled**. * **Radeon Chill:** **Disabled** (unless you want to cap FPS). * **Radeon Boost:** **Disabled** (can dynamically lower resolution, which we're avoiding). * **Texture Filtering Quality:** Set to **Performance**. * **Wait for Vertical Refresh:** **Always Off**. Monitor Settings: Refresh Rate and Response Time Your monitor plays a direct role in your perceived smoothness. * **Ensure High Refresh Rate is Enabled:** 1. Go to Windows Settings > System > Display > Advanced display settings. 2. Under "Choose a refresh rate," select the highest option available (ideally 120Hz or higher). * **Enable G-Sync / FreeSync (If Applicable):** * If your monitor and GPU support G-Sync (NVIDIA) or FreeSync (AMD), enabling it can provide a smoother experience by eliminating screen tearing without the input lag of traditional V-Sync. * **NVIDIA:** In NVIDIA Control Panel, go to "Set up G-SYNC" and enable it for full-screen mode. * **AMD:** In Radeon Software, go to "Display" and enable "AMD FreeSync." * **Important Note:** If you are strictly aiming for 120 FPS and have a 120Hz monitor, you might find that disabling G-Sync/FreeSync and letting your FPS run unlocked (above 120) feels even more responsive, provided you have a stable enough frame rate. Experimentation is key here.

Advanced Techniques and Considerations

Sometimes, the basic tweaks aren't enough. Here are some more advanced methods and things to consider. Overclocking (Use With Caution!) If you're comfortable and have adequate cooling, overclocking your CPU and GPU can yield extra frames. * **CPU Overclocking:** Requires a compatible motherboard (usually Z-series for Intel, X-series for AMD) and good cooling. Tools like Intel XTU or Ryzen Master can be used, alongside BIOS settings. * **GPU Overclocking:** Can be done with tools like MSI Afterburner. You can often push clock speeds and memory speeds higher. * **Caution:** Overclocking carries risks of instability, increased heat, and potential hardware damage if not done correctly. Always research your specific hardware and proceed with caution. Monitor temperatures closely. * **My Take:** While tempting, for many players, the stability offered by stock speeds is more valuable than a few extra FPS gained through risky overclocking. Focus on optimizing settings first. Debloating Windows and Background Processes Aggressively removing unnecessary Windows features and background services can free up CPU and RAM resources. This is an advanced technique and requires care, as removing the wrong service can cause system instability. Tools exist that can help automate this process, but always back up your system first. Network Optimization for Smoother Gameplay While not directly impacting FPS, network lag (high ping) can make the game *feel* unplayable, similar to low FPS. * **Wired Connection:** Always use an Ethernet cable over Wi-Fi. It's significantly more stable and has lower latency. * **Close Background Applications:** Ensure no other programs are downloading, streaming, or using significant bandwidth while you play. * **VPNs:** Avoid using VPNs for gaming unless absolutely necessary, as they often increase ping.

Troubleshooting Common Issues Preventing 120 FPS

Even with optimizations, you might encounter hurdles. Here's how to tackle them. Sudden FPS Drops * **Check Temperatures:** Overheating components (CPU or GPU) will throttle performance. Use monitoring software like HWMonitor or MSI Afterburner to check temperatures. Ensure your PC has adequate cooling and dust is cleared. * **Background Processes:** A rogue application might suddenly spike CPU or disk usage. Check Task Manager during these drops. * **Game Updates:** Sometimes, game patches can introduce performance regressions. Keep an eye on patch notes and community forums. * **Driver Issues:** A recent driver update might be buggy. Try rolling back to a previous stable driver. Stuttering and Micro-Stuttering * **Insufficient RAM:** If your system is constantly using close to 100% of its RAM, it will start using the page file on your SSD/HDD, causing stuttering. Consider upgrading RAM if you have less than 16GB. * **CPU Bottleneck:** If your CPU usage is consistently maxed out, it can't keep up with the GPU. Lowering CPU-intensive settings (like Effects, Shadows, Foliage) might help. * **Storage Issues:** Ensure PUBG is installed on an SSD. Defragmenting your SSD is generally not recommended (it can wear them out); ensure it has sufficient free space. Inconsistent Frame Rates * **Frame Rate Limit:** Ensure V-Sync is off and your frame rate limit is set appropriately (unlimited or slightly above your monitor's refresh rate). * **Power Plan:** Verify your Windows power plan is set to "High Performance." * **Background Software:** Antivirus scans, Windows updates, or other scheduled tasks can cause temporary performance dips. ### Frequently Asked Questions About Achieving 120 FPS in PUBG #### How much does it cost to get 120 FPS in PUBG? The cost varies significantly depending on your current hardware. * **If you have a decent modern CPU and GPU but just need a few tweaks:** You might spend **$0**. Optimizing settings, updating drivers, and tweaking Windows can often get you closer to 120 FPS without any hardware cost. * **If you need a GPU upgrade:** This is usually the biggest expense. A graphics card capable of consistently pushing 120 FPS in PUBG at 1080p could range from **$250-$500+** (e.g., NVIDIA RTX 3060/4060, AMD RX 6600 XT/7600). For higher resolutions or settings, expect to spend more. * **If you need a CPU upgrade:** A capable modern CPU might cost between **$150-$350+** (e.g., Intel Core i5-12400F, AMD Ryzen 5 5600X). * **RAM and SSD:** If you're still on an older system, upgrading to 16GB of DDR4 RAM (around $50-$80) and a 1TB NVMe SSD (around $60-$100) can also make a noticeable difference and contribute to smoother overall performance. Essentially, if you're starting from a very old PC, a full upgrade could easily run **$600-$1200+**. However, if you have a PC that’s only a few years old with a mid-range GPU and CPU, a targeted upgrade (like just the GPU) might be all you need for around $300-$500. It’s always best to assess your current system first and identify potential bottlenecks. #### Why can’t I get 120 FPS in PUBG even with a good PC? There are several reasons why you might not be hitting your target FPS, even with what seems like a powerful computer: * **Bottlenecking:** This is the most common culprit. One component in your system is holding back another. * **CPU Bottleneck:** Your CPU is too slow to feed your GPU instructions fast enough. This is common in CPU-intensive games like PUBG when using a very high-end GPU on a mid-range or older CPU. You'll notice your CPU usage is at 100% while your GPU usage is lower. * **GPU Bottleneck:** Your GPU isn't powerful enough to render the game at your desired settings and resolution. This is more common if you're trying to play at very high resolutions (1440p, 4K) or with maxed-out graphical settings. You'll see your GPU usage at 99-100% while your CPU usage is lower. * **RAM Bottleneck:** Insufficient RAM or very slow RAM can cause your system to rely on the much slower page file on your storage drive, leading to stuttering and reduced frame rates. * **Outdated Drivers:** As mentioned earlier, old graphics drivers are a major performance killer. * **Background Processes:** Even seemingly minor applications running in the background can consume CPU and RAM resources, impacting game performance. * **Incorrect Settings:** In-game graphics settings are crucial. If you have demanding settings like shadows, anti-aliasing, or effects turned up too high, they can tank your FPS even on powerful hardware. * **Overheating:** Components will throttle their performance to prevent damage if they get too hot. This can lead to significant frame rate drops. * **Windows Power Settings:** If your power plan is set to "Balanced" or "Power saver," your CPU might not be running at its full potential. * **Game Optimization:** While PUBG has improved, it's not always the most efficiently optimized game. Some system configurations might struggle more than others. * **Monitor Refresh Rate vs. Game FPS:** If your monitor is only 60Hz, you won't *see* more than 60 FPS, even if your PC is outputting more. Conversely, if you're trying to push 120+ FPS on a 60Hz monitor, you might experience screen tearing unless V-Sync or adaptive sync is enabled (though adaptive sync is usually preferable for competitive play). Identifying the bottleneck often involves using monitoring software (like MSI Afterburner with the RivaTuner Statistics Server overlay) to observe your CPU and GPU usage percentages, as well as temperatures, while playing. What are the most impactful settings to lower for more FPS in PUBG? If you're struggling to reach 120 FPS, here are the settings that typically provide the biggest performance boost when lowered: 1. **Shadows:** Setting shadows to "Very Low" or "Off" is almost always the single biggest FPS gain. Shadows are incredibly computationally expensive. 2. **Foliage:** This setting controls the density and detail of grass and other vegetation. Turning it to "Very Low" or "Off" can yield significant FPS increases, especially in open fields. 3. **Effects:** Explosions, muzzle flashes, smoke – these can all tax your GPU, particularly during intense combat. Lowering this helps maintain FPS when the action heats up. 4. **Anti-Aliasing (AA):** While it makes edges look smoother, AA is a major performance hog. Turning it off or setting it to Low provides a substantial FPS boost. 5. **Post-Processing:** This controls bloom, depth of field, and other visual effects. Setting it to "Low" or "Very Low" can improve performance. 6. **Screen Scale:** While not a direct in-game setting in the main menu, if you have a very high-resolution monitor and are struggling, lowering the screen scale (rendering the game at a lower internal resolution and then upscaling) will drastically increase FPS, but it makes the image blurry. It's usually better to keep this at 100% and lower other settings first. Lowering these settings will generally sacrifice visual fidelity, but for competitive play where maximizing frame rate and responsiveness is paramount, the trade-off is usually well worth it. #### Does my monitor need to be 120Hz to benefit from 120 FPS? Yes, to *see* and experience the full benefit of 120 frames per second, your monitor must have a refresh rate of at least 120Hz. * **How Refresh Rate Works:** A monitor's refresh rate, measured in Hertz (Hz), indicates how many times per second the screen can update the image displayed. A 60Hz monitor updates 60 times per second, while a 120Hz monitor updates 120 times per second. * **The Benefit of High FPS with High Refresh Rate:** When your PC can render 120 frames per second and your monitor can display 120 updates per second, you get a much smoother, more fluid visual experience. Each frame is displayed more quickly, leading to reduced motion blur and a more responsive feel. * **What Happens if FPS > Refresh Rate:** If your PC is outputting more frames than your monitor can display (e.g., 150 FPS on a 120Hz monitor), you might experience screen tearing. This is when different parts of the screen display different frames simultaneously, creating a horizontal "tear." This is why adaptive sync technologies like G-Sync and FreeSync are so valuable, as they allow the monitor's refresh rate to dynamically match the GPU's frame rate, eliminating tearing without introducing significant input lag. * **What Happens if FPS < Refresh Rate:** If your PC is outputting fewer frames than your monitor's refresh rate (e.g., 80 FPS on a 120Hz monitor), your display will still update at its native refresh rate (120 times per second), but it will repeat frames or show incomplete frames. This results in a less smooth experience than you would get if your FPS closely matched your refresh rate. You might experience stuttering or judder. So, while your PC can absolutely *render* 120 FPS on any monitor, the visual smoothness and responsiveness that comes with 120 FPS is only truly realized when paired with a 120Hz (or higher) monitor. If your goal is 120 FPS, investing in a 120Hz or 144Hz monitor is a crucial part of the equation. By systematically going through these steps, from understanding your hardware's capabilities to meticulously optimizing your in-game and system settings, you'll be well on your way to enjoying the smooth, competitive edge that 120 FPS in PUBG provides. Remember, it’s an iterative process; don’t be afraid to experiment and fine-tune settings to find what works best for your specific setup and preferences. Happy gaming!