Best BIOS Setting for Gaming
Guide on How to Set Best BIOS Setting for Gaming
The best working computer is the only thing needed to enjoy the best and undisturbed gaming experience for any gamer. There may be many things that can make your PC compatible for quick gaming, and one thing among them is the best BIOS settings for gaming.
- What is BIOS, and How Does it Work
- Why is BIOS Setting Important?
- What are Different Types of BIOS Settings?
- What are the Best Bios Settings for Gaming?
- How to Enable XMP:
- How-To access BIOS on your motherboard?
- How to Check if I Have Legacy or UEFI BIOS?
- Best Gaming Motherboards – Best Sellers
In our guide to the best BIOS settings, you will get to know everything needed to make you well-equipped with all the necessary information to make your PC well-working all the time.
What is BIOS, and How Does it Work
BIOS refers to a computer system used by the CPU and is responsible for performing various startup procedures when you start the computer. It is a whole set of computer instructions that control all its output and input operations. It is a ROM chip that comes on the motherboard and allows you to easily access your computer’s basic level settings.
It works professionally to keep your PC’s basic operations working properly. It comes included with all the instructions relating to the loading of basic computer hardware. It has a test named as POST-Power-On Self-Test-that intelligently indicates whether your computer meets up all the requirements for the boot or not. If it does not meet them all, it starts up a beeping sound to indicate your computer’s malfunctioning.
Furthermore, it activates all the other BIOS chips that are already present on different cards present in your computer-graphics card or SCSI cards. It is also efficient in providing a productive set of some low-level routines that are responsible for managing keyboards, parallel ports, screen, and the serial in the process of your computer’s booting.
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Why is BIOS Setting Important?
BIOS is crucial for any type of computer’s operations, especially when it comes to gaming that needs a perfectly working PC at any cost. BIOS makes sure everything in your computer works properly through its POST test and provides instructions to the microprocessor to perform its general operations with perfection. In addition to this, it manages a wide range of settings for your PC’s hard disk to help it store the data more effectively.
So, BIOS is very important as it makes sure your PC is working properly. It provides some useful default settings that are generally adequate for any type of gaming and business purposes. In addition to these, the BIOS setting are important for the following purposes.
Loads the Operating System
After making sure that every component of your computer is working properly, it intelligently loads all the operating systems directly into the PC memory. This it does by reaching up to a code, also known as Master Boot Record, from the boot drives to provide the computer with the instructions on properly loading the operating system. After the procedure, the computer gets totally ready to take over from BIOS, and it prepares to start loading the booting up and OS operations.
Coordination Among Components
Furthermore, after helping the computer is booting up, BIOS provides some low-level drivers and various other details that are helpful in proper coordination of all the parts of the computer. It is responsible for passing on the message from one PC component to another and plays a vital role in the best coordination and perfect working of your computer to help you achieve the utmost satisfaction in your work.
Every computer comes pre-installed with the different types of BIOS settings to help it meet all your needs. However, depending upon your personal preference, you can change the BIOS setting for your PC.
This customization option is the best thing you get from any BIOS setting as it allows you to change various settings of your PC according to your own needs and choice. You can change the configuration options for CPU clock speed and also the voltage to make it run faster and better. You can also prevent anyone from stealing your personal data or bypassing your security; you can add a password to it and block everyone to reach the settings to change them.
What are Different Types of BIOS Settings?
Depending upon the scope and function, BIOS has two types; UEFI BIOS and Legacy BIOS. Both of them work differently and are needed for different operations in the PC. Below is the detailed description for both of them.
Legacy BIOS: It also stands for the Basic Input Output System that is usually present on the older motherboards and is responsible for the computer’s turning on and the basic coordination among different parts of the PC for its balanced functioning. However, it comes with certain limitations; they cannot recognize drives that are larger than 2.1 TB, and also, they come with text-only menus in their startup options.
UEFI BIOS: UEFI BIOS stands for Unified Extensible Firmware Interface BIOS, present in modern computers. It is capable of handling drives that are almost 2.2 TB or ever larger than these. It comes with the GUID Partition Table technique instead of the Master Boot Record to provide the computer with all the instructions.
What are the Best Bios Settings for Gaming?
Depending upon your needs and preferences, you can easily change the BIOS settings to make your computer meet all your requirements. Whether it is for business purposes or gaming, each of them needs a different setting. However, gaming is all about fastness, accuracy, preciseness, and above all, the well-functioning of the PC that you are using. So, we suggest you do some BIOS settings that can help your PC boot faster to save your time and help you be at the top of your gaming all the time.
There are no specific settings that you can do to BIOS for making your computer best for gaming. However, there are still the following things that you can do through BIOS to get from your PC what you want for playing your favorite games without interruption:
- Update your BIOS: Make sure you have the latest version of your BIOS installed. This can often improve system performance and stability. Follow this link for step by step guide on updating your bios
- Enable XMP: If your system has a BIOS option called “XMP” (short for “Extreme Memory Profile”), enable it. This will allow your system to use faster memory timings, which can improve overall system performance.
- Disable Hyper-V and other virtualization technologies.
- Consider disabling Hyper-Threading, especially if you have 6 or more CPU cores.
- Disable Fast Boot settings to allow for proper desktop checks during startup.
- Disable Intel Speed Shift Technology to avoid Frame-timing spikes caused by changes in CPU frequency.
- Set the package C-State Limit to a lower C-state value to avoid latency from the CPU going in and out of energy-saving states.
- Disable CPU Enhanced Halt (C1E) to ensure optimal performance during gameplay.
- Set SATA mode to AHCI for improved load times and performance (only applicable to SATA drives).
- Disable secondary ATA controllers if they are not needed.
- Use a dedicated graphics card and disable onboard graphics to avoid loading additional drivers.
- Set the preferred display output to the dedicated graphics card in the BIOS settings.
- Disable onboard audio and other unnecessary devices to reduce driver load.
- Enable High Precision Event Timer (HPET) in the Windows BIOS settings.
- Set PCI-E to Gen3 for faster communication between the graphics card and other components.
- Disable Intel Software Guard Extensions (SGX) to avoid slight interference with CPU performance.
- Disable all RGB functionality and similar technologies to avoid Input Lag, Frame timing issues, and other problems.
- Disable Active State Power Management (ASPM) and Aggressive Link Power Management (ALPM) settings.
- Disable Platform Power Management to give full performance to your games.
- Enable Legacy USB Support to force the CPU out of System Management Mode (SMM) and avoid system latency caused by System Management Interrupt (SMI).
- Configure fan settings in BIOS, using DC power and setting the fan speed to a locked RPM to avoid short spikes of overheating.
The above does not apply to all motherboards, check how to access my BIOS below (depending on the motherboard manufacturer), once you access your BIOS you can assess which option is available and accordingly it is recommended you review the manufacturer recommendations when it comes to each of the above mentioned points available on their BIOS.
How to Enable XMP:
step-by-step guide on how to enable XMP (Extreme Memory Profile) in your BIOS:
- Restart your computer and enter the BIOS by pressing a key (usually Del, F2, or F12) immediately after the system starts up. The key you need to press to enter the BIOS may vary depending on your system, so you may need to consult your motherboard’s documentation or do some trial and error to find the correct key.
- Once you’re in the BIOS, use the arrow keys to navigate to the “Advanced” or “Performance” tab.
- Look for an option called “XMP” or “Extreme Memory Profile.” This option may be located in a submenu under the “Advanced” or “Performance” tab.
- Use the arrow keys to navigate to the XMP option and press Enter.
- Use the arrow keys to select the level of XMP you want to enable (e.g. “Profile 1,” “Profile 2,” etc.).
- Press Enter to enable the selected XMP profile.
- Press F10 to save your changes and exit the BIOS.
- Your system will now boot with the XMP profile enabled, and your memory will be running at the faster timings specified in the profile.
Keep in mind that not all systems support XMP, and even if your system does, it may not be stable when running at the higher memory timings. If you experience any issues after enabling XMP, you may need to disable it and try a different memory timing configuration. It’s also important to note that overclocking your memory can be risky and may void your warranty, so it’s important to be careful and do your research before attempting it.
How-To access BIOS on your motherboard?
These points will surely help you boost up your gaming experience (Avast gaming mode guide for better gaming Experience) without any doubt.
Usually, the system directly boots into the operating system after 5-10 seconds. You can enter the BIOS setup by pressing the right key combination during this interval. However, the key combination depends on the motherboard’s manufacturer.
How-To access BIOS on Asus Motherboards
- Press the power button to turn on your PC.
- Alternatively, you could restart your system if it already booted into Windows.
- Press the Del key or F12 when the Asus logo appears after the restart.
- Similarly, you can also enter the BIOS by pressing the right mouse button at the Asus logo and choosing the desired option.
How-To access BIOS on MSI Motherboards
- Turn on your computer or restart it from Windows.
- Press the Del key when the MSI logo appears to enter BIOS.
- Press Cntrl + Alt + Del if you failed to enter the BIOS within a 5-seconds interval.
- Once the booting is paused on the MSI logo, press the F2 or F12 button to enter the BIOS setup.
How-To access BIOS on Gigabyte Motherboards
- Turn on your PC using the power button.
- Press the Del key when the Gigabyte logo appears to enter the BIOS.
- You can press the F8 button to enter the Dual BIOS setup.
- In some rare cases, F2 is the BIOS button for your PC.
How-To access BIOS on HP Motherboards
How can I forget about the all-powerful HP Omen motherboards? HP has its own BIOS setup for laptops and computers. To enter the BIOS:
- Turn on the system using the power button.
- Press the Esc key to hold the HP BIOS screen.
- You can also pause the BIOS screen by clicking the mouse buttons.
- Now enter the desired menu using:
- Esc = proceed with startup.
- F9 = Boot menu
- F8 = Startup options
- F10 = BIOS setup
How to Check if I Have Legacy or UEFI BIOS?
- Boot into the Windows system.
- Press Windows key + R on the desktop
- Type ‘msinfo32’ and press enter or click on OK.
- Search for BIOS mode on the screen, and your current BIOS mode will be listed as either UEFI or Legacy.
Final words: Adjusting your Bios setting might severely affect hardware performance, positively if you know what you are doing and negatively if you do not research your hardware capabilities first. be careful when working with your bios as it control your hardware limitations, even those limitations set by their respective manufacturers and with certain hardware’s exceeding those limitation will greatly affect the hardware integrity. do your research on each hardware you want to adjust before you do so.
Best Gaming Motherboards – Best Sellers
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What does BIOS stand for?
BIOS is an abridged form of Basic Input/Output System. It is responsible for the computer’s proper functioning by sending important instructions to it and maintaining the coordination between its components.
What is Best; BIOS or UEFI?
Both BIOS and UEFI are low-level software that gets started even before booting your computer’s operating system to handle its various components beforehand. However, as BIOS is present in older motherboards, UEFI is considered the best modern times solution that can support larger drives, has faster boot timings, has extended security features, and comes with mouse and graphics cursors.
Is Updating BIOS Necessary?
Updating BIOS settings often is not necessary at all. But, installing a new version is more dangerous than updating the existing one. So, whenever you are in the process of updating your BIOS settings, and anything goes wrong, you can easily end up the process and keep your computer safe from any hazard.
Can BIOS Settings Make the Computer Slow?
Yes, it can. Usually, when it happens, your computer starts slowly at the initial stages of the startup process. This indicates the slower progress bar of the BIOS.
How Long Does it Take to Update BIOS?
It does not take so long. Usually, it takes almost a minute or two. However, if it takes more than 5 minutes, there will be greater chances to worry about any malfunction in your computer. This is because the BIOS comes in the sizes of almost 16-32 MB and has to write speeds of up to 100 KB/s, so it should take an estimated time of about 10 MBPS or even lesser than that.
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