How to Make Your Laptop Faster for Gaming (2026)

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A slow laptop doesn’t mean you need a new one. Most gaming performance problems come from settings, software, and maintenance issues that you can fix yourself. Upgrading a single component or adjusting a few system options can turn a sluggish machine into something that handles modern titles at playable frame rates.

This guide covers 12 ways to make your laptop faster for gaming in 2026. Some fixes take less than a minute. Others involve a hardware swap that pays off for years. Every method works on Windows 10 and Windows 11 laptops regardless of brand.

Why Is My Laptop So Slow for Gaming

Gaming demands more from a laptop than almost any other task. Your GPU renders millions of pixels per second while the CPU handles game logic, physics, and AI calculations. RAM stores active game data so it’s instantly accessible. Storage loads textures, levels, and assets from the drive. When any one of these components can’t keep up, performance drops.

The table below shows the most common bottlenecks and what to look for on your system.

How to Upgrade Laptop RAM for Gaming

RAM is where your laptop stores data that games need right now. With 8 GB, your system constantly shuffles data between RAM and the slower storage drive, causing stuttering and frame drops. Upgrading to 16 GB eliminates this bottleneck for most games in 2026. Going to 32 GB only matters if you play heavily modded titles or stream while gaming.

Before buying RAM, check what your laptop supports.

1. Press Ctrl + Shift + Esc to open Task Manager. Click the Performance tab, then select Memory. Note the speed (e.g., 3200 MHz), slots used, and form factor (almost always SODIMM for laptops).
2. Check your laptop manufacturer’s support page or use a tool like Crucial System Scanner to confirm the maximum supported RAM and number of available slots.
3. Purchase matching RAM modules. For dual-channel performance, use two identical sticks (e.g., 2×8 GB) rather than one large stick.
4. Power off the laptop, unplug it, and remove the back panel. Release the clips on the existing RAM module, slide it out, and insert the new module at a slight angle until it clicks into place.
5. Replace the back panel, power on the laptop, and check Task Manager to confirm the system recognizes the full amount.

Some ultrabooks have RAM soldered to the motherboard, making upgrades impossible. If Task Manager shows only one slot with no empty slots available, your RAM is likely soldered. Check your laptop’s service manual to confirm before purchasing anything.

How to Replace a Laptop HDD with an SSD

Swapping a mechanical hard drive for a solid-state drive is the single biggest speed upgrade you can give a laptop. An HDD reads data at roughly 100 MB/s. A SATA SSD reads at 550 MB/s, and an NVMe SSD reads at 3,500 MB/s or faster. Game load times that took 60 seconds on an HDD drop to under 10 seconds on an SSD.

Beyond load times, an SSD reduces texture pop-in, eliminates hitching when entering new game areas, and makes Windows itself feel snappier. If your laptop still uses an HDD, this upgrade matters more than anything else on this list.

1. Check which type of drive your laptop supports. Open Device Manager and expand Disk Drives to see your current drive. Look up your laptop model to determine whether it has an M.2 NVMe slot, an M.2 SATA slot, or a 2.5-inch SATA bay.
2. Purchase the right SSD. For M.2 NVMe slots, a 1 TB drive like the Samsung 990 EVO or WD Black SN850X costs $70 to $100 in 2026. For 2.5-inch SATA bays, a Samsung 870 EVO or Crucial MX500 works well.
3. Clone your existing drive to the SSD using free software like Macrium Reflect Free or Samsung Data Migration. This copies everything, including Windows, so you don’t have to reinstall anything.
4. Power off the laptop, open the back panel, remove the old drive, and install the SSD. For M.2 drives, slide the card into the slot at an angle and secure it with the mounting screw.
5. Boot the laptop from the new SSD. If cloning was successful, Windows loads normally with all your programs and files intact.

How to Update GPU Drivers for Better Gaming Performance

GPU driver updates include performance optimizations for recently released games. Running an outdated driver can cost you 10 to 30 percent of your potential frame rate. Both NVIDIA and AMD release updated drivers every few weeks, and each version typically improves performance in specific titles.

1. NVIDIA laptops: Open GeForce Experience or visit nvidia.com/drivers. Click “Check for Updates” and install the latest Game Ready driver. Choose “Express Installation” for the quickest setup.
2. AMD laptops: Open AMD Software: Adrenalin Edition or visit amd.com/en/support. Download the latest Recommended driver for your GPU model.
3. Intel Arc or integrated graphics: Download Intel Driver & Support Assistant from intel.com, or check Windows Update for the latest driver.

Restart your laptop after installing new drivers. Some optimizations only activate after a reboot. If a new driver causes crashes or visual artifacts, both NVIDIA and AMD provide rollback options through their software to restore the previous version.

How to Lower In-Game Settings for More FPS on a Laptop

Dropping graphics quality is the fastest way to gain frames without spending any money. Not all settings affect performance equally. Some consume enormous GPU resources while adding minimal visual improvement. Lowering those specific options first gives you the biggest FPS boost with the least visual tradeoff.

1. Open your game’s graphics or video settings menu.
2. Set Shadow Quality to Low or Medium. Shadows are among the most demanding effects in any game engine.
3. Lower Anti-Aliasing to FXAA or disable it. TAA and MSAA are expensive on laptop GPUs.
4. Reduce Draw Distance and Render Distance to Medium. Rendering distant objects eats frame budget without affecting gameplay.
5. Turn off Ray Tracing entirely. Most laptop GPUs still struggle with ray tracing at playable frame rates in 2026.
6. Disable Motion Blur, Depth of Field, and Chromatic Aberration. These post-processing effects cost performance and many players prefer the look without them.
7. Lower the Resolution from native to 1080p if your display is 1440p or higher, or enable DLSS/FSR upscaling if your game supports it.

Try the game’s Medium preset first, then adjust individual settings. Keeping textures on High while dropping shadows to Low often produces better results than using a uniform preset across the board.

How to Turn On Game Mode in Windows

Windows Game Mode prioritizes your game over background tasks. It limits the resources that Windows Update, notifications, and other system processes can consume while a game is running. The performance gain is modest, typically 2 to 5 percent, but it also reduces frame time spikes that cause micro-stuttering.

1. Press Windows + I to open Settings.
2. Go to Gaming and select Game Mode.
3. Toggle Game Mode to On.

Game Mode activates automatically whenever you launch a game. No additional steps are needed. On rare occasions, older laptops may experience slight stuttering with Game Mode enabled. If performance feels worse after turning it on, switch it back off and retest.

How to Close Background Programs Before Gaming

Every running application competes with your game for CPU, RAM, and sometimes GPU resources. A web browser with a dozen tabs can consume 2 to 4 GB of RAM on its own. Chat applications, cloud sync tools, and software updaters add up quickly, leaving less for your game to work with.

1. Press Ctrl + Shift + Esc to open Task Manager.
2. Click the CPU column to sort processes by usage, highest first.
3. Right-click any non-essential process and select End Task. Close browsers, Discord, Spotify, OneDrive, Dropbox, and similar applications.
4. Check the GPU column as well. Some applications like hardware monitoring overlays and video players use GPU resources your game needs.

Avoid closing processes you don’t recognize. System processes are necessary for Windows to function. Stick to applications you know and launched yourself. If you’re unsure about a process, leave it running.

How to Clean Dust from Laptop Vents

Dust buildup inside your laptop restricts airflow and traps heat. When components overheat, the CPU and GPU automatically reduce clock speeds to prevent damage. This thermal throttling can cut your frame rate in half during extended gaming sessions. A laptop that ran games smoothly a year ago might struggle now purely because of accumulated dust.

1. Power off the laptop completely and unplug the charging cable.
2. Use a can of compressed air to blow short bursts into the exhaust and intake vents. Hold the can upright and keep the nozzle about 2 inches from the vents.
3. If you’re comfortable opening the back panel, remove it to access the fans and heatsinks directly. Blow compressed air across the fan blades and through the heatsink fins to clear packed dust.
4. Wipe any visible dust from the fan blades with a dry microfiber cloth or cotton swab.
5. Replace the back panel and reconnect the charger.

Clean your laptop’s vents every 3 to 6 months if you game regularly. Laptops used on beds, couches, or carpeted floors accumulate dust faster because fabric fibers get pulled into the intakes. Using the laptop on a hard, flat surface reduces dust intake significantly.

How to Use a Cooling Pad for Laptop Gaming

A cooling pad sits beneath your laptop and pushes cool air into the bottom intake vents. This supplements the laptop’s internal cooling system and can reduce temperatures by 5 to 10 degrees Celsius. Lower temperatures mean less thermal throttling and more consistent frame rates during long gaming sessions.

When choosing a cooling pad, look for these features.

1. Match the pad size to your laptop. A 15.6-inch laptop needs a pad rated for at least that screen size.
2. Choose a pad with adjustable fan speeds. Higher speeds provide better cooling but generate more noise. Being able to dial it down during less demanding games keeps things quieter.
3. Look for an ergonomic tilt angle. A slight incline positions the keyboard more comfortably for extended sessions and improves airflow under the chassis.
4. Connect the pad to a USB port on your laptop. Most cooling pads draw power through USB and require no additional software or setup.

Popular cooling pads from brands like Kootek, Havit, and Thermaltake Massive range from $20 to $50. They won’t transform a weak GPU into a powerhouse, but they prevent heat from stealing the performance your hardware is capable of delivering.

How to Adjust Power Settings for Gaming on a Laptop

Windows power plans control how aggressively your laptop conserves energy. The default “Balanced” plan throttles CPU and GPU speeds to extend battery life. Switching to High Performance unlocks your hardware’s full speed, which directly translates to higher frame rates.

1. Open Control Panel and navigate to Hardware and Sound, then Power Options.
2. Select High Performance. If it’s not visible, click “Show additional plans” to expand the list.
3. If High Performance doesn’t appear at all, open Command Prompt as Administrator and run: powercfg /setactive 8c5e7fda-e8bf-4a96-9a85-a6e23a8c635c

Always plug in the power adapter while gaming. Even on the High Performance plan, many laptops throttle GPU performance on battery power to avoid draining it in minutes. The adapter ensures full wattage reaches every component.

NVIDIA users should also open NVIDIA Control Panel, go to Manage 3D Settings, and set Power Management Mode to “Prefer Maximum Performance.” AMD users can set a similar option in AMD Software under the Gaming tab. These GPU-level settings prevent the graphics card from downclocking during gameplay.

How to Disable Startup Programs on Windows

Programs that launch at startup consume resources before you even open a game. Many applications add themselves to the startup list without asking, and over time, the list grows long enough to noticeably slow down your system. Disabling non-essential startup programs frees up RAM and CPU cycles that your game can use instead.

1. Press Ctrl + Shift + Esc to open Task Manager.
2. Click the Startup apps tab (labeled “Startup” on Windows 10).
3. Review each program. Right-click anything you don’t need running at boot and select Disable.
4. Safe to disable: Spotify, Discord, OneDrive, Adobe Creative Cloud, Steam Client Bootstrapper, Skype, Teams, and manufacturer bloatware.
5. Keep enabled: antivirus software, audio drivers (Realtek), touchpad drivers, and GPU control panels.

Disabling a startup program doesn’t uninstall it. You can still launch any of these applications manually when you need them. The only change is that they won’t load automatically when Windows boots, so your system starts faster and has more resources available for gaming from the moment you sit down.

How to Use an External GPU (eGPU) With a Laptop

An external GPU enclosure lets you connect a full desktop graphics card to your laptop through Thunderbolt 3, Thunderbolt 4, or USB4. This gives your laptop graphics power that no internal mobile GPU can match. It’s the most expensive upgrade on this list, but also delivers the largest performance jump.

You need three things: an eGPU enclosure ($200 to $400), a desktop GPU ($250 and up), and a laptop with a compatible Thunderbolt or USB4 port. Popular enclosures in 2026 include the Razer Core X Chroma, Sonnet Breakaway Box, and AORUS Gaming Box.

1. Install the desktop graphics card into the eGPU enclosure following the included instructions.
2. Connect the enclosure to your laptop’s Thunderbolt or USB4 port with the provided cable.
3. Windows detects the new GPU and prompts for drivers. Install the latest drivers from NVIDIA or AMD.
4. In your game’s settings, verify it’s using the external GPU instead of the integrated or internal laptop GPU. Check the renderer option in the game or the NVIDIA/AMD control panel to assign games to the eGPU.

Expect roughly 10 to 15 percent less performance compared to the same GPU installed in a desktop, due to Thunderbolt bandwidth limitations. Even with that overhead, a mid-range desktop card in an eGPU enclosure outperforms most high-end laptop GPUs substantially.

How to Optimize Windows for Gaming Performance

Beyond the individual tweaks already covered, several Windows-level optimizations work together to squeeze extra performance from your laptop.

1. Disable visual effects. Right-click This PC, select Properties, click Advanced system settings, and under Performance click Settings. Select “Adjust for best performance” to turn off animations, transparency, and visual flourishes that consume GPU and CPU resources.
2. Turn off background apps. In Settings, go to Apps, then Installed apps. Click the three-dot menu next to apps you don’t use and disable background permissions. On Windows 10, go to Privacy, then Background apps, and toggle off anything unnecessary.
3. Disable notifications during gameplay. Open Settings, go to System, then Notifications. Turn off notifications from apps that interrupt your gaming, or enable Do Not Disturb before playing.
4. Keep Windows updated. Performance patches, driver compatibility fixes, and security updates all contribute to a smoother experience. Go to Settings, then Windows Update, and install any pending updates.
5. Defragment your HDD (skip if SSD). Open the Start menu, search “Defragment,” and run Defragment and Optimize Drives. Select your HDD and click Optimize. SSDs should not be defragmented; Windows handles SSD optimization automatically with TRIM.

These changes reduce the overhead Windows places on your hardware, leaving more processing power available for games. Combined with the hardware and software tweaks above, they can produce a noticeable improvement in frame rates and system responsiveness.

How to Make Your Laptop Faster for Gaming FAQs

What is the cheapest way to improve laptop gaming performance?

Software optimizations cost nothing and often deliver significant results. Update your GPU drivers, enable Game Mode, close background programs, disable startup apps, and lower in-game graphics settings. These changes alone can recover 20 to 50 percent of your lost frame rate. If you’re willing to spend a small amount, adding RAM (around $30 for an 8 GB stick) or replacing an HDD with an SSD ($70 for 1 TB) offers the best value per dollar.

How much RAM do I need for gaming on a laptop in 2026?

16 GB is the sweet spot for gaming in 2026. Most modern titles use between 10 and 14 GB during gameplay, so 16 GB provides enough headroom to run smoothly without constantly swapping data to disk. 8 GB is noticeably tight for newer games. Going to 32 GB benefits streamers and players who run heavily modded games, but offers minimal improvement for standard gaming.

Does replacing an HDD with SSD improve gaming FPS?

An SSD won’t directly increase your FPS counter in most games. What it does is dramatically reduce load times, eliminate texture pop-in, and prevent hitching when the game loads new areas. Open-world games that stream assets from the drive benefit the most. In some titles, an SSD can reduce loading screens from over a minute to under 10 seconds.

Is an eGPU worth it for laptop gaming?

An eGPU is worth it if your laptop has a capable CPU and a Thunderbolt 3 or newer port, but its internal GPU is too weak for the games you want to play. The total cost (enclosure plus GPU) typically runs $450 to $800. That’s less than a new gaming laptop and delivers desktop-level graphics performance. The 10 to 15 percent performance overhead from the Thunderbolt connection is the main tradeoff.

Why does my laptop get hot and slow down while gaming?

This is thermal throttling. Your CPU and GPU generate significant heat during gaming, and when temperatures exceed safe limits (usually around 90 to 100 degrees Celsius), the hardware automatically reduces clock speeds to cool down. Clean dust from the vents, use a cooling pad, keep the laptop on a hard surface, and make sure the room isn’t excessively warm. Monitoring temperatures with HWMonitor or MSI Afterburner helps you identify when throttling occurs.

Should I use DLSS or FSR instead of lowering resolution?

Yes, whenever possible. DLSS (NVIDIA) and FSR (AMD, but works on most GPUs) render the game at a lower internal resolution and upscale the image using AI or spatial algorithms. On the “Quality” preset, the visual difference from native resolution is minimal, while FPS gains range from 30 to 50 percent. FSR is the more accessible option since it works on nearly any GPU regardless of manufacturer.

See also: How to Copy and Paste on a Chromebook, How to Split Screen on Chromebook, How to Improve Internet Connection

Sources

NVIDIA – GeForce Driver Downloads | AMD – AMD Drivers and Support | Microsoft – Turn On Game Mode in Windows | Microsoft – Change Your Power Plan in Windows | Crucial – Crucial System Scanner | Samsung – Samsung Internal SSD