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GameBoost for Windows 11

RGB-lit gaming PC setup with ultrawide monitor and gaming peripherals.

Built for Desktop Power. Tuned for Laptop Efficiency

GameBoost intelligently adapts to your system — whether you're pushing maximum performance on a desktop or optimizing efficiency on a laptop.

Sleek, modern computer setup with ambient blue lighting and an ultra-wide monitor.

Desktop Performance (MAX Mode)

Extreme FPS. Maximum Responsiveness.

Designed for desktops with headroom, MAX Mode unlocks higher frame output, stronger lows, and dramatically improved smoothness.


🔥 Real Results (OFF → MAX)

+98.3% Average FPS

58.7 → 116.3 FPS

+133.4% 1% Low FPS

29.6 → 69.0 FPS

+89.9% 5% Low FPS

46.6 → 88.5 FPS


🧊 Smoothness Gains

+49.6% Mean frametime improvement

+57.2% P99 frametime improvement

+66.6% overall smoothness score


⚡ Efficiency + Control

+41.2% Total Efficiency

+20.4% Energy Score

+131.3% Performance per Energy


💥 Stability Improvements

−97.7% burst rate

−99.6% overshoot

−75.7% peak spikes

−51.0% settle time


What This Means


Massive FPS increase

Far fewer stutters

More consistent high refresh gameplay

Cleaner, controlled performance output


👉 Best for:

High-end desktops, competitive gaming, 120Hz–240Hz monitors, max settings

Gaming laptop with colorful RGB keyboard and Rainbow Six Siege wallpaper.

Laptop Performance (Adaptive Modes)

Performance That Adapts to Power Limits

Laptops require balance — GameBoost dynamically improves smoothness and FPS while managing energy use.


🔥 MAX Mode (Laptop)


+40.5% Total Efficiency

+59.1% Smoothness

+33.7% Average FPS

+150.9% 1% Low FPS

+81.6% Performance per Energy


👉 Pushes laptop hardware harder while staying controlled.


🎮 Game Mode (Laptop)


+35.3% Total Efficiency

+53.4% Smoothness

+34.2% Average FPS

+122.9% 1% Low FPS

+47.1% Performance per Energy


👉 Best balance of performance + efficiency.


🔋 Battery Mode (Laptop)


+20.2% Total Efficiency

+29.8% Smoothness

+12.3% Energy Improvement

+5.8% Average FPS


👉 Extends playtime while keeping gameplay stable.


What This Means


Smoother gameplay on battery

Higher lows = fewer stutters

Better use of limited power

Longer sessions without sacrificing control


👉 Best for:


Unplugged gaming, travel, extended sessions, thermal-limited systems

Why GameBoost Feels Different

🎯 It targets what actually matters:

FPS (output)

1% lows (stability)

Frametime (smoothness)

Burst control (consistency)

Performance per energy (efficiency)

Choose Your System. Choose Your Mode

🖥️ Desktop
Go MAX. Unlock full performance.


💻 Laptop
Choose:
MAX → Performance
Game → Balance
Battery → Endurance

No low power mode – No compromise

About GameBoost

Our History

GameBoost was founded in 2005 by a group of software developers with a passion for creating innovative solutions. Over the years, we have grown into a leading software development company, serving clients in a wide range of industries.

Frequently Asked Questions

Please reach us at support@boostmydevice.com if you cannot find an answer to your question.

GameBoost improves how your system delivers performance during gameplay by optimizing responsiveness, frame delivery, and stability.


Instead of just pushing raw power, it helps your system:


Deliver higher average FPS

Improve 1% lows (reduce stutter)

Smooth out frametimes

Reduce unstable performance spikes


Yes — in testing, GameBoost improved average FPS, low FPS stability, and overall smoothness.


Example MAX Mode result:


Up to +98.3% average FPS

Up to +133.4% improvement in 1% lows

Up to +89.9% improvement in 5% lows


Actual results vary depending on your hardware and game.


Yes — GameBoost is especially effective on high-end systems because it helps:


Maintain consistent high performance
Reduce instability during heavy loads
Improve frame pacing at high refresh rates


Even powerful PCs benefit from better control and stability.


No — GameBoost does not directly overclock your hardware.

No - It works by improving how your system uses available performance, helping it respond faster and more efficiently under load.


Yes — MAX Mode is designed to push performance while staying within safe operating conditions.


It focuses on:


Stability

Controlled performance behavior

Efficient use of system resources

Your system protections (thermal limits, hardware safeguards) remain intact.



Under MAX Mode, your system may use more performance headroom, which can increase temperatures slightly.


However, GameBoost also improves efficiency and stability, which helps prevent unnecessary spikes and unstable behavior.


Yes — one of the biggest improvements is in 1% lows and frametime consistency, which directly reduces stuttering.


In testing:


Significant reduction in burst spikes

Faster settling after load changes

Smoother overall gameplay


Performance per energy measures how much useful output (FPS, smoothness) you get for the power your system uses.


GameBoost improves this by:


Reducing wasted performance spikes

Increasing useful frame output

Keeping performance more consistent


Yes — GameBoost is especially beneficial for 120Hz, 144Hz, and higher refresh rate displays.


It helps:


Maintain higher FPS ceilings

Improve frame consistency

Reduce dips below refresh rate


No — GameBoost works across a range of systems.


Lower-end PCs → smoother gameplay and fewer drops
Mid-range PCs → better balance and consistency
High-end PCs → maximum performance and stability


GameBoost activates when you enable a mode and runs in the background while you play.


You can switch modes anytime:


Battery

Game

MAX


Yes — you can switch to OFF mode at any time to return your system to default behavior.Yes — you can switch to OFF mode at any time to return your system to default behavior.


GameBoost works at the system level, so it supports most games without requiring per-game setup.GameBoost works at the system level, so it supports most games without requiring per-game setup.


Performance Logging records real system behavior while you game, allowing you to compare performance between modes like OFF, Game, Battery, and MAX.


It tracks how your system actually performs — not synthetic benchmarks.


Performance Logging focuses on real gameplay signals, including:


Average FPS (frame output)

1% low FPS (stability)

Frametime consistency (smoothness)

Power usage (efficiency)

Performance per energy

Burst behavior (spikes and instability)


These metrics reflect how your system feels during gameplay.Performance Logging focuses on real gameplay signals, including:


Average FPS (frame output)
1% low FPS (stability)
Frametime consistency (smoothness)
Power usage (efficiency)
Performance per energy
Burst behavior (spikes and instability)


These metrics reflect how your system feels during gameplay.


Performance Logging runs a structured test:


Phase 1: OFF mode (baseline)
Phase 2: Selected mode (Game, MAX, or Battery)


Each phase runs for the same duration, so results are directly comparable.


Yes — results are based on live system telemetry during gameplay.

Instead of relying on external benchmarks, Performance Logging measures:


Real CPU/GPU behavior

Real frame delivery patterns

Real power usage


GameBoost is designed to improve real-world gameplay performance, not just synthetic benchmarks.


Results will vary depending on your system, game, and settings — but the goal is always the same:


smoother, faster, more controlled gameplay




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