How to enable Turbo Boost for Intel i5, i7, and i9 CPUs on laptops.

Turbo Boost allows Intel i5/i7/i9 CPUs to automatically increase speed when needed. This article guides you on how to access the BIOS to enable Turbo Boost, optimizing computer performance when gaming, performing demanding tasks, or multitasking.

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Cách bật Turbo Boost CPU Intel i5, i7, i9 trên laptop-Tiptory

Want your computer to run smoother when gaming, doing demanding tasks, or handling multiple tasks simultaneously? Turbo Boost is the key to automatically increasing processing speed when needed for your Intel i5, i7, or i9 CPU, delivering superior performance. This article will guide you through the process of enabling Turbo Boost – especially useful if your computer isn't currently utilizing this feature due to BIOS settings.

How to quickly enable Turbo Boost for Intel CPUs on your computer.

Turbo Boost allows Intel CPUs to automatically increase processing speed when needed, resulting in smoother performance during gaming, work, or demanding tasks. Here's how to quickly enable Turbo Boost in just a few simple steps:

Steps to follow

  1. Boot into BIOS

    • Restart your computer and press the F2 , Del , or the corresponding key (depending on your computer model) to enter the BIOS.

  2. Find the Power or Performance section.

    • In the BIOS interface, access System Utilities or Power and Performance Options (depending on the BIOS version).

  3. Enable Turbo Boost

    • Find the Intel Turbo Boost Technology option and make sure it's set to Enabled . If it's not, turn it on.

  4. Save and restart your computer.

    • Press F10 to save changes and restart your computer. Turbo Boost is now enabled and will automatically activate when needed.

Part 1: How to access the BIOS on Windows 10/11 to enable Turbo Boost

Step 1: How to access BIOS on a Windows computer

To change basic hardware settings on your computer, you need to access the BIOS (or UEFI). Below are two of the easiest ways to access the BIOS on Windows 10 and Windows 11.

1. How to access BIOS using keyboard shortcuts during startup.

  • When turning on the computer, repeatedly press the F2 or Delete key (depending on the computer).

  • If you act quickly, you can access the BIOS right before Windows starts booting.

Tip: If the computer starts up too quickly for you to press any buttons, try the second method.

2. How to access BIOS from within Windows

For computers running Windows 10 or Windows 11

  1. Open the Start Menu , select Settings.

  2. Select Update & Security

    • With Windows 11: Select System

  3. Select the Recovery option.

  4. Click Restart now in the Advanced Startup section.

  5. The computer will display a blue screen with options.

  6. Select Troubleshoot

  7. Select Advanced options

  8. Select UEFI Firmware Settings.

  9. Press Restart.

The computer will then automatically boot into the BIOS.

Note: The BIOS interface may vary depending on the model, but the basic access method is similar.

Step 1: How to access BIOS on a Windows computer

Step 2: How to find Turbo Boost settings in BIOS

Turbo Boost is a feature that helps increase the performance of Intel CPUs (i5, i7, i9) when needed. To enable or disable this feature, you need to go into the BIOS and follow the steps below.

1. Find the CPU configuration section in the BIOS.

  • Each type of computer or motherboard has a different BIOS interface.

  • Look for items with names similar to:

    • CPU Specifications

    • CPU Features

    • Advanced Core Features

    • Or similar names

2. How to navigate in BIOS

  • Use the arrow keys to navigate through the menu.

  • Press Enter to select an item.

  • Press Esc to return to the previous menu.

If you're using an Intel i5, i7, or i9 CPU, the method for finding Turbo Boost is the same.

3. Having trouble finding the menu?

  • Some motherboard manufacturers use somewhat confusing menu names.

  • You can find the official user manual for each motherboard model on Intel's website.

Tip: Once you're in the correct CPU settings, you'll see an option to turn Turbo Boost on/off. Don't forget to save your changes when you exit the BIOS!

Step 2: How to find Turbo Boost settings in BIOS

Step 3: Check and enable Intel® Turbo Boost in BIOS

Turbo Boost allows Intel CPUs to automatically increase speed when heavy processing is required. This feature is usually enabled by default , but you can check it yourself using the following instructions:

1. Find the line “Intel® Turbo Boost Technology”

  • In the BIOS menu (usually located under CPU Features or similar), look for the following option:

    • Intel® Turbo Boost Technology

  • The status will be displayed next to it:

    • Enabled (No further adjustments needed)

    • Disabled. Select this item and enable it manually.

2. Why might Turbo Boost turn off?

  • Some rare motherboards may have Turbo Boost disabled by default.

  • Or you may have selected power saving mode in the BIOS , causing Turbo Boost to be disabled.

How to turn Turbo Boost back on:

  • Select Intel® Turbo Boost Technology

  • Press Enter , select Enabled

  • Remember to save your changes (Save & Exit) before exiting the BIOS.

Enabling Turbo Boost allows the engine to run faster when needed while still saving power during normal operation.

Step 3: Check and enable Intel® Turbo Boost in BIOS

Step 4: How to enable Intel® Turbo Boost in BIOS

Once you have found the Intel® Turbo Boost Technology item in the BIOS, follow these steps:

Turn on Turbo Boost

  1. Use the arrow keys to select Intel® Turbo Boost Technology.

  2. Press Point

  3. In the menu that appears, select Enabled

  4. Press Enter to confirm.

Don't forget to save your changes.

  • Press F10 (or select “Save & Exit” from the menu)

  • Select Yes to save and restart your computer.

Once completed, Turbo Boost will be activated and operate automatically when needed.

Step 4: How to enable Intel® Turbo Boost in BIOS

Step 5: Save the changes in the BIOS to complete enabling Turbo Boost.

After you have selected Enabled for Intel® Turbo Boost Technology , the final step is to save the changes before exiting the BIOS.

How to save changes:

  • Look at the bottom corner of the BIOS screen – you'll find instructions for keyboard shortcuts.

  • Normally, you press F10 to Save & Exit .

Steps:

  1. Press F10

  2. The screen will ask if you want to save the changes.

  3. Select Yes or press Enter to confirm.

The computer will restart, and Turbo Boost is now enabled, ready to give your CPU more power when needed!

Step 5: Save the changes in the BIOS to complete enabling Turbo Boost.

Step 6: Exit BIOS and restart your computer to complete the process.

After saving the changes, you need to exit the BIOS and restart your computer .

How to exit BIOS and restart:

  1. Press Esc to return to the main BIOS menu.

  2. Follow the on-screen instructions (usually select Exit or Restart ).

  3. Confirm restarting the computer.

Turbo Boost has been enabled.

When the computer restarts, Intel® Turbo Boost will automatically activate .

A small note:

  • You won't see a noticeable change immediately.

  • However, the device will run faster when handling demanding tasks , such as video editing, gaming, or opening multiple applications simultaneously.

Turbo Boost helps increase performance when needed, while saving power when the CPU isn't using its full capacity.

Step 6: Exit BIOS and restart your computer to complete the process.

Part 2: Should you turn off Turbo Boost? Only when the engine is overheating.

Intel® Turbo Boost helps the CPU operate beyond its normal limits when needed, but it should only be turned off if your computer is experiencing overheating issues .

How does Turbo Boost work?

  • Automatically increases processing speed (clock speed) when the machine is handling heavy tasks such as:

    • Playing games

    • Video editing

    • Run engineering and graphics software.

  • When not needed, it will reduce its clock speed to save power and cool the device.

How do I know if the machine is overheating?

You can use free software like Core Temp to check your CPU and GPU temperatures.

Download at: https://www.alcpu.com/CoreTemp/

What CPU temperature is considered "too hot"?

CPU temperature Meaning
35–40 °C Ideal
40–50 °C Normal
80–90 °C It's overheating; the cooling system needs checking.

If your CPU frequently exceeds 80–90°C , you should check the fan, thermal paste, or upgrade your cooling system.

Conclude:

  • Leave Turbo Boost on unless you're experiencing obvious overheating issues.

  • Turbo Boost is not harmful if the cooling system is working properly.

You'll get better performance, especially when running resource-intensive applications.

Part 2: Should you turn off Turbo Boost? Only when the engine is overheating.

Translated by: Rowan Hudson Le .

Eric_McClure-Tiptory
Eric McClure Article writer

Eric McClure is a self-taught writer, teacher, and artist with nearly 20 years of writing experience and a Paul Carroll Poetry Prize winner.

Updated on Ngày 16 tháng 07 năm 2026 (GMT +7)

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Practical knowledge

Expert Q&A

In-depth analysis and practical advice from leading experts.

Turbo Boost is an intelligent feature of Intel CPUs that automatically "speeds up" the computer when handling demanding tasks such as gaming, video editing, or running multiple applications simultaneously. It helps the computer run more smoothly without the need for complex overclocking.

Most newer Intel computers have Turbo Boost enabled by default. However, if you're using an older laptop or a custom motherboard, you should check your BIOS to see if it's turned on — enabling it will significantly speed up your computer when needed.

Turbo Boost only activates when high performance is truly needed, so it doesn't cause the machine to overheat under normal circumstances. As long as your machine has adequate cooling, Turbo Boost is perfectly safe — it's fast and still saves power.

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The content on Tiptory is for informational purposes only, based on expertise and practical experience. We are not responsible for any risks arising from the application of this information. Readers are responsible for their own judgment and decisions.
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