CPU boost modes / FPS up / ASUS TUF FX505 Gaming Performance Test / i5 9300 GTX 1650 / overheating?
8🔍 FPS Boost types and Delta Force Gameplay Test on ASUS TUF FX505GT (GTX 1650 + i5-9300H)!
In this video, I test how different CPU Processor Performance Boost Modes impact FPS, CPU temperature, and overall performance. If you're wondering how much of a difference these settings make in gaming, this test will help you decide the best balance between performance and thermals.
🔥 Also if your laptop overheating while gaming? Here’s what you can do to lower CPU temperatures and improve performance! In this video, I test Processor Performance Boost Modes to see how different settings affect FPS, temperatures, and overall gaming performance in Delta Force.
These performance boost modes control how the CPU manages power and performance, affecting FPS, temperatures, and efficiency. Here’s a breakdown:
1. Disabled (0)
P-state Control: Disabled (CPU runs at base clocks)
CPPC: Disabled (No OS-driven performance adjustments)
Effect: The CPU won’t boost, staying at base clock speeds, leading to lower power consumption but significantly lower performance.
2. Enabled (1)
P-state Control: Enabled (CPU adjusts clock speeds based on demand)
CPPC: Efficient Enabled (OS helps optimize performance for power efficiency)
Effect: Balanced performance mode; the CPU boosts when needed but aims to save power when possible.
3. Aggressive (2)
P-state Control: Enabled
CPPC: Aggressive (CPU prioritizes boosting for performance)
Effect: The CPU tries to stay at higher clock speeds more often, leading to better FPS but potentially higher temperatures and power consumption.
4. Efficient Enabled (3)
P-state Control: Efficient (CPU prioritizes power-saving without major performance loss)
CPPC: Efficient Enabled
Effect: The CPU aims for a balance but slightly favors power efficiency, meaning lower power draw with some reduction in performance.
5. Efficient Aggressive (4)
P-state Control: Efficient
CPPC: Aggressive (CPU boosts more aggressively but still considers efficiency)
Effect: A mix of efficiency and aggressive boosting—potentially useful for laptops where performance matters but battery life and thermals are also concerns.
6. Aggressive At Guaranteed (5)
Windows Behavior: Requests performance above the guaranteed level but calculates how much is needed dynamically.
Effect: The CPU doesn’t max out all the time but boosts aggressively when Windows detects a need for extra power. Good for gaming with power constraints.
7. Efficient Aggressive At Guaranteed (6)
Windows Behavior: Always requests the maximum performance possible above the guaranteed level.
Effect: The CPU is pushed to its highest levels whenever possible, maximizing performance but also causing the most heat and power consumption.
Which Mode is Best for Gaming?
For max FPS: Use Efficient Aggressive At Guaranteed (6) or Aggressive (2) for highest clock speeds.
For balanced performance & temps: Aggressive At Guaranteed (5) or Efficient Aggressive (4) can offer a good mix.
For power saving or low noise: Efficient Enabled (3) or Enabled (1) keeps temps lower while maintaining decent performance.
For thermal-limited laptops: Disabled (0) may help with overheating but will hurt FPS.
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0:00 Intro
0:05 Disabled
2:00 Enabled
4:40 Aggressive
6:15 Efficient Enabled
8:35 Efficient Aggressive
10:34 Aggressive At Guaranteed
12:05 Efficient Aggressive At Guaranteed
💻 Laptop gaming Specs
GPU: NVIDIA GTX 1650
CPU: i5-9300H
RAM: 24 GB RAM
Current resolution: 1920 x 1080
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